Category: Subject
Anesthetic Action and “Quantum Consciousness”
A Match Made in Olive Oil
Stuart R. Hameroff, M.D.
ANESTHETIC gases block consciousness selectively, sparing nonconscious brain activities, and thus their specific action could unravel the age-old mystery of how the brain generates, or mediates, consciousness.
Full Article
Wikipedia Skeptics
Republished from Skeptics about Skeptics
Wikipedia currently is the area in which dogmatic skeptics are most successful and influential. One of these activist groups is called Guerrilla Skepticism on Wikipedia, founded by Susan Gerbic. Another leader of the online skeptical movement is Tim Farley, who runs the website Skeptical Software Tools.
The situation is particularly bad in any areas to do with parapsychology, alternative and complementary medicine, and on the biography pages of scientists involved in investigating these areas.
The Wikipedia skeptics work in teams (contrary to Wikipedia rules) and most are well trained. They generally operate under pseudonyms. It is not necessary to have any particular skill or expertise to become an editor. Anyone can edit. But it is necessary to understand the complex rules of Wikipedia. The skeptical activists are well versed in the rules, and are able to bully and outwit editors who are trying to ensure that articles are balanced and fair. When fair-minded editors oppose the skeptic teams, they are accused of defying the skeptical consensus, and warned that they will be banned from editing. If they persist they are indeed banned. Many such editors have been driven away, to the detriment of Wikipedia and its users. For a detailed case study, see Wikipedia, We Have a Problem.
Although Wikipedia’s official policy is that articles should represent a neutral point of view, skeptics have infiltrated the administration of Wikipedia and have managed to get parapsychology defined as a pseudoscience, along with many aspects of alternative and complementary medicine. The skeptic teams then claim that any editor opposing them is contravening the neutral point of view policy, because these subjects are defined as pseudoscience. These teams are committed to a kind of scientific fundamentalism, and take an extremely narrow view of science, even narrower than that of more mainstream skeptical organizations. Even the Committee for Skeptical Inquiry does not dismiss all parapsychology as pseudoscience: indeed some leading skeptics, like Professor Chris French, have explicitly stated that they regard it as a real science (French, C. C., & Stone, A. Anomalistic Psychology: Exploring Paranormal Belief and Experience, London: Palgrave Macmillan, 2013).
Unfortunately, the founder of Wikipedia, Jimmy Wales, is a supporter of the skeptical extremists. In response to the systematic distortion to Wikipedia entries on holistic medicine, the Association for Comprehensive Energy Psychology (ACEP) organized on online petition to Jimmy Wales through change.org asking for a balanced and scientific approach to these subjects. There were 7,000 signatures.
In response, Wales called practitioners of alternative medicine “lunatic charlatans.” He resisted calls for change by saying that Wikipedia’s policies are “exactly spot-on and correct.”
So beware! Until Wikipedia can be reformed or replaced, it is essential to treat its skeptic-infested pages with extreme skepticism.
Intro to The Participatory Turn
Please use the link below to view the paper.
Dr. Laurin Bellg
Dr. Laurin A Bellg is an award winning author and physician.
She is a critical care physician working with very ill patients in the ICU. Her training prepared her to help care for the very sick, but it did not prepare her for encounters with the unknown. Over the past twenty years she’s heard numerous mysterious and beautiful stories that patients have returned from the brink of death which are both incredible and life-affirming. Several years ago she began journalling about these miraculous moments. Near Death in the ICU is her book. Within two days of its release, it became a #1-best-seller in three categories and now is four-time award winner.
Bibliography:
The Understanding and Treatment of Mental Health
Major Limitations of Science
Response: Dr Natalie Tobert. Discipline: Medical Anthropology. Topic: The Understanding and Treatment of Mental Health
The symptoms of mental distress and their interpretation are indicative of major limitations of science. Research shows that scientific evidence underpinning psychiatry, effectiveness of medication and certain treatments was manipulated, withheld, or non existent (Davies 2014, Whitaker 2010, Whitaker and Cosgrove 2015). Evidence against old-fashioned psychiatry and reductionist Western medicine is growing from within the profession: general physicians, psychiatrists and psychologists are seeking new ways of understanding. Within the movements of anti-psychiatry and critical psychiatry ‘scientific’ evidence and research data is now questioned (Breggin 2009, Gøtzsche 2015, Moncrieff 2008). My proposition: some people who tap into a non-local realm of consciousness spontaneously have NDE, OBE, ELE experiences (religious experiences; near-death, out-of-body, and end of life experiences) may not have a framework for understanding. People who cannot control their experiences and have distress may attract psychiatric attention. Specialists like shamans and psychics deliberately invite altered states of consciousness and turn them on and off at will. The phenomenology appears the same, although effects are different. Problems arise when this doesn’t fit with a person’s own or their observer’s belief system.
