Is there a theory that explains the essence of consciousness? Or is consciousness itself just an illusion? The "last great mystery of science," consciousness was excluded from serious research for most of the last century but is now a rapidly expanding area of study for students of psychology, philosophy, and neuroscience. Recently the topic has also captured growing popular interest. This groundbreaking book is the first volume to bring together all the major theories of consciousness studies--from those rooted in traditional (...) Western philosophy to those coming out of neuroscience, quantum theory, and Eastern philosophy. Broadly interdisciplinary, Consciousness: An Introduction is divided into nine sections that examine such topics as how subjective experiences arise from objective brain processes, the basic neuroscience and neuropathology of consciousness, altered states of consciousness, mystical experiences and dreams, and the effects of drugs and meditation. It also discusses the nature of self, the possibility of artificial consciousness in robots, and the question of whether or not animals are conscious. Enhanced by numerous illustrations and profiles of important researchers, the book also includes self-assessment questions, further reading suggestions, and practical exercises that help bring the subject to life. (shrink)

Throughout history there have been people who say it is all illusion. I think they may be right. But if they are right what could this mean? If you just say "It's all an illusion" this gets you nowhere - except that a whole lot of other questions appear. Why should we all be victims of an illusion, instead of seeing things the way they really are? What sort of illusion is it anyway? Why is it like that and not (...) some other way? Is it possible to see through the illusion? And if so what happens next. (shrink)

Human beings are strange animals. Although evolutionary theory has brilliantly accounted for the features we share with other creatures—from the genetic code that directs the construction of our bodies to the details of how our muscles and neurons work—we still stand out in countless ways. Our brains are exceptionally large, we alone have truly grammatical language, and we alone compose symphonies, drive cars, eat spaghetti with a fork and wonder about the origins of the universe.

Conversations on Consciousness is just that - a series of twenty lively and challenging conversations between Sue Blackmore and some of the world's leading philosophers and scientists. Written in a colloquial and engaging style the book records the conversations Sue had when she met these influential thinkers, whether at conferences in Arizona or Antwerp, or in their labs or homes in Oxford or San Diego. The conversations bring out their very different personalities and styles and reveal a wealth of fascinating (...) detail about their theories and beliefs. Why is consciousness such a special and difficult issue for twenty-first century science? Sue, herself a researcher into this controversial and difficult topic, begins by asking each of her colleagues this simple question and is immediately plunged into the depths of the debate: How do the subjective experiences we call consciousness arise from the physical brain? Is this even the right question to ask? Can zombies - people who behave outwardly just like others but have no inner mental life - exist? What can dreams tell us about consciousness? Should we all be learning to meditate? Do we have free will, and if not is it possible to live without it? With an introduction setting out the broad structure of the debate on consciousness, and an extensive glossary, this book provides an engaging and accessible account of the most challenging problem of all, through the words of some of the leading figures involved in seeking to solve it. (shrink)

Written in a colloquial and engaging style the book records the conversations Sue had when she met these influential thinkers, whether at conferences in Arizona ...

Frankish's illusionism aims to replace the hard problem with the illusion problem; to explain why phenomenal consciousness seems to exist and why the illusion is so powerful. My aim, though broadly illusionist, is to explain why many other false assumptions, or delusions, are so powerful. One reason is a simple mistake in introspection. Asking, 'Am I conscious now?' or 'What is consciousness?' makes us briefly conscious in a new way. The delusion is to conclude that consciousness is always like this (...) instead of asking, 'What is it like when I am not asking what it is like?' Neuroscience and disciplined introspection give the same answer: there are multiple parallel processes with no clear distinction between conscious and unconscious ones. Consciousness is an attribution we make, not a property of only some special events or processes. Notions of the stream, contents, continuity, and function of consciousness are all misguided as is the search for the NCCs. (shrink)

The meme is an evolutionary replicator, defined as information copied from person to person by imitation. I suggest that taking memes into account may provide a better understanding of human evolution in the following way. Memes appeared in human evolution when our ancestors became capable of imitation. From this time on two replicators, memes and genes, coevolved. Successful memes changed the selective environment, favouring genes for the ability to copy them. I have called this process memetic drive. Meme-gene coevolution produced (...) a big brain that is especially good at copying certain kinds of memes. This is an example of the more general process in which a replicator and its replication machinery evolve together. The human brain has been designed not just for the benefit of human genes, but for the replication of memes. It is a selective imitation device. (shrink)

