Free Website Hosting
Showing posts with label Technology. Show all posts
Showing posts with label Technology. Show all posts

Saturday, October 23, 2010

A fraud Person Pretends to be a Scientist, but some religious Muslim believe He is a Great Scientist. while They are not believe in Sciense .......

To-days I am receiving "Zam Zam's research" from lot of emails.....

I found the reality .....

Masaru Emoto

October 31st, 2006
Emoto: wishful thinking
Masaru Emoto is a Japanese pseudoscientist who claims that by directing positive or negative thoughts at water we can affect the shape of the crystals that form when it is frozen. As astonishingly untrue as this is, Emoto boasts a significant following, especially as he was featured in the hit crackpot film “What the Bleep Do We Know!?”. Emoto hasn’t submitted a single paper to a peer-reviewed journal, but he has published several volumes of a book containing pictures of his ice crystals next to their “words of intent”.Emoto also shares a great deal in common with TV copromancer Gillian McKeith, as he:
  • *.....holds a degree in International Relations
  • *.....has a PhD in alternative medicine from an unaccredited university
  • *.....pretends to be a scientist
  • *.....is a crackpot
Like many pseudoscientists, Emoto is an astute businessman and holds exclusive rights to market in Japan a device called the Bio Cellular Analyzer. He renamed it the Magnetic Resonance Analyzer, though I suspect it doesn’t employ Magnetic Resonance or analyse anything. Emoto also talks a lot about something called Hado Theory, which involves water and crystals and PayPal.
Emoto’s methods are to attach stickers with words such as “love” or “hate” to beakers of water, freeze them, and photograph the resultant ice crystals. Positive words, music or thoughts are expected to create ice crystals that are aesthetically pleasing. The most important part of this process is to ensure the technician looks long enough to find a crystal that will correspond to the tag. A double blind test could easily remove bias and prove the existence of this phenomenon. It would involve the technician photographing crystals without being told whether the samples were positively or negatively “charged”. To date, Emoto has not attempted a double-blind trial.
When questioned, Emoto responded that he didn’t “understand this double-blind too much”.

Friday, October 22, 2010

Science and Fundamentalist's Illusions

Science and Delusion

by Awais Masood
Naik
Freak Stage Magician
They use Global Positioning System (GPS) devices to find out the direction of Kiblah. Their smart phones, priced hundreds of dollars, are equipped with all the necessary software they need to perform their religious duties. Their black berry devices are all too ready to send out emails containing lucrative material preaching the ideology of the school of thought they belong to. They use World Wide Web to watch streaming videos of hate-mongers, pseudo-scholars and so called security analysts spilling out the most profound lies in the name of history. They watch TV Channels dedicated to bring stage illusionists, presenting self-sustaining and cyclic arguments as rational proofs of what they want to believe. They cannot help but clapping, along with all the mindless spectators present at those TV “entertainment shows”, at the most ludicrous arguments that any college freshman, taking a course comprising of epistemology, can debunk in less than five minutes.
They belong to the urban educated middle class of Pakistan. They are one of the luckiest people in this country who are equipped with the necessary tools of language and basic understanding to grasp the reality of this universe and the way this world behaves with an open mind. But here comes the catch. The method that has assisted us in learning how this world behaves is termed as a human invention, a faulty tool created by all so incompetent and “evil” human species. The way science elegantly describes this universe and challenges our dogmatic notions is ignored and most of the time comically challenged with the utmost stubbornness. It has become a custom of these people to dig
DNA could be used to confirm paternity or convict criminals but not evolution?
DNA could be used to confirm paternity or convict criminals but not evolution?
deeper into its intellectual ignorance by rejecting natural sciences and at the same time using the technology developed (by infidels of course) upon the foundations of  science. It is therefore not strange to find a person rejecting Theory of Evolution, modern genetics or the Big Bang Model of the universe but it will not stop him from having a DNA test to confirm the paternity of his children (what else could one expect from male chauvinists) or play with the wireless inventions of the modern day that owe their existence to the underlying electromagnetic theory of Physics.
I can recall watching a discussion with Nobel Laureate Steven Weinberg (who shared Nobel Prize for Physics with Abdul Salam and Glasshow). Weinberg narrated how Salam went to oil rich Gulf States, in order to convince them to develop universities in the Islamic world, where research in natural sciences would be given its due share. He was given a cold shoulder as most of the rulers of Muslim majority countries are interested in technology but consider natural sciences as corrosive to faith and hence to the hegemony of those monarchs who use religion as a tool of authoritarian rule and subjugation of their subjects.
What else could be more comical than a religious zealot using a computer connected to internet and within all his/her senses (if
InternetDynamic
Internet
he/she is left with any) denying the authenticity of science. What is more troubling is the fact that he/she does not even appear to understand the absurdity of that claim. One must need to realize that the GPS devices, desktops, laptops and the blackberries and all such computing devices are manifestations of elegant engineering achievements which are based upon the basic predictions and theories of natural sciences. Any powerful computing device of today consists of a large number of micro-processing devices. It is quite common these days for an average microprocessor, which itself is no large than a postage stamp, to contain millions of embedded electronic switches, turning on and off more than one billion times a second in a musical harmony which can easily disrupt a fundamentalist’s mind as it is usually unable to understand figures such as billions. It is quite natural because for most of the fundamentalists, planet earth is a few thousand years old (rather than four billion years, which is the actual age of the earth).
This state-of-the-art computing technology of today did not grow out of nowhere. It was not plucked from trees. It did not land from the heavens. It was not brought to us by extra-terrestrials traveling in U.F.O(s).  It was developed scientifically, systematically, meticulously and (most importantly) intelligently. It is based upon some of the most important discoveries of natural sciences that explain how a certain element of nature named Silicon shows a peculiar electronic behaviour under certain conditions. The electronic behaviour is itself explained byelectron natural sciences as a phenomenon that exists due to the flow of an elementary particle of all matter, named as electron. If just for once, it is assumed that there exists no such particle named electron or that there exists no such phenomenon as the motion of electrons, the whole body of knowledge that was used to develop the world of today will collapse. There will be no foundations to support the sky scrapper of the modern day technology. Therefore whenever a fundamentalist uses his/her computer to post, on an online forum, an arrogant, ignorant and absolutist stance that science is not reliable, he/she actually exhibits a perfect example of self-contradiction, intellectual degeneration and cowardice.
The purpose of above example is to relate how technology exists due to the accurate and precise explanations predictions of the natural sciences.The same argument could be based upon the examples of breakthroughs in applied sciences such as medical science, mechanical and structural engineering to name a few. evolutionary_medicineTherefore whenever a Science-Rejecting-Arrogant-Fundamentalist visits a doctor to seek cure for an ailment affecting him/her or his/her children, undergoes a complicated surgical procedure, drives an automobile, boards an airplane, switches on an air conditioner, makes an electronic financial transaction to his/her favourite Jihadi outfit or simply switches on TV to watch the renowned stage magician from India, play tricks with his/her mind, in the name of religion, he/she implicitly acknowledges the accuracy of the scientific theories and their predictions that led to those technological achievements. Natural science is the firm, solid and essential foundation of all the luxuries that these confused arrogant fundamentalists use to preach their baseless hypocrisy to unsuspecting youth, caught in the vicious ford between modernity and tradition.
Scientific Method
Scientific method allows human species to expand the circumference of its knowledge. These techniques, employed by scientists, allow us to understand this universe as it is. Science is elegant and beautiful as it incorporates both the beauty and creativity of human consciousness and at the same time requires the accuracy and precision of observation and evidence. Scientific method involves:
  1. Observation of natural phenomena.
  2. Formulation of a hypothesis – an outcome of the creativity of human mind which could be artistically aesthetic – to explain the observed natural phenomena.
  3. Usage of the formulated hypothesis to predict new phenomena or observable outcomes of the model, that are testable.
  4. Testing those predictions through experiments and hence falsify the hypothesis if those predictions are wrong.
By continuously applying the above method, human species has been able to expand the sphere of its knowledge to a level where children of both Secularists and Fundamentalists alike have much higher chances of survival through infancy as compared to their ancestors. Science has beyond no doubt helped us in reducing infant mortality rates. It has allowed us to live longer and healthier by providing better health care services. It has served to raise our consciousness  by ridding us of the self-indulgent delusion of being the centre of a small pre-Galilean universe. It has saved us from indulging in the horrors of burning alive old women at stakes after declaring them as witches just because we had low yield of crops that year. It has freed us (or at least some of us) from the evil spirits and demons that ran amok during the times of our ancestors and caused great damage through storms, hurricanes and thunderstorms. It has allowed us to stop exorcising demons out of anguished psychological patients and instead provide them with proper medical care and finally it has enabled us to challenge the tyranny of those ruling in the name of divine rights. Science is a perpetual, systematic quest of seeking the unknown and turning it into the known. It requires respect towards facts, the ability and courage to shed already present notions of the world, when finally contradicted by evidence, no matter how dear and personal they are to the scientist.  Most importantly, science operates on the principle of methodological naturalism, that is; this universe, which is to be studied, is a closed, self-sustained system where we strive to explain the unknown. But whatever remains unknown in this system does not belong to the supernatural. It only remains “unknown” to be later explored, sought, explained and hence converted to the “known” by the systematic study of the world.
Had it been a habit of the scientists to attribute, what they could not understand- during the course of their work- to the supernatural, we would not have known this world as we now know it today. Had Benjamin Franklin and Michael Faraday used supernatural explanations, rather than conducting experiments, to study and explain the phenomena related to electric charges, our beloved fundamentalists would not have been able to appear on TV screens and shamelessly deny the discoveries of science. Had Galileo and all the following astronomers, made use of tradition instead of observation to explain a model of the solar system, these modern day stage acts would have been using their putrid arguments to explain how their scriptures prove that sun and everything else in the universe revolves around the planet Earth.  Had Newton (and every one else) attributed motion of objects and their fall towards the earth to a divine presence rather than the inherent laws of this ordered universe, we would not have even developed a basic theory of mechanics and hence pop-artists-turned-fundamentalists would not have been able to travel in Sports Utility Vehicles (SUV), priced millions, along with their fellows in order to preach what they thinks is right. In fact no fundamentalist would have been able to drive a car, board a plane (or crash those cars/ planes into buildings) because there would not have been any cars or planes.
Modern astronomy has shown us that this universe is extremely vast for our minds to fathom. We live on a a small sized planet, revolving around a middle sized star, located at an insignificant spiral of a galaxy, that contains billions of such stars and we are in an expanding universe that may contain billions of such galaxies. Not to forget the theoretical possibility, that there could be many, perhaps billions of such universes. universeTo imagine such cosmic loneliness may turn out to be one of the most horrifying mental experiences by opening doors to an intolerable feeling of despair and hopelessness. But perhaps all is not that bleak as we expect. The same doors that can make a human mind plunge into despair, may lead a way towards the realization of the most cherished gift of nature to human species. The very same, not yet fully understood, human consciousness that allows us to realize the vastness of this cosmos, look at it, touch it, feel it and perhaps love it, is what makes us special. It is exactly when Descartes exclaims, Cogito, ergo sum, a human is defined. Our brain creates a visual model of this world inside us, which is then interpreted by our subjective consciousness as the world we see. This world is all what our mind shows us to be. It is, at the end, only our ability and capacity to think that differentiates us from lifeless matter and most of the other animal species. Being extremely insignificant creatures of this universe, the very thing that makes us special is the ability to realize, understand and explore this insignificance. Such a realization can open new doors towards appreciating the beauty of life, consciousness and last but not the least, every other being that can think, feel and understand like us. To develop a very humble feeling of pride in being a human  and to be able to feel and care for every other human being is perhaps not a bad deal at the end. Note: The example of electron is inspired from an audio recording of a Keynote address delivered by Pervez Hoodbhoy.