The problems: a) We are educating junior doctors and health care staff in a way which perpetuates the origin myths of schizophrenia and psychosis, as biological diseases of the brain, chemical imbalance, illness for life, or the racist ‘ethnic predispositions’. Our western education and training continues as if the research literature mentioned above doesn’t exist.
b) The West is globally exporting its misunderstandings of mental distress and its treatments, as if they are ubiquitous and universal (Watters 2009). Cultural wisdoms are recorded as ‘interesting anecdotes’ but are disregarded as ‘superstition’ or ‘ineffective’.
c) Regarding altered states of consciousness: academic disciplines seem to accept and conduct research into the paranormal, End of Life Experiences, Clairvoyance, NDEs, OBEs, and trance, but seem to draw a blank when a relationship with mental health is inferred (Tobert 2015, 2016).
Addressing Limitations
The following steps may be considered a) In the first instance, I would like to see academicians who conduct research into altered states of consciousness in all its forms, sit around the same table with psychiatrists, healthcare clinicians and mainstream educators. I would like them to explore the commonalities and differences between the phenomenology of lived experience in each field of study.
b) Psychiatrists and psychologists in certain countries are currently proposing, scientifically researching, evaluating, and offering training in more effective ways of addressing distress (Razzaque & Stockmann 2016). I would like to see these programmes funded and researched, and then if the evidence illustrates effectiveness, to be rolled out globally.
c) I would like to see systematic scientific research done into the environmental, political, and social triggers of mental distress, followed by an evaluation of strategies used to address them.
d) I would like to see mainstream media, journals, radio and television, trained in the appropriate ways of understanding mental distress, so that they broadcast programmes in a more responsible manner, and cease to propitiate archaic opinions about science and mental well being.
New Methodologies and Ontology
Today a turning-point is reached as we acknowledge deeper existential realities about being human. There is evidence on social media of anger by people who were diagnosed with a mental illness: they question both the label and treatment strategies. There is anxiety by clinicians who have been taught in a certain way, and are aware their education no longer fits the spirit of our times. a) I would like to see a Truth and Reconciliation Project. This would address the concerns of both former patients and staff, to acknowledge feelings on each side, and move forwards towards good practice. b) Academicians would systematically record the commonalities and differences between the phenomenology of each experience they study. c) I would like clinicians to systematically ask people experiencing mental distress “What happened to trigger the trauma?” rather than… “What are your symptoms?” I would like to see research data collected on this practice, using both quantative and qualitative methods.
Differences of an Extended Science
it is time to call a halt to the out-dated Eurocentric disease-model of human suffering and to conduct appropriate science to raise awareness of altered states of consciousness and cultural ways of interpreting ‘symptoms’. This would benefit the mental well-being of global populations.
References
Breggin P The Conscience of Psychiatry, Lake Edge Press, Ithaca, New York 2009 Davies J. Cracked: Why Psychiatry is doing more harm than good. London: Icon Books; 2014. Gotzche P Deadly Psychiatry and Organised Denial. People’s Press. 2015 Moncrieff J. The Myth of the Chemical Cure: A Critique of Psychiatric Drug Treatment. London: Palgrave Macmillan; 2009. Razzaque R, Stockmann T, An introduction to peer-supported open dialogue in mental healthcare. BJPsych Advances Sep 2016, 22 (5) 348-356 Tobert N. Knowledge frameworks in medicine and health. NAMAH 2015; 23:3. Tobert N. Cultural Perceptions on Mental Wellbeing: Spiritual Interpretations of Symptoms in Medical Practice. London: Jessica Kingsley Publishers; 2016. Watters E. Crazy like us: The globalization of the American psyche. New York 2010 Whitaker R. Anatomy of an Epidemic. New York: Crown; 2010. Whitaker R, Cosgrove L. Psychiatry under the Influence, Institutional Corruption, Social Injury, and Prescriptions for Reform. New York: Palgrave Macmillan US; 2015.
Dr Natalie Tobert, Medical Anthropologist Author of Spiritual Psychiatries and Cultural Perspectives on Mental Wellbeing
The Origin and Purpose of the Universe
Please use the link below to view the paper.