Consciousness, 'the last great mystery for science', has now become a hot topic. How can a physical brain create our experience of the world? What creates our identity? Do we really have free will? Could consciousness itself be an illusion? -/- Exciting new developments in brain science are opening up debates on these issues, and the field has now expanded to include biologists, neuroscientists, psychologists, and philosophers. This controversial book clarifies the potentially confusing arguments, and the major theories using illustrations, (...) lively cartoons, and experiments.Topics include vision and attention, theories of self and will, experiments on action and awareness, altered states of consciousness, and the effects of brain damage and drugs. (shrink)

Exploring the Illusion of Free Will and Moral Responsibility is an edited collection of new essays by an internationally recognized line-up of contributors. It is aimed at readers who wish to explore the philosophical and scientific arguments for free will skepticism and their implications.

Setting aside the problems of recognising consciousness in a machine, this article considers what would be needed for a machine to have human-like conscious- ness. Human-like consciousness is an illusion; that is, it exists but is not what it appears to be. The illusion that we are a conscious self having a stream of experi- ences is constructed when memes compete for replication by human hosts. Some memes survive by being promoted as personal beliefs, desires, opinions and pos- sessions, leading (...) to the formation of a memeplex (or selfplex). Any machine capa- ble of imitation would acquire this type of illusion and think it was conscious. Robots that imitated humans would acquire an illusion of self and consciousness just as we do. Robots that imitated each other would develop their own separate languages, cultures and illusions of self. Distributed seflplexes in large networks of machines are also possible. Unanswered questions include what remains of consciousness without memes, and whether artificial meme machines can ever transcend the illusion of self consciousness. (shrink)

This paper reviews the evidence that something leaves the body during out-of-body experiences (OBEs) and thus could potentially survive death. First, during OBEs people can purportedly see things at a distance without using the recognized senses. Second, some claim that the double or astral body can be detected. Finally, there is evidence from OBEs occurring near death. This paper evaluates each in turn.

Astral body views posit that an exotic double with a definite location in space—an astral or ethereal body—leaves the normal biological body during out-of-body experiences or after death. In this paper the severe difficulties confronting such a view are reviewed, difficulties concerning not only the nature of the double which travels, but the nature of the world in which it travels. Three exhaustive possibilities are considered: that a physical double travels in the physical world; that a nonphysical double travels in (...) the physical world; and that a nonphysical double travels in a nonphysical (but objective) world. Careful analysis shows that none of these possibilities can adequately resolve the problems that they generate. -/- 1. Physical Theories (A Physical Double Travels in the Physical World) -- 2. Physical Astral World Theory (A Nonphysical Double Travels in the Physical World) -- 3. Mental Astral World Theory (A Nonphysical Double Travels in a Nonphysical, but “Objective,” Astral World). (shrink)

To be human is to imitate. This is a strong claim, and a contentious one. It implies that the turning point in hominid evolution was when our ancestors first began to copy each other’s sounds and actions, and that this new ability was responsible for transforming an ordinary ape into one with a big brain, language, a curious penchant for music and art, and complex cumulative culture. The argument, briefly, is this. All evolutionary processes depend on information being copied with (...) variation and selection. Most living things on earth are the product of evolution based on the copying, varying and selection of genes. However, once humans began to imitate they provided a new kind of copying and so let loose an evolutionary process based on the copying, varying and selection of memes. This new evolutionary system co-evolved with the old to turn us into more than gene machines. We, alone on this planet, are also meme machines. We are selective imitation devices in an evolutionary arms race with a new replicator. This is why we are so different from other creatures; this is why we alone have big brains, language and complex culture. There are many contentious issues here; the nature and status of memes, the validity of the concept of a replicator, the difference between this and other theories of gene-culture co-evolution, and whether memetics really is necessary, as I believe it is, to explain human nature. I shall outline the basic principles of memetics, show how memes could have driven human evolution, and consider some of these questions along the way. (shrink)

What could it mean to be conscious in your dreams? For most of us, dreaming is something quite separate from normal life. When we wake up from being chased by a ferocious tiger, or seduced by a devastatingly good-looking Nobel Prize winner we realize with relief or disappointment that "it was only a dream.".

EVERYONE THINKS they are open-minded. Scientists in particular like to think they have open minds, but we know from psychology that this is just one of those attributes that people like to apply to themselves. We shouldn’t perhaps have to worry about it at all, except that parapsychology forces one to ask, "Do I believe in this, do I disbelieve in this, or do I have an open mind?".