Monday, June 21, 2010

Science ends here

Many Arab as well as some western academics (who were paid large sums of money and perks) were continuously invited to the rich, conservative kingdoms and asked to scribble books claiming that the Muslim holy book was punctuated with scientific truths hundreds of years before the West discovered them in their labs. — Illustration by Abro
I am itching to get my hands on a recently published book, God Created the Universe by Fatehulla Khan. After reading the review of the book, I can safely assume it is yet another document in the long line of glorified assertions that much of what we call scientific truths today was mentioned in the scriptures a long time ago.

Ever since the late French physician, Maurice Bucaille — on a hefty payroll of the Saudi royal family in Riyadh — wrote Islam, Bible & Science (1976), many believe that ‘proving’ scientific truths from holy books has been the exclusive domain of Muslims. However, in spite of being impressed by the holy book’s ‘scientific wonders’, Bucaille remained a committed Christian.

Very few of my wide-eyed brethren know that long before Muslims, certain Hindu and Christian theologians had already laid claim to the practice of defining their respective holy books as metaphoric prophecies of scientifically proven phenomenon. They began doing so between the 18th and 19th centuries, whereas Muslims got into the act only in the 20th century.

Johannes Heinrich’s Scientific vindication of Christianity (1887) is one example, while Mohan Roy’s Vedic Physics: Scientific Origin of Hinduism (1999) is a good way of observing how this thought has evolved among followers of other faiths. It is interesting to note how a number of Muslim ‘scientists’ have laboured hard to come up with convoluted interpretations of certain scriptures. Ironically, their ancient counterparts, especially between the 8th and 13th centuries in Baghdad and Persia, had put all effort in trying to understand natural phenomena and the human body and mind through hardcore science and philosophy.

Those great men of Islamic antiquity weren’t over-reading into divine texts for scientific answers; instead, to them God’s command to reflect on nature and the world around them was enough to inspire them to become dedicated rational scientists and philosophers. They were celebrated not only by Muslims, but humanity at large for their scientific prowess.

But, alas, beginning around the early 1970s, with the collapse of a secular nationalist mindset in the Muslim world, and the rise in influence of totalitarian oil-rich puritanical monarchies, Muslim polities and mindset began to suspect science as a tool of western and communist social engineering and imperialism.

Whereas the wealthy monarchies remained firmly in the western camp during the Cold War, they aggressively proliferated reactionary literature that attacked both western and Marxist ideas across the Muslim world. Added to this was the propagated perception that modern science was the creation of the continuing Judo-Christian tradition (nay, ‘conspiracy’) aimed at undermining Islam.

Many Arab as well as some western academics (who were paid large sums of money and perks) were continuously invited to the rich, conservative kingdoms and asked to scribble books claiming that the Muslim holy book was punctuated with scientific truths hundreds of years before the West discovered them in their labs.

This practice — clearly emerging from a mixture of an inferiority complex and the passion for shouting down modern liberal and leftist notions — sanctified myopia and an unscientific bent of mind in the Muslim world. As many Muslim scientists such as Ziauddin Sardar and Pervez Hoodbhoy, and renowned Islamic scholars like Muhammad Akhund, have already lamented, Muslims through such literature are actually encouraged to drop out of any field or lab work required for genuine scientific research. Many are persuaded to follow the belief that all they need to know about science is already in the holy book.

Rationalist Islamic scholars have been insisting throughout the 20th century to date that the holy book is less a book of laws or science. It is an elaborate moral guide for Muslims in which God has given the individual the freewill to decide for him or herself through exerting their mental faculties and striving to gain more empirical knowledge.

Iranian writer, Vali Reza Nasr, is right to mourn the trend today that though most Muslims are quick to adopt western science, they simply refuse to assume a rational scientific mindset. No wonder then, for example, most Pakistanis still don’t have a clue about what the country’s only Nobel Prize winning scientist, Dr Abdus Salam, got the award for, but many are quick to quote from books written by super cranks like Harun Yahya and Maurice Bucaille, explaining how things like the Big Bang and others are endorsed in the holy book.

In addition to such claptrap, there are already books out there claiming that electricity can be generated from jinns. A whole session was organised in Islamabad in the late 1980s during the Ziaul Haq regime in which fringe crackpots (disguised as scientists) were invited by the dictator to determine the ‘speed of heaven’, and how to overcome the energy crisis with the aid of jinns!

So why read books of science, or enter a lab to understand the many workings of God’s nature and creatures; just read the holy book. Who knows you may find a theory on time travel and laser guns in it as well? Forget about all those great Muslim scientists of yore, or Abdus Salam, Einstein and Stephen Hawking. Just get in touch with your friendly neighbourhood jinn for all your energy needs.

Thursday, April 1, 2010

Halal Media or Free Media?