Basios, Vasileious Comments
Commission for Extended Science Responce: Dr. Vasileios Basios. Discipline: Physics of Complex Systems, Complexity & Chaos Theory
Running Title: “The Century of Complexity” As the crises of our times keep on dragging we see an increasing polarization among cultures. The conflict between “the two cultures” (sciences and humanities) as famously delineated by C. P. Snow, some decades ago, now has become a chaotic “meta-modern” battleground for a continuous proliferation of sub-cultures. Numerous “mainstream” established fortifications prevent genuine dialogue and on the other hand certain “new-age” misinformed groups create confusion about several very important issues. Signs and symptoms of a phase transition as they are, they nevertheless call for a deeper approach in thinking beyond mere paradigms. It is about time that we shall concern ourselves not only with the study of nature but also by the nature of this study. Self-reflection and a quest of a new kind of validation of experience, can be the only trusted peacemakers in resolving these contemporary conflicts.
How would you like to see these limitations addressed?
We can see these limitations of fortified, self-interests and doctrinal ways of scientific thinking in society, the environment, the economy, politics and education. The overarching theme in mainstream thinking is the seeking out of the ‘mechanism’ as the core any desired explanation. Although such a mechanistic, linear, thinking ceased to be the prevailing one in physics sine the beginning of the last century other sciences are yet to catch up, still trying to fathom their practice in the mechanistic, naively reductionistic paradigm. They take unquestioned their mode of understanding as only by means of reducing any operation to a mechanical process. They seek more and more the utility of the machine than the understanding of the process. Hence crises ensue. And in our days when crises are met it is custom to throw up our hands and proclaim “this is complex” (end of story, thinking stops here!). I would propose instead to engage and encounter these complexities. Observe our limitations and navigate through them. Participate during our observations. Engage with systems and concepts. Be able to re-equip and re-inform our science by allowing it to reflect on its own foundations.
What new methodologies and ontology would you propose?
Ontology: Arthur Koestler has remarked that the “decisive advances in the history of scientific thought can be described in terms of mental cross-fertilisation between different disciplines.” Complementary spirit is the key here. We shall be inspired by Socrates’ “science of sciences”. A “science of sciences” demands that we are not bound by paradigmatic thinking or doctrine. We must turn the investigative powers of ‘science-as-we-know-it’ onto its self, then onto the scientists and finally onto the major expressions of social life. Becoming aware of what limits our own thinking, we become aware of what justifies the thinking of others [4]. Moderation is not just a moral issue, it is what will reveal the ultimate complementarity of the opinions and methods of others. Inverting the parable: If we have a little mote in our eye, our neighbour can still see it clearly even he has not cast the beam out his own eye! When complementarity meets compassion miracles can be performed, for the benefit of all.
Methodologies: What it is worth adding in our considerations is an elaboration on the recently established activities of “crowd funding” and “crowd sourcing”. The first coming from the idea of self-organization in micro-economics while the second stems from self-organization in algorithms and distributed computing. Both inspired by the self-organization of labour in hyper-organisms such as beehives and ant colonies. Actually the last years, these novel fund-raising and resource-management ideas, operating via ad hoc assembled “crowds”, interested in specific science projects small or big, drew the attention of the scientific and research community to the extent that “Nature” and “Science” journals keep running special editorials to cover it.
Evidently such actions liberate the scientific workforce from contractual, ordered, research and the constrains of “Big-Science”, “Big-Pharma” and other “Big-Money” guidelines. Moreover and most importantly: by actively engaging every interested party they promote, in the most efficient way, public awareness via public participation. One hopes that creative forces will be released towards aims and scopes concerted with our committee’s own.
Complexity science, as system science before it, have developed the necessary tools and concepts to deal with such emerging self-organization. The call, the imperative, is the formation of polycentric, networks where projects and ideas are shared and circulated among a network of organizations, laboratories and individuals. The Scientific and Medical Network in many ways is such a network. Although people and organizations within the Scientific and Medical Network are indeed self-organized and engage in dialogue, along a polycentric scheme, it is not so for the projects that have been developed and are developing through and by the Network. These remain still quite mono-centric and basically still hierarchically stratified. Noting the absence of cooperative research projects aiming in basic and applied research activities with a long term horizon, I think it is within our reach to encourage and support the formation of Multi-state and multi-stake cooperatives of individuals and labs. Imagine this new kind of network as a village, or even better, as an organism like a “Mycelium”. Flexible, self-organized, exchanging energy, ideas and nutrients with its environment. Open to societal changes and needs yet resilient and growing, where it can grow, or keeping its ground and preparing to grow where it cannot grow. We can give birth to a live and resonant network of people, ideas and projects. We can definitely envision it and organize it in such a fashion. To this end, it goes without saying, that I would be happy to share my recent experiences on the subject.
What differences do you think an extended science would make to your field, and in general?