Two experiments involving an international collaboration of experimenters sought to replicate and extend a previously published psi experiment on precognition by Daryl Bem that has been the focus of extensive research. The experiment reverses the usual cause–effect sequence of a standard psychology experiment using priming and reaction times. The preregistered confirmatory hypothesis is that response times to incongruent stimuli will be longer than response times to congruent stimuli even though the prime has not yet appeared when the participant records their (...) judgments. The confirmatory hypothesis for Experiment 1 was not supported. Exploratory analyses indicated that those participants who completed the English-language version rather than a translation showed a significant effect, as was the case in the original study; no significant departure from chance was found in data involving non-English translations. Experiment 2 sought to enhance the predicted effect by having each participant read either a pro-psi or an anti-psi statement at the beginning of the experiment to test the pre-recorded hypothesis that a pro-psi statement would produce a larger effect than an anti-psi statement. The results did not support the primary psi hypothesis and there was no effect in the English-language sample. However, there was mixed support for the effect of the psi statement on performance; those participants who received the pro-psi statement had a greater psi score than those who received the anti-psi statement. As in the original experiment, neither the experimenters’ nor participants’ beliefs were significantly associated with the dependent measure. In sum, the pre-registered confirmatory hypotheses were not supported. The importance of the personality variable Sensation Seeking, a component of extraversion, as a correlate of psi performance is discussed as are the challenges and implications for international collaborations and replication in controversial science. Keywords: priming; expectancy effect; retrocausation; consciousness; sociology; precognition; psi; replication Two experiments involving an international collaboration of experimenters sought to replicate and extend a previously published psi experiment on precognition by Daryl Bem that has been the focus of extensive research. The experiment reverses the usual cause-effect sequence of a standard psychology experiment using priming and reaction times. The preregistered confirmatory hypothesis is that response times to incongruent stimuli will be longer than response times to congruent stimuli even though the prime has not yet appeared when the participant records his or her judgments. The confirmatory hypothesis for Study 1 was not supported. Exploratory analyses indicated that those participants who completed the English-language version rather than a translation showed a significant effect, as was the case in the original study; no significant departure from chance was found in data involving non-English translations. Study 2 sought to enhance the predicted effect by having each participant read either a pro-psi or an anti-psi statement at the beginning of the experiment to test the pre-recorded hypothesis that a pro-psi statement would produce a larger effect than an anti-psi statement. The results did not support the primary psi hypothesis and there was no observed association between belief and experience of ESP and psi outcome. However, there was mixed support for the effect of the psi statement on performance; those participants who received the pro-psi statement had a greater psi score than those who received anti-psi statement. As in the original experiment, neither the experimenters’ nor participants’ beliefs or expectations were significantly correlated with the dependent measure. In sum, the pre-registered confirmatory hypotheses were not supported. The importance of the personality variable Sensation Seeking, a component of extraversion, as a correlate of psi performance is discussed as are the challenges and implications for international collaborations and replication in controversial science. (shrink)

In this article and the following one, Susan Blackmore and Michael Bradie take contrary positions on the ‘science of memetics’, an approach to explaining human behaviour and culture based on the idea that our minds and cultures are in large part determined by self-replicating gene-like entities called ‘memes’. Memes would seem to allow the application of evolutionary ideas to both biology and culture. Many find that thought exciting and appealing. Others consider it arrogant and scientistic. Who is right?

The science of memetics faces a serious problem. The concept of the meme emerged from evolutionary biology and the theory of replicators, and within this context it is well understood, if highly controversial. But out on the web, and in popular discourse, the word ‘meme’ is horribly abused. It is confused with ‘idea’ or ‘concept’ or treated as something ethereal or non-material floating about quite separate from behaviours and artefacts.

Are you tempted by the prospect of a reversal of ageing, increased intelligence, improved relationships or irreversible world peace? These are just some of the benefits of meditation promised by the Transcendental Meditation organisation. Admittedly, it doesn't seem very plausible. Such claims imply that sitting still silently repeating a phrase - one form of meditation practiced by the followers of the TM movement - can have profound physical, psychological and even sociological effects. Indeed, it sounds so implausible that many people (...) simply dismiss meditation out of hand. (shrink)

Like most people, I used to think of my conscious life as like a stream of experiences, passing through my mind, one after another. But now I’m starting to wonder, is consciousness really like this? Could this apparently innocent assumption be the reason we find consciousness so baffling?

Christiansen & Chater's (C&C's) arguments share with memetics the ideas that language is an evolving organism and that brain capacities shape language by influencing the fitness of memes, although memetics also claims that memes in turn shape brains. Their rejection of meme theory is based on falsely claiming that memes must be consciously selected by sighted watchmakers.