Ahmad Nadeem Gehla

Over the last weeks, television screens have broadcasted the growing and angry media sentiment against government over ban on a talk show of a private TV channel by Dubai authorities. Freedom of expression denotes not only freedom of verbal speech but any act of seeking, receiving and delivering information or ideas. Freedom of expression is closely related to the concept of freedom of conscience and freedom of thought. Article 19 of the Constitution of Pakistan gives powers to the state to restrict the freedom of expression in interest of the glory of Islam or the integrity, security or defense of Pakistan or any part thereof, friendly relations with foreign States, public order, decency or morality, or in relation to contempt of court, or incitement to an offense.

It is the jurisdiction of the judiciary, which itself has been under strong influence of establishment to decide what restrictions may be placed on freedom of expression. Although these restrictions are not strictly enforced by the judiciary but religious conservative groups in the population enforce these restrictions at will followed by the heavy-handed tactics of the police, the army and the intelligence services to intimidate journalists perceived to cross the ‘limits’. The history and influence of religious extremists in media dates back to the process of the politicization and militarization of religious groups initiated both by national and international actors during cold war.

The religious groups which were reorganized and strengthened for Afghan Jihad have maintained close ties with the military for decades and have gained strong influence over Pakistan’s political, cultural and social landscape. As every dictator searches for domestic legitimacy they find mullah to be a useful tool and the mullahs are more than willing to support the military’s policies. The ‘mullah-military collaboration cannot work unless it is strongly glorified by mainstream media and masses are convinced of holly designs of the regime. As the military considers itself not only the defender of physical but also the ‘ideological’ borders of the country, the religious right is acceptable currency.

This marriage of convenience on one hand provides legitimacy to military influence over state policies while on the other hand provides due share in power to religious groups thus threatening fundamental, political, economic and social rights of people. In return for assisting the military’s electoral maneuvers, dictatorships and declaring military dictators as ‘holy warriors’, the religious groups get their followers recruited in educational institutions, civil and military establishment and mainstream media. The censorships, imprisonments, torture and economic restrictions during dark regime of Ziaul Haq successfully killed the liberal and independent media while only those media outlets were able to survive which submitted to the right wing policy.

These media groups which recruited radical religious elements to glorify mujahedeen on establishment and CIA demands still continues to be strongly under that influence. Commercially driven mass market media around the world, primarily serves the interests of its paymasters and is loyal to its sponsors rather than to the public interest. These corporate dominating the media market choose to suppress or flash stories and issues which serve interests of their sponsors. Concentration of media ownership in hands of relatively small number of powerful corporate is sociologically detrimental as it plays key role in manipulating people’s beliefs and actions based on those beliefs.

The radical religious right uses their teaching and propaganda to create an atmosphere of hatred conducive to the polarization and radicalization, while freedom of expression discourages the appeal of extremists who incite religious hatred. Pakistan will add an additional 100 million people to its current population, majority of which being less than 18 years of age, in the next 25 years. What is at stake of course is the Pakistan’s capacity to develop as a moderate and democratic society by defeating religious intolerance. The free media has a vital role to play in shaping a society which respects the equality before the law, the rights of minorities, separation of powers, freedom of expression and religion.

Campaign against democratic government and biased reports based on “unimpeachable sources” and a “knowledgeable insider” from right wing influenced media personals began pouring since the army expressed its reservations over Kerry-Lugar legislation. Some media groups also considered it to be a good opportunity to pressurize and milk the government in the process thus adding in to their corporate profits. Extremists don’t believe in democracy, the major opposition of democracy and democratic government is coming from same sections of media which strongly supported actions of Taliban of Sawat and even tried to justify the public flogging of a young girl referring quotes from holy book.

The sermons of a self proclaimed scholar and talk show host resulted in to assassination of members of a minority group. The association of some media group’s and religious parties with movement for restoration of Judiciary in a favorable manner by over-projection the issues against General Pervaiz Musharaf was a result of corporate interests and ideological motivation rather than love for rule of law or free judiciary. How much these self righteous defenders of judiciary even doesn’t believe in free judiciary and rule of law , this is evident from target killing of hundreds of lawyers and judges during past two decades. On the eve of New Year celebrations the stick wielding brigades of these religious parties enforce morality in streets by publicly punishing the celebrating youth, conveniently ignoring the constitutional rights and freedom of people.

With return of democracy and an elected government lead by liberal Pakistan People’s Party, the radical religious elements in media has regrouped and started a campaign against democratic system. The religious parties which enjoyed decades in power under dictatorships are unable to win through popular vote as such military intervention is not only a short cut to power but also to fulfill their dreams of implementing regressive religious rule. However the army has realized that a weak economy, militancy and interference in to political affairs are undermining its capabilities to narrow the gap in defense capabilities with India. On domestic front the strong reaction in masses against military rule needed to fight militancy and international demands for crackdown on militants has further widened the gap in mullah-military alliance.

Those inviting army for a takeover are the very same people defending Taliban actions and opposing the military operation. Unfortunately some media groups have joined hands with these extremists for their corporate interests. The media-mullah alliance will only strengthen the extremist and give them a leverage to blackmail the government. If media continues to let these elements manipulate and confuse public with mix of political agenda and religion, not only democracy but media itself would be ultimate causalities. There should be no restrictions on media from government and it is practically not even possible in present age of global village.

The working journalists, civil society and public in general have to stop the mix of media with corporate interests. A free media is always a welcome but the toxic ‘Halal Media’ which glorifies extremism and maligns democracy, in name of freedom of expression should be rejected by the people. No one can stop media corporate to pressurize government or even side a specific political ideology, but it really should not be the mix of religion with corporate interests. This is only the masses and civil society which can discourage the ‘self righteous’ media in the name of freedom of expression. We all have to stand to the occasion and defend another institution from going in to hands of extremists.

Wednesday, February 24, 2010

Does Google Make Us Stupid?

Respondents to the fourth "Future of the Internet" survey, conducted by the Pew Internet & American Life Project and Elon University's Imagining the Internet Center, were asked to consider the future of the internet-connected world between now and 2020 and the likely innovation that will occur. The survey required them to assess 10 different "tension pairs" - each pair offering two different 2020 scenarios with the same overall theme and opposite outcomes - and to select the one most likely choice of two statements. Although a wide range of opinion from experts, organizations, and interested institutions was sought, this survey, fielded from Dec. 2, 2009 to Jan. 11, 2010, should not be taken as a representative canvassing of internet experts. By design, the survey was an "opt in," self-selecting effort.

Among the issues addressed in the survey was the provocative question raised by eminent tech scholar Nicholas Carr in a cover story for the Atlantic Monthly magazine in the summer of 20081: "Is Google Making us Stupid?" Carr argued that the ease of online searching and distractions of browsing through the web were possibly limiting his capacity to concentrate. "I'm not thinking the way I used to," he wrote, in part because he is becoming a skimming, browsing reader, rather than a deep and engaged reader. "The kind of deep reading that a sequence of printed pages promotes is valuable not just for the knowledge we acquire from the author's words but for the intellectual vibrations those words set off within our own minds. In the quiet spaces opened up by the sustained, undistracted reading of a book, or by any other act of contemplation, for that matter, we make our own associations, draw our own inferences and analogies, foster our own ideas.... If we lose those quiet spaces, or fill them up with ‘content,' we will sacrifice something important not only in our selves but in our culture."

Jamais Cascio, an affiliate at the Institute for the Future and senior fellow at the Institute for Ethics and Emerging Technologies, challenged Carr in a subsequent article in the Atlantic Monthly. Cascio made the case that the array of problems facing humanity - the end of the fossil-fuel era, the fragility of the global food web, growing population density, and the spread of pandemics, among others - will force us to get smarter if we are to survive. "Most people don't realize that this process is already under way," he wrote. "In fact, it's happening all around us, across the full spectrum of how we understand intelligence. It's visible in the hive mind of the Internet, in the powerful tools for simulation and visualization that are jump-starting new scientific disciplines, and in the development of drugs that some people (myself included) have discovered let them study harder, focus better, and stay awake longer with full clarity." He argued that while the proliferation of technology and media can challenge humans' capacity to concentrate there were signs that we are developing "fluid intelligence-the ability to find meaning in confusion and solve new problems, independent of acquired knowledge." He also expressed hope that techies will develop tools to help people find and assess information smartly.

With that as backdrop, respondents were asked to indicate which of two statements best reflected their view on Google's effect on intelligence. The chart shows the distribution of responses to the paired statements. The first column covers the answers of 371 longtime experts who have regularly participated in these surveys. The second column covers the answers of all the respondents, including the 524 who were recruited by other experts or by their association with the Pew Internet Project. As shown, 76% of the experts agreed with the statement, "By 2020, people's use of the internet has enhanced human intelligence; as people are allowed unprecedented access to more information they become smarter and make better choices. Nicholas Carr was wrong: Google does not make us stupid."

Respondents were also asked to "share your view of the internet's influence on the future of human intelligence in 2020 -- what is likely to stay the same and what will be different in the way human intellect evolves?" What follows is a selection of the hundreds of written elaborations and some of the recurring themes in those answers:

Nicholas Carr and Google staffers have their say:

• "I feel compelled to agree with myself. But I would add that the Net's effect on our intellectual lives will not be measured simply by average IQ scores. What the Net does is shift the emphasis of our intelligence, away from what might be called a meditative or contemplative intelligence and more toward what might be called a utilitarian intelligence. The price of zipping among lots of bits of information is a loss of depth in our thinking."-- Nicholas Carr

• "My conclusion is that when the only information on a topic is a handful of essays or books, the best strategy is to read these works with total concentration. But when you have access to thousands of articles, blogs, videos, and people with expertise on the topic, a good strategy is to skim first to get an overview. Skimming and concentrating can and should coexist. I would also like to say that Carr has it mostly backwards when he says that Google is built on the principles of Taylorism [the institution of time-management and worker-activity standards in industrial settings]. Taylorism shifts responsibility from worker to management, institutes a standard method for each job, and selects workers with skills unique for a specific job. Google does the opposite, shifting responsibility from management to the worker, encouraging creativity in each job, and encouraging workers to shift among many different roles in their career....Carr is of course right that Google thrives on understanding data. But making sense of data (both for Google internally and for its users) is not like building the same artifact over and over on an assembly line; rather it requires creativity, a mix of broad and deep knowledge, and a host of connections to other people. That is what Google is trying to facilitate." -- Peter Norvig, Google Research Director

• "Google will make us more informed. The smartest person in the world could well be behind a plow in China or India. Providing universal access to information will allow such people to realize their full potential, providing benefits to the entire world." - Hal Varian, Google, chief economist

The resources of the internet and search engines will shift cognitive capacities. We won't have to remember as much, but we'll have to think harder and have better critical thinking and analytical skills. Less time devoted to memorization gives people more time to master those new skills.

• "Google allows us to be more creative in approaching problems and more integrative in our thinking. We spend less time trying to recall and more time generating solutions." -- Paul Jones, ibiblio, University of North Carolina - Chapel Hill

• "Google will make us stupid and intelligent at the same time. In the future, we will live in a transparent 3D mobile media cloud that surrounds us everywhere. In this cloud, we will use intelligent machines, to whom we delegate both simple and complex tasks. Therefore, we will lose the skills we needed in the old days (e.g., reading paper maps while driving a car). But we will gain the skill to make better choices (e.g., knowing to choose the mortgage that is best for you instead of best for the bank). All in all, I think the gains outweigh the losses." -- Marcel Bullinga, Dutch Futurist at futurecheck.com

• "I think that certain tasks will be 'offloaded' to Google or other Internet services rather than performed in the mind, especially remembering minor details. But really, that is a role that paper has taken over many centuries: did Gutenberg make us stupid? On the other hand, the Internet is likely to be front-and-centre in any developments related to improvements in neuroscience and human cognition research." -- Dean Bubley, wireless industry consultant

• "What the internet (here subsumed tongue-in-cheek under "Google") does is to support SOME parts of human intelligence, such as analysis, by REPLACING other parts such as memory. Thus, people will be more intelligent about, say, the logistics of moving around a geography because "Google" will remember the facts and relationships of various locations on their behalf. People will be better able to compare the revolutions of 1848 and 1789 because "Google" will remind them of all the details as needed. This is the continuation ad infinitum of the process launched by abacuses and calculators: we have become more "stupid" by losing our arithmetic skills but more intelligent at evaluating numbers." -- Andreas Kluth, writer, Economist magazine

• "It's a mistake to treat intelligence as an undifferentiated whole. No doubt we will become worse at doing some things ('more stupid') requiring rote memory of information that is now available though Google. But with this capacity freed, we may (and probably will) be capable of more advanced integration and evaluation of information ('more intelligent')." -- Stephen Downes, National Research Council, Canada

• "The new learning system, more informal perhaps than formal, will eventually win since we must use technology to cause everyone to learn more, more economically and faster if everyone is to be economically productive and prosperous. Maintaining the status quo will only continue the existing win/lose society that we have with those who can learn in present school structure doing ok, while more and more students drop out, learn less, and fail to find a productive niche in the future." -- Ed Lyell, former member of the Colorado State Board of Education and Telecommunication Advisory Commission

• "The question is flawed: Google will make intelligence different. As Carr himself suggests, Plato argued that reading and writing would make us stupid, and from the perspective of a preliterate, he was correct. Holding in your head information that is easily discoverable on Google will no longer be a mark of intelligence, but a side-show act. Being able to quickly and effectively discover information and solve problems, rather than do it "in your head," will be the metric we use." -- Alex Halavais, vice president, Association of Internet Researchers

• "What Google does do is simply to enable us to shift certain tasks to the network -- we no longer need to rote-learn certain seldomly-used facts (the periodic table, the post code of Ballarat) if they're only a search away, for example. That's problematic, of course -- we put an awful amount of trust in places such as Wikipedia where such information is stored, and in search engines like Google through which we retrieve it -- but it doesn't make us stupid, any more than having access to a library (or in fact, access to writing) makes us stupid. That said, I don't know that the reverse is true, either: Google and the Net also don't automatically make us smarter. By 2020, we will have even more access to even more information, using even more sophisticated search and retrieval tools -- but how smartly we can make use of this potential depends on whether our media literacies and capacities have caught up, too." -- Axel Bruns, Associate Professor, Queensland University of Technology

• "My ability to do mental arithmetic is worse than my grandfather's because I grew up in an era with pervasive personal calculators.... I am not stupid compared to my grandfather, but I believe the development of my brain has been changed by the availability of technology. The same will happen (or is happening) as a result of the Googleization of knowledge. People are becoming used to bite sized chunks of information that are compiled and sorted by an algorithm. This must be having an impact on our brains, but it is too simplistic to say that we are becoming stupid as a result of Google." -- Robert Acklund, Australian National University

• "We become adept at using useful tools, and hence perfect new skills. Other skills may diminish. I agree with Carr that we may on the average become less patient, less willing to read through a long, linear text, but we may also become more adept at dealing with multiple factors.... Note that I said ‘less patient,' which is not the same as ‘lower IQ.' I suspect that emotional and personality changes will probably more marked than ‘intelligence' changes." -- Larry Press, California State University, Dominguz Hills

Technology isn't the problem here. It is people's inherent character traits. The internet and search engines just enable people to be more of what they already are. If they are motivated to learn and shrewd, they will use new tools to explore in exciting new ways. If they are lazy or incapable of concentrating, they will find new ways to be distracted and goof off.