The Authority of Experience: Essays on Buddhism and Psychology. Edited by John Pickering. Curzon Press, Richmond 1997. xviii, 252 pp. Cloth £40, pbk £14.99. ISBN 0-7007-0450-7/0455-8.

This academic text features articles regarding paranormal, extraordinary, or fringe-science claims. It logically examines the claims of astrology; psychic ability; alternative medicine and health claims; after-death communication; cryptozoology; and faith healing, all from a skeptical perspective. Paranormal Claims is a compilation of some of the most eye-opening articles about pseudoscience and extraordinary claims that often reveal logical, scientific explanations, or an outright scam. These articles, steeped in skepticism, teach critical thinking when approaching courses in psychology, sociology, philosophy, education, or science.

Also published in 1998 in S.R.Hameroff, A.W.Kaszniak and .C.Scott (Eds) _Toward a Science of_ _Consciousness II._ MIT Press. 701-707. Note that there were problems with the editing of this volume and there are some misprints. This version is correct.

The implications that Steels & Belpaeme's (S&B's) models have for memetics are discussed. The results demonstrate the power of memes (in this case colour words) to influence both concept formation, and the creation of innate concepts. They provide further evidence for the memetic drive hypothesis, with implications for the evolution of the human brain and for group differences in categorisation.

Neuroscientist Benjamin Libet of the University of California in San Francisco asked volunteers to do exactly that. A clock allowed the subjects to note exactly when they decided to act, and by fitting electrodes to their wrists, Libet could time the start of the action. More electrodes on their scalps recorded a particular brain wave pattern called the readiness potential, which occurs just before any complex action and is associated with the brain planning its next move.

What could it mean to be conscious in your dreams? For most of us, dreaming is something quite separate from normal life. When we wake up from being chased by a ferocious tiger, or seduced by a devastatingly good-looking Nobel Prize winner we realize with relief or disappointment that "it was only a dream.".

Jablonka & Lamb (J&L) reject but memetics can explain human uniqueness and culture (as a product of the ability to imitate) without depending on their slippery notion of symbolism. Modern memes show the beginnings of a division into replicators and vehicles, and the replacement of reconstructive processes with systems of blind copying, variation, and selection.

The sensorimotor theory of vision is the best attempt yet to explain visual consciousness without implying a Cartesian theatre. I suggest three experiments which might test the theory.

Questionnaires on perceptual distortions, symptoms of schizophrenia, and out-of-body experiences (OBEs) were completed by 71 volunteers with a history of schizophrenia and 40 control subjects (patients in a hospital accident ward). Significantly more of the schizophrenics (42%) than of the control group (13%) answered "yes" to a question about OBEs. However, a follow-up questionnaire showed that only 14% of schizophrenics (i.e., the same as the control group) had had "typical" OBEs, in which a change of viewpoint was reported. Those reporting (...) typical OBEs did not report more perceptual distortions or symptoms of schizophrenia than did those reporting no OBEs, although those reporting other atypical experiences did. On this basis there is no evidence to consider the typical OBE as pathological or as symptomatic of schizophrenia. (shrink)

Why do so many people believe in psychic phenomena? Because they have psychic experiences. And why do they have psychic experiences? Because such experiences are an inevitable consequence of the way we think. I suggest that, like visual illusions, they are the price we pay for a generally very effective relationship with a massively complex world.

Consciousness is a hot topic. Relegated to the fringes of science for most of the twentieth century, the question of consciousness only crept back to legitimacy with the collapse of behaviourism in the 1960s and 1970s, and only recently became an acceptable term for psychologists to use. Now many neuroscientists talk enthusiastically about the nature of consciousness, there are societies and regular conferences, and some say that consciousness is the greatest challenge for twenty-first century science. Although confusion abounds, there is (...) at least some agreement that at the heart of the problem lies the question of subjectivity - or what it’s like for _me_. As philosopher Thomas Nagel (1974) put it when he asked his famous question "What is it like to be a bat?" - if there is something it is like _for the bat_ then we can say that the bat is conscious. This is what we mean by consciousness - consciousness is private and subjective and this is why it is so difficult to understand. (shrink)

Term is starting and I’m not going back! Whoopee! At the age of fifty I feel like a wild schoolgirl tearing off my hated uniform and bursting into a chorus of ‘No more Latin, no more ....’ only this time it’s ‘No more meetings, no more forms, no more TQA and no more ...’.