• "The question is all about people's choices. If we value introspection as a road to insight, if we believe that long experience with issues contributes to good judgment on those issues, if we (in short) want knowledge that search engines don't give us, we'll maintain our depth of thinking and Google will only enhance it. There is a trend, of course, toward instant analysis and knee-jerk responses to events that degrades a lot of writing and discussion. We can't blame search engines for that.... What search engines do is provide more information, which we can use either to become dilettantes (Carr's worry) or to bolster our knowledge around the edges and do fact-checking while we rely mostly on information we've gained in more robust ways for our core analyses. Google frees the time we used to spend pulling together the last 10% of facts we need to complete our research. I read Carr's article when The Atlantic first published it, but I used a web search to pull it back up and review it before writing this response. Google is my friend." -- Andy Oram, editor and blogger, O'Reilly Media

• "Google isn't making us stupid -- but it is making many of us intellectually lazy. This has already become a big problem in university classrooms. For my undergrad majors in Communication Studies, Google may take over the hard work involved in finding good source material for written assignments. Unless pushed in the right direction, students will opt for the top 10 or 15 hits as their research strategy. And it's the students most in need of research training who are the least likely to avail themselves of more sophisticated tools like Google Scholar. Like other major technologies, Google's search functionality won't push the human intellect in one predetermined direction. It will reinforce certain dispositions in the end-user: stronger intellects will use Google as a creative tool, while others will let Google do the thinking for them." -- David Ellis, York University, Toronto

• "For people who are readers and who are willing to explore new sources and new arguments, we can only be made better by the kinds of searches we will be able to do. Of course, the kind of Googled future that I am concerned about is the one in which my every desire is anticipated, and my every fear avoided by my guardian Google. Even then, I might not be stupid, just not terribly interesting." -- Oscar Gandy, emeritus professor, University of Pennsylvania

• "I don't think having access to information can ever make anyone stupider. I don't think an adult's IQ can be influenced much either way by reading anything and I would guess that smart people will use the Internet for smart things and stupid people will use it for stupid things in the same way that smart people read literature and stupid people read crap fiction. On the whole, having easy access to more information will make society as a group smarter though." -- Sandra Kelly, market researcher, 3M Corporation

• "The story of humankind is that of work substitution and human enhancement. The Neolithic revolution brought the substitution of some human physical work by animal work. The Industrial revolution brought more substitution of human physical work by machine work. The Digital revolution is implying a significant substitution of human brain work by computers and ICTs in general. Whenever a substitution has taken place, men have been able to focus on more qualitative tasks, entering a virtuous cycle: the more qualitative the tasks, the more his intelligence develops; and the more intelligent he gets, more qualitative tasks he can perform.... As obesity might be the side-effect of physical work substitution by machines, mental laziness can become the watermark of mental work substitution by computers, thus having a negative effect instead of a positive one." -- Ismael Peña-Lopez, lecturer at the Open University of Catalonia, School of Law and Political Science

• "Well, of course, it depends on what one means by ‘stupid' -- I imagine that Google, and its as yet unimaginable new features and capabilities will both improve and decrease some of our human capabilities. Certainly it's much easier to find out stuff, including historical, accurate, and true stuff, as well as entertaining, ironic, and creative stuff. It's also making some folks lazier, less concerned about investing in the time and energy to arrive at conclusions, etc." -- Ron Rice, University of California, Santa Barbara

• "Nick [Carr] says, ‘Once I was a scuba diver in the sea of words. Now I zip along the surface like a guy on a Jet Ski.' Besides finding that a little hard to believe (I know Nick to be a deep diver, still), there is nothing about Google, or the Net, to keep anyone from diving -- and to depths that were not reachable before the Net came along."-- Doc Searls, co-author of "The Cluetrain Manifesto"

It's not Google's fault if users create stupid queries.

• "To be more precise, unthinking use of the Internet, and in particular untutored use of Google, has the ability to make us stupid, but that is not a foregone conclusion. More and more of us experience attention deficit, like Bruce Friedman in the Nicholas Carr article, but that alone does not stop us making good choices provided that the 'factoids' of information are sound that we use to make out decisions. The potential for stupidity comes where we rely on Google (or Yahoo, or Bing, or any engine) to provide relevant information in response to poorly constructed queries, frequently one-word queries, and then base decisions or conclusions on those returned items." -- Peter Griffiths, former Head of Information at the Home Office within the Office of the Chief Information Officer, United Kingdom

• "The problem isn't Google; it's what Google helps us find. For some, Google will let them find useless content that does not challenge their minds. But for others, Google will lead them to expect answers to questions, to explore the world, to see and think for themselves." -- Esther Dyson, longtime internet expert and investor

• "People are already using Google as an adjunct to their own memory. For example, I have a hunch about something, need facts to support, and Google comes through for me. Sometimes, I see I'm wrong, and I appreciate finding that out before I open my mouth." -- Craig Newmark, founder Craig's List

• "Google is a data access tool. Not all of that data is useful or correct. I suspect the amount of misleading data is increasing faster than the amount of correct data. There should also be a distinction made between data and information. Data is meaningless in the absence of an organizing context. That means that different people looking at the same data are likely to come to different conclusions. There is a big difference with what a world class artist can do with a paint brush as opposed to a monkey. In other words, the value of Google will depend on what the user brings to the game. The value of data is highly dependent on the quality of the question being asked." -- Robert Lunn, consultant, FocalPoint Analytics

The big struggle is over what kind of information Google and other search engines kick back to users. In the age of social media where users can be their own content creators it might get harder and harder to separate high-quality material from junk.

• "Access to more information isn't enough -- the information needs to be correct, timely, and presented in a manner that enables the reader to learn from it. The current network is full of inaccurate, misleading, and biased information that often crowds out the valid information. People have not learned that ‘popular' or ‘available' information is not necessarily valid."-- Gene Spafford, Purdue University CERIAS, Association for Computing Machinery U.S. Public Policy Council

• "If we take 'Google' to mean the complex social, economic and cultural phenomenon that is a massively interactive search and retrieval information system used by people and yet also using them to generate its data, I think Google will, at the very least, not make us smarter and probably will make us more stupid in the sense of being reliant on crude, generalised approximations of truth and information finding. Where the questions are easy, Google will therefore help; where the questions are complex, we will flounder." -- Matt Allen, former president of the Association of Internet Researchers and associate professor of internet studies at Curtin University in Australia

• "The challenge is in separating that wheat from the chaff, as it always has been with any other source of mass information, which has been the case all the way back to ancient institutions like libraries. Those users (of Google, cable TV, or libraries) who can do so efficiently will beat the odds, becoming ‘smarter' and making better choices. However, the unfortunately majority will continue to remain, as Carr says, stupid." -- Christopher Saunders, managing editor, internetnews.com

• "The problem with Google that is lurking just under the clean design home page is the "tragedy of the commons": the link quality seems to go down every year. The link quality may actually not be going down but the signal to noise is getting worse as commercial schemes lead to more and more junk links." -- Glen Edens, former senior vice president and director at Sun Microsystems Laboratories, chief scientist Hewlett Packard

Literary intelligence is very much under threat.

• "If one defines -- or partially defines -- IQ as literary intelligence, the ability to sit with a piece of textual material and analyze it for complex meaning and retain derived knowledge, then we are indeed in trouble. Literary culture is in trouble.... We are spending less time reading books, but the amount of pure information that we produce as a civilization continues to expand exponentially. That these trends are linked, that the rise of the latter is causing the decline of the former, is not impossible.... One could draw reassurance from today's vibrant Web culture if the general surfing public, which is becoming more at home in this new medium, displayed a growing propensity for literate, critical thought. But take a careful look at the many blogs, post comments, Facebook pages, and online conversations that characterize today's Web 2.0 environment.... This type of content generation, this method of ‘writing,' is not only sub-literate, it may actually undermine the literary impulse.... Hours spent texting and e-mailing, according to this view, do not translate into improved writing or reading skills." -- Patrick Tucker, senior editor, The Futurist magazine

New literacies will be required to function in this world. In fact, the internet might change the very notion of what it means to be smart. Retrieval of good information will be prized. Maybe a race of "extreme Googlers" will come into being.

• "The critical uncertainty here is whether people will learn and be taught the essential literacies necessary for thriving in the current infosphere: attention, participation, collaboration, crap detection, and network awareness are the ones I'm concentrating on. I have no reason to believe that people will be any less credulous, gullible, lazy, or prejudiced in ten years, and am not optimistic about the rate of change in our education systems, but it is clear to me that people are not going to be smarter without learning the ropes." -- Howard Rheingold, author of several prominent books on technology, teacher at Stanford University and University of California-Berkeley

• "Google makes us simultaneously smarter and stupider. Got a question? With instant access to practically every piece of information ever known to humankind, we take for granted we're only a quick web search away from the answer. Of course, that doesn't mean we understand it. In the coming years we will have to continue to teach people to think critically so they can better understand the wealth of information available to them." -- Jeska Dzwigalski, Linden Lab

• "We might imagine that in ten years, our definition of intelligence will look very different. By then, we might agree on 'smart' as something like a 'networked' or 'distributed' intelligence where knowledge is our ability to piece together various and disparate bits of information into coherent and novel forms." -- Christine Greenhow, educational researcher, University of Minnesota and Yale Information and Society Project

• "Human intellect will shift from the ability to retain knowledge towards the skills to discover the information i.e. a race of extreme Googlers (or whatever discovery tools come next). The world of information technology will be dominated by the algorithm designers and their librarian cohorts. Of course, the information they're searching has to be right in the first place. And who decides that?" -- Sam Michel, founder Chinwag, community for digital media practitioners in the United Kingdom

One new "literacy" that might help is the capacity to build and use social networks to help people solve problems.

• "There's no doubt that the internet is an extension of human intelligence, both individual and collective. But the extent to which it's able to augment intelligence depends on how much people are able to make it conform to their needs. Being able to look up who starred in the 2nd season of the Tracey Ullman show on Wikipedia is the lowest form of intelligence augmentation; being able to build social networks and interactive software that helps you answer specific questions or enrich your intellectual life is much more powerful. This will matter even more as the internet becomes more pervasive. Already my iPhone functions as the external, silicon lobe of my brain. For it to help me become even smarter, it will need to be even more effective and flexible than it already is. What worries me is that device manufacturers and internet developers are more concerned with lock-in than they are with making people smarter. That means it will be a constant struggle for individuals to reclaim their intelligence from the networks they increasingly depend upon." -- Dylan Tweney, senior editor, Wired magazine

Nothing can be bad that delivers more information to people, more efficiently. It might be that some people lose their way in this world, but overall, societies will be substantially smarter.

• "The Internet has facilitated orders of magnitude improvements in access to information. People now answer questions in a few moments that a couple of decades back they would not have bothered to ask, since getting the answer would have been impossibly difficult." -- John Pike, Director, globalsecurity.org

• "Google is simply one step, albeit a major one, in the continuing continuum of how technology changes our generation and use of data, information, and knowledge that has been evolving for decades. As the data and information goes digital and new information is created, which is at an ever increasing rate, the resultant ability to evaluate, distill, coordinate, collaborate, problem solve only increases along a similar line. Where it may appear a ‘dumbing down' has occurred on one hand, it is offset (I believe in multiples) by how we learn in new ways to learn, generate new knowledge, problem solve, and innovate." -- Mario Morino, Chairman, Venture Philanthropy Partners

Google itself and other search technologies will get better over time and that will help solve problems created by too-much-information and too-much-distraction.

• "I'm optimistic that Google will get smarter by 2020 or will be replaced by a utility that is far better than Google. That tool will allow queries to trigger chains of high-quality information -- much closer to knowledge than flood. Humans who are able to access these chains in high-speed, immersive ways will have more patters available to them that will aid decision-making. All of this optimism will only work out if the battle for the soul of the Internet is won by the right people -- the people who believe that open, fast, networks are good for all of us." -- Susan Crawford, former member of President Obama's National Economic Council, now on the law faculty at the University of Michigan

• "If I am using Google to find an answer, it is very likely the answer I find will be on a message board in which other humans are collaboratively debating answers to questions. I will have to choose between the answer I like the best. Or it will force me to do more research to find more information. Google never breeds passivity or stupidity in me: It catalyzes me to explore further. And along the way I bump into more humans, more ideas and more answers." -- Joshua Fouts, Senior Fellow for Digital Media & Public Policy at the Center for the Study of the Presidency

The more we use the internet and search, the more dependent on it we will become.

• "As the Internet gets more sophisticated it will enable a greater sense of empowerment among users. We will not be more stupid, but we will probably be more dependent upon it." -- Bernie Hogan, Oxford Internet Institute

Even in little ways, including in dinner table chitchat, Google can make people smarter.

• "[Family dinner conversations] have changed markedly because we can now look things up at will. That's just one small piece of evidence I see that having Google at hand is great for civilization." -- Jerry Michalski, president, Sociate

‘We know more than ever, and this makes us crazy.'

• "The answer is really: both. Google has already made us smarter, able to make faster choices from more information. Children, to say nothing of adults, scientists and professionals in virtually every field, can seek and discover knowledge in ways and with scope and scale that was unfathomable before Google. Google has undoubtedly expanded our access to knowledge that can be experienced on a screen, or even processed through algorithms, or mapped. Yet Google has also made us careless too, or stupid when, for instance, Google driving directions don't get us to the right place. It has confused and overwhelmed us with choices, and with sources that are not easily differentiated or verified. Perhaps it's even alienated us from the physical world itself -- from knowledge and intelligence that comes from seeing, touching, hearing, breathing and tasting life. From looking into someone's eyes and having them look back into ours. Perhaps it's made us impatient, or shortened our attention spans, or diminished our ability to understand long thoughts. It's enlightened anxiety. We know more than ever, and this makes us crazy." -- Andrew Nachison, co-founder, We Media

A final thought: Maybe Google won't make us more stupid, but it should make us more modest.

• "There is and will be lots more to think about, and a lot more are thinking. No, not more stupid. Maybe more humble." -- Sheizaf Rafaeli, Center for the Study of the Information Society, University of Haifa

Read more about responses to other "tension pairs" tested in the survey as well as a more complete description of the survey methodology and respondents at pewinternet.org.

Also view detailed results from the first three "Future of the Internet" surveys.

Thursday, January 14, 2010

Behind the glitz

By Rafia Zakaria

Building towers is risky business. In fact, the very dynamics of the architecture of towers and their historical symbolism suggest acts of defiance. Dubai’s Burj Khalifa, now the world’s tallest building, takes the act of rebellion against physical limitations to new levels — literally.

Over 100 storeys, it boasts the world’s highest swimming pool and perhaps as expiation also the world’s highest mosque. Its golf course requires over four million gallons of water a day. Last week, amid much fanfare, the legendary tower finally threw open its majestic doors to the public.

Previously known as Burj Dubai the structure was renamed Burj Khalifa in honour of the Abu Dhabi ruler and UAE president who had bailed out struggling Dubai with a sum of billions of dollars. Envisioned and designed by a Chicago firm, the Burj is said to have been inspired by the vision of architect Frank Lloyd Wright’s Sky City which was to be built in Chicago. However, it was never realised as it lacked both the funds and labour. Neither of these were seemingly a problem in the construction of the Burj which employed thousands of labourers from Pakistan, India and Bangladesh for several years for its construction.

According to reports, the vast majority of these workers have never even been to the top of the building they spent years constructing. But not seeing the view from the top is hardly the biggest problem faced by those who constructed the Burj; there are allegations that many have died in the construction of the Burj. Such construction projects take a huge toll. Records kept by the Indian mission for only one year showed that nearly 1,000 Indian workers had died, more than 60 in accidents on the site. The Pakistani and Bangladeshi missions do not keep records of the many labourers who have died possibly deterred by the criticism of the UAE authorities. Based on estimates the total number of workers killed in such construction projects is believed to be well into the thousands.

Days after the opening of the Burj a UAE court absolved the president’s brother for the beating and torture — an event that was videotaped — of an Afghan grain merchant. Sheikh Issa Bin Zayed Al-Nahyan was recorded brutally thrashing the man, stuffing sand into his mouth, burning his private parts with cigarettes and beating him with a nailed board. The video, which is available on the Internet, shows the sheikh literally pouring salt on his bloody wounds.

The court that heard the case acquitted the sheikh on the grounds that he had been under the influence of ‘drugs’. Put simply, despite incontrovertible recorded evidence, the sheikh was simply too powerful to be brought to task for hurting a man who was in the Emirati scheme of things little more than a slave.

The inauguration of the tower and the acquittal of the sheikh is a lurid juxtaposition of the hypocrisy, gluttony and crude injustice that lies beneath a glitzy façade. None of the innovation or glamour is indigenous; the architecture is American, the designers European and the slave labour South Asian.

Only 10 per cent of Dubai’s population is indigenous and actually has some say in how the emirate is run. The rest, either labourers or the educated middle class from Pakistan, Bangladesh and India, are only too happy to swallow their pride and meekly accept second-class status as gratitude for employment. The slave-like labourers languish in camps hapless and helpless at the hands of sheikhs and companies who may choose to abuse them at whim.

In the meantime, the lurid contrast of limitless wealth and gluttonous consumption is seemingly lost on middle-class expatriates in Dubai. The expat bankers, engineers and doctors who have got work permits to escape dim prospects in their own countries unquestioningly consume the capitalist wealth of Dubai without ever contesting the injustice of their own political silencing. They wander in the malls, stare in veneration at the towers and flaunt their designer trinkets at cousins and relatives left at home as markers of their economic superiority.

Never once do they ask what basis of justice allows a government to pay two people different amounts based on their nationality. Nor do they wonder at the justifications of virtual labour camps where workers toil for 18 hours a day and are not paid for months, conditions that would result in protest in any part of the developed world. Similarly, tourists from around the world visiting Dubai are happily duped by the fireworks, the pretty beaches and now the tall towers without taking a moment to question the inequity that fuels them or the injustice that makes them possible.

True, injustice exists everywhere and Dubai sustains Pakistan’s exported labour force whose remittances are crucial to the country’s economic survival. But it must be remembered that the case of Dubai is unique. There is no place in the contemporary West where workers may live and work and even be born and never have the opportunity to participate in the governance of the country.

Unless those who make up the expatriate labour force of the emirates are allowed a voice Dubai’s progress will continue to be a product of exploitation of poverty and need.

Indeed, if the world is revolted by reports of torture in Guantanamo, and campaigns to hold the US accountable, so too must it demand accountability for the sheikhs of Dubai without being duped by the luxurious façade of their towers.

The writer is an attorney and director at Amnesty International, US.
rafia.zakaria@gmail.com

Friday, December 4, 2009

A robotic arm breakthrough?



We at The Scientist are always on the lookout for overhyped research, and we suspect we've run across an example in an Associated Press story about a brain-controlled prosthetic arm published yesterday (December 2).

The article stated that researchers in Italy had used a robotic arm, controlled via electrodes implanted in the nerves of an amputee's arm, that allowed him "to feel sensations in the artificial limb and control it with his thoughts."

Patient Pierpaolo Petruzziello next
to the robotic arm

Image: Courtesy of Universita Campus
Bio-Medico di Roma and Scuola
Superiore Sant'Anna di Pisa.
The feeling sensations bit would be a major breakthrough in the field, said Chet Moritz from University of Washington School of Medicine, with the potential to give patients the ability to control a robotic arm by sensation alone, rather than adjusting their movements based on where they see their arm move.

But the story isn't based on a published study. The researchers, led by Paolo Maria Rossini from the University Campus Bio-Medico of Rome, say they've submitted their results to several journals, including PNAS and Science Translational Medicine, but the research was announced at a press conference held by the university before publication of the paper.

The AP's account of the research is "poorly described so it's hard to have an opinion," said Moritz who was not involved in the research. Still, based on the article and the 12 page press document prepared by the university, "I don't think this is a breakthrough," he added.

In the article, the amputee implanted with the electrodes reported saying he received sensations that were as good as what he could sense with his intact right arm. "I find that a little bit hard to believe," said Moritz.

Actually, Rossini told The Scientist, the researchers hadn't really tested the ability of the robotic arm to transmit sensory information to the patient. Instead, they had directly stimulated the electrodes leading into the nerve, which the patientsaid he could feel. The stimulation only worked for 10 days, after which the patient was no longer able to sense, said Rossini. Indeed, he said in regard to their work on sensation, "there is not much new in respect to the previous experiments."

Instead, Rossini said, the group's novel contribution was the use of signals from the brain, recorded by EEG, to augment the signals received from electrodes implanted in the patient's arm. The additional information allowed the patient to control the robotic arm with a higher accuracy, said Rossini. Moritz pointed out, though, that "without seeing the data it is hard to know if this is indeed a new combination of EEG and nerve recording."

While it's highly unusual for a research team to announce its results to the press ahead of publication in a peer-reviewed journal, and most journals forbid early publicity, Rossini explained that "we could not wait anymore, there was a lot of competition and the results are so clear."

Several groups, funded by Defense Advanced Research Projects Agency (DARPA) are working on integrating sensation into the control of a robotic hand, said Moritz, and according to their grant deadline, they're scheduled to announce their progress by the end of 2009. Still, he added, "the first group to publish a real scientific paper will get the credit in the long term."

However, with regard to demonstrating a patient's ability to use sensory information to adjust the movements of a prosthetic arm, the research seems to have come up short. "They shouldn't be criticized for trying," said Moritz. "They just haven't gotten there yet."

Monday, November 23, 2009

Growing Gains - 6 Jobs With High-Rising Numbers

By Tony Moton

In a competitive job market, maximizing the potential of your education could hinge on a question of numbers: How many workers might be hired in a given field?

Since crystal balls aren't exactly what one might call reliable, the U.S. Department of Labor has done some projecting of its own when it comes to employment outlook.

Here's a closer look at six of the fastest growing occupations, in terms of numbers hired, through 2016.

1. Network systems and data communications analysts perform a number of tasks in relation to data communications systems, like the Internet, including designing, analyzing, testing, and assessing systems and their performance. Analysts might also supervise computer programmers and work as specialists who handle the interfacing of computers and communications equipment.

How Fast Is It Growing? This is considered the leading occupation in terms of the percentage of growth in jobs. In large part, this is due to the increasing use of computers and information technology. The rise from 262,000 employees in 2006 to 402,000 in 2016 represents a 53.4 percent increase over that span - that's 140,000 new jobs.

How Do I Get Started? Many jobs require a bachelor's degree, although some might only require a two-year degree in computer science or an information technology-related field.

Salary: $73,800 a year

2. Dental hygienists are responsible for examining patients' teeth and gums, removing deposits from teeth, and providing other types of preventive dental care, like showing patients how to care for their teeth. They also record the presence of diseases or abnormalities.

How Fast Is It Growing? A total of 217,000 dental hygienists will be employed in 2016, up 30.1 percent from 2006. Population growth, tendency of older people retaining teeth, and an increased focus on preventive dental care has contributed to a demand for these workers. Dental hygienists are also increasingly taking on duties previously completed by dentists.

How Do I Get Started? An associate's degree or certificate in dental hygiene is typically necessary for practice in a private dental office.

Salary: $66,950 a year

3. Computer software engineers rely on their knowledge of computer science and mathematical analysis to develop, design, test, and evaluate the software and systems that operate our computers. Their tasks are evolving quickly and reflect the ever-changing landscape of computer technology. Computer games, word processing, and operating systems are among their areas of expertise.

How Fast Is It Growing? A 44.6 percent increase in jobs from 2006-2016 puts computer software engineers near the top of the growth scale. This growth will be the result of businesses and other organizations embracing and integrating new technologies and seeking to maximize the efficiency of their computer systems.

How Do I Get Started? The prospects are very good for job applicants with at least a bachelor's degree in software engineering or computer science and with some work experience.

Salary: $87,900 a year

4. Physical therapist assistants help physic al therapists treat victims of accidents or people with disabling conditions. The job involves working to improve patient mobility, relieve pain, and prevent or alleviate physical disabilities. A physical therapist might prepare physical therapy equipment, assist with exercises, or apply hot and cold packs while recording and reporting patients' responses to treatment.

How Fast Is It Growing? Consumer demand for physical therapy services is on the rise, helping employment for physical therapy aides to grow much faster than average for all occupations. The main reasons: an increasing elderly population, a baby-boom generation entering the prime age for illness, and an improved survival rate for trauma patients. There were 60,000 employed in 2006, and that number is expected to rise to 80,000 in 2016.

How do I Get Started? Most physical therapists earn an associate's degree from an accredited physical therapist assistants program.

Salary: $46,300 a year

5. Financial analysts and personal financial advisors share their expertise on investment strategies with businesses and individuals. Financial analysts generally focus on a specific industry, region, or type of product. Personal financial advisors assess and individual clients' assets, liabilities, cash flow, insurance coverage, tax status, and financial objectives to develop sound money strategies.

How Fast Is It Growing? Financial analysts and personal financial advisors held 397,000 jobs in 2006. This number will grow to 543,000 in 2016, an increase of 38.8 percent for both. The peak years of retirement savings and personal investments of a large baby-boom generation are creating a need for more people to seek help from experts.

How Do I Get Started? A bachelor's degree in finance, business administration, or accounting is considered highly desirable for financial analysts. Coursework in statistics, economics, and business is required. Knowledge of accounting policies and procedures, corporate budgeting, and financial analysis methods also is recommended. An advanced business degree such as an MBA can be an asset in this competitive field.

Salary: $66,590 a year

6. Substance abuse and behavioral disorder counselors offers counseling and advice to people dealing with problems such as alcohol, tobacco, drugs, gambling, and eating disorders. Some counselors work at therapeutic communities where people with addictions live while being treated.

How Fast Is It Growing? he number of counselors will rise from 83,000 to 112,000 by 2016, a 34.3 percent increase over the 10-year period. The rising number of people suffering from depression and other serious mood disorders has helped create a demand for counselors, according to a recent study by jobfox.com. That growth, coupled with the need to replace people leaving the field, make this a solid choice for those who seek a stable, rewarding career.

How Do I Get Started? A master's degree is usually required to be licensed as a counselor. Some states accept applicants with a bachelor's degree and appropriate counseling coursework.

Salary: $39,670 a year

Tuesday, November 17, 2009

Conjoined orphan twin girls successfully separated after 29-hour operation

By Richard Shears

For the first time in their young lives, orphaned twin sisters joined at the head are lying in individual beds after a incredible 29 hour operation to separate them.

Krishna and Trishna, whose mother died during childbirth in Bangladesh nearly three years ago, were given only a 50 per cent chance of surviving the Melbourne operation without brain damage.

The toddlers have a 25 per cent chance of making it through without any harm at all - and there was also the strong possibility that one or both could die.

But after a team of 16 surgeons, assisted by anaesthetists, nurses and other medical staff had worked around the clock in rotation, the Royal Children's Hospital head of surgery, Mr Leo Donnan, stepped from the operating theatre to announce with a smile: 'They have been successfully separated.'

Trishna (L) and Krishna (R), the Bangladeshi set of twins joined at the head before the operation to separate them

The dangerous operation had taken nearly 13 hours longer than anticipated - including 27 hours to separate the little girls, aged two years and 11 months, and a further two hours of work by plastic surgeons to seal the ensuing holes in their heads.

And although Mr Donnan said there was 'still is a long way to go' with the girls having a 'very difficult time ahead of them,' he said that the way the operation had gone was an historic moment for the hospital and for the twins 'an even more historic moment.'

The twins had come to the attention of a Melbourne-based organisation, Children First Foundation, which arranged for them to be flown to Australia for an operation that could give them a new start in life - if successful.

After weeks of careful planning, studying X-rays and monitoring the children's daily health and behaviour, the medical teams arranged their working hours, fully aware that the task ahead would not be easy.

The Royal Children's Hospital surgical team operate to separate twins Krishna and Trishna

Leo Donnan (C), chief of surgery at Royal Children's Hospital, speaks to the media after Australian doctors successfully separated the twins

On Monday Krishna and Trishna were anaesthetised and placed faced down on two adjoining operating tables. Plastic surgeons stepped forward to open up the skin and then neurosurgeons carefully opened a small area in the skull.

This 'window' allowed surgeons to insert their instruments to separate the brain tissue and blood vessels at the back of the girls' heads.

Next the twins were carefully lifted and turned over so they were face up, enabling surgeons to complete the separation of the skulls.

Bone had to be severed and connecting tissue separated.

Finally, for the first time, the twins were able to be moved apart and two teams of plastic surgeons set to work sealing the holes in their skulls.

Krishna and Trishna pictured a year after they were born

'This is a once-in-a-lifetime operation that teams would do,' said Mr Donnan, adding that the mood inside the operating theatre, where every minute was filled with tension, had changed after the separation.

'It's been a very nice stage to move into,' he said.

And there had been concerns, with problems occurring with Krishna's kidney, but when that crisis eased everyone, according to plastic surgeon Tony Holmes, 'was particularly optimistic and excited.'

He explained there had been a great deal of preparatory work before the operation could even begin.

'There's a lot of mucking around at the beginning of an operation like this,' said Mr Holmes.

'It's mainly for positioning and getting all the tubes right so there's no pressure on the eyes, no kinks in the tubes.'

Mr Holmes and another plastic surgeon, Andrew Greensmith stripped back the skin and that allowed neurosurgeons to create a one inch by seven inch window in the skull so that surgeons Wirginia Maixner and Alison Wray could separate blood vessels and brain matter.

Later the plastic surgeons came back to the girls, closing the brain lining and skulls with artificial caps and closing the skin.

The twins are now in intensive care. It will be weeks before it is known if the operation has been 100 per cent successful - but surgeons said they were remaining optimistic.

Sunday, November 15, 2009

Water Found on Moon, Researchers Say

NASA, via Reuters

This artist's rendering released by NASA shows the Lunar Crater Observation and Sensing Satellite as it crashed into the moon to test for the presence of water last month.

Published: November 13, 2009

There is water on the Moon, scientists stated unequivocally on Friday.

“Indeed yes, we found water,” Anthony Colaprete, the principal investigator for NASA’s Lunar Crater Observation and Sensing Satellite, said in a news conference. “And we didn’t find just a little bit. We found a significant amount.”

The confirmation of scientists’ suspicions is welcome news to explorers who might set up home on the lunar surface and to scientists who hope that the water, in the form of ice accumulated over billions of years, holds a record of the solar system’s history.

The satellite, known as Lcross (pronounced L-cross), crashed into a crater near the Moon’s south pole a month ago. The 5,600-miles-per-hour impact carved out a hole 60 to 100 feet wide and kicked up at least 26 gallons of water.

“We got more than just a whiff,” Peter H. Schultz, a professor of geological sciences at Brown University and a co-investigator of the mission, said in a telephone interview. “We practically tasted it with the impact.”

For more than a decade, planetary scientists have seen tantalizing hints of water ice at the bottom of these cold craters where the sun never shines. The Lcross mission, intended to look for water, was made up of two pieces — an empty rocket stage to slam into the floor of Cabeus, a crater 60 miles wide and 2 miles deep, and a small spacecraft to measure what was kicked up.

For space enthusiasts who stayed up, or woke up early, to watch the impact on Oct. 9, the event was anticlimactic, even disappointing, as they failed to see the anticipated debris plume. Even some high-powered telescopes on Earth like the Palomar Observatory in California did not see anything.

The National Aeronautics and Space Administration later said that Lcross did indeed photograph a plume but that the live video stream was not properly attuned to pick out the details.

The water findings came through an analysis of the slight shifts in color after the impact, showing telltale signs of water molecules that had absorbed specific wavelengths of light. “We got good fits,” Dr. Colaprete said. “It was a unique fit.”

The scientists also saw colors of ultraviolet light associated with molecules of hydroxyl, consisting of one hydrogen and one oxygen, presumably water molecules that had been broken apart by the impact and then glowed like neon signs.

In addition, there were squiggles in the data that indicated other molecules, possibly carbon dioxide, sulfur dioxide, methane or more complex carbon-based molecules. “All of those are possibilities,” Dr. Colaprete said, “but we really need to do the work to see which ones work best.”

Remaining in perpetual darkness like other craters near the lunar poles, the bottom of Cabeus is a frigid minus 365 degrees Fahrenheit, cold enough that anything at the bottom of such craters never leaves. These craters are “really like the dusty attic of the solar system,” said Michael Wargo, the chief lunar scientist at NASA headquarters.

The Moon was once thought to be dry. Then came hints of ice in the polar craters. In September, scientists reported an unexpected finding that most of the surface, not just the polar regions, might be covered with a thin veneer of water.

The Lcross scientists said it was not clear how all the different readings of water related to one another, if at all.

The deposits in the lunar craters may be as informative about the Moon as ice cores from Earth’s polar regions are about the planet’s past climates. Scientists want to know the source and history of whatever water they find. It could have come from the impacts of comets, for instance, or from within the Moon.

“Now that we know that water is there, thanks to Lcross, we can begin in earnest to go to this next set of questions,” said Gregory T. Delory of the University of California, Berkeley.

Dr. Delory said the findings of Lcross and other spacecraft were “painting a really surprising new picture of the Moon; rather than a dead and unchanging world, it could be in fact a very dynamic and interesting one.”

Lunar ice, if bountiful, not only gives future settlers something to drink, but could also be broken apart into oxygen and hydrogen. Both are valuable as rocket fuel, and the oxygen would also give astronauts air to breathe.

NASA’s current exploration plans call for a return of astronauts to the Moon by 2020, for the first visit since 1972. But a panel appointed in May recently concluded that trimmings of the agency’s budget made that goal impossible. One option presented to the Obama administration was to bypass Moon landings for now and focus on long-duration missions in deep space.

Even though the signs of water were clear and definitive, the Moon is far from wet. The Cabeus soil could still turn out to be drier than that in deserts on Earth. But Dr. Colaprete also said that he expected that the 26 gallons were a lower limit and that it was too early to estimate the concentration of water in the soil.