My hope is that by considering an extended science, as sketched above, many unanswered questions will resurface allowing us to be able to move beyond accepted unquestioned answers. Many will be the questions that will find new a framework for investigation. For example, the question of information, memory and knowledge dynamics; what are the plausible frameworks where we can ask whether or not Nature has a mind of her own? What are the substrata that awareness/cognition/intelligence require to express themselves? (A ‘field’? What kind of a field? Can there be any observables associated with it? In what sense they are measurable or felt? How to verify its reality? etc). Of course the big question of Consciousness will also ask for accommodation. And this will be the major difference!
Any other observations you may have.
Happy to be part of such a project. It resonates with my aspirations and future planned activities, broadly and deeply. Hope it will have a long term horizon too.
Some References: [1] “Encountering Complexity: in Need for a Self-Reflecting (pre)epistemology”, chapter by V. Basios, in “Endophysics, Time, Quantum and the Subjective”, edited by R. Buccheri, A.C. Elitzur and M. Saniga, World Scientific Press (2005). DOI: 10.1142/9789812701596_0029
[2] “Complexity, Interdependence & Objectification”, chapter by V. Basios, in “Filters and Reflections: Perspectives on Reality”, edited by by Z. Jones, B. Dunne, E. Hoeger and R. Jahn, ICRL Press, Princeton, NJ, 2014.
[3] “Goedel’s other legacy and the imperative of a self-reflective science”, article by V. Basios and E. Bouratinos, in “Horizons of Ttuth: Goedel Centenary”, University of Vienna 2006. Journal-ref: Kurt Goedel Society Collegium Logicum, vol. IX, pg. 1-5, 2006, also available in arXiv:1411.3756
[4] “A Science Towards the Limits”, essay by E. Bouratinos, Scientific & Medical Network (2003) https://old.scimednet.org/content/science-toward-limits
Response from Hardin Tibbs
A Commission for Extended Science
Notes to the SMN Commission by Hardin Tibbs, 31 October 2016
In Which Direction Should Science Extend?
One way to describe “extended science” would be to identify it as an extension from physical to non-physical.
This seems to me problematic in various ways.
One minor concern is that the concept “non-physical” works in opposition to “physical” and therefore tends to maintain “physical” as a dominant category.
A more serious concern goes as follows:
- As a concept derived from basic human experience, physicality essentially implies sensory force-feedback from the environment. This has historically been interpreted as depending on or demonstrating the existence of an independent physical reality – but as virtual reality technology has now demonstrated, sensory force-feedback can be entirely simulated.
- Physicality therefore fundamentally refers to the engagement of sensory phenomena by a discernible self-image (i.e. body). The familiar classical example is the biological body experiencing the physical world.
Let us suppose the persistence of the individual self beyond biological death. It might be expected, and in fact is reported from NDEs, that the self would still operate through a self-image of some kind. This would facilitate self-expression, self-presentation to others and hence communication and interaction, and would also provide the context for subjective experience.
In other words, as long as there is individual subjective experience the self is likely to operate through a self-image. Thus at the biological level of existence the biological body forms from its biochemical environment as a kind of holographic image of the deeper self. And at successively refined levels of existence (short of complete reabsorption into cosmic unity), the individual self would continue to experience itself as having a “body” or self-image of some kind.
This “body”, however refined and mutable, would presumably experience itself as interacting palpably with its sensed environment, even if the senses in question were analogous “inner” senses rather than biological senses. Its sensed environment would therefore have a property that would be best described as “physicality” even though it would be a physicality as correspondingly rarified as the self-image.
Thus something corresponding to “physicality” probably exists at all levels of existence, but not all forms of physicality would be directly perceptible from all levels of existence.
For these reasons, it seems to me that “physical” versus “non-physical” is not the best distinction to use for describing an extended science.
Alternatives
What alternative distinctions other than “physical” versus “non-physical” are available?
One alternative would be to identify “extended science” as extending from acknowledged phenomena associated with currently known physicality, to unacknowledged phenomena associated with currently hidden or unseen levels of physicality.
The rationale for this distinction is that there are many phenomena that are not acknowledged by mainstream science, which prevents their inclusion. In fact it is precisely the existence of these neglected phenomena which gives plausibility to the idea of an extended science.
Another approach might be the concept of a new “metaframe” for science.
A New Metaframe For Science
It is now widely accepted that science, despite being a remarkably successful source of understanding and useful technology, only describes a part of reality. As long as science is regarded as a means of developing codified knowledge, rather than as being a body of established knowledge, it could in principle expand to include aspects of reality that seem at odds with current scientific assumptions.
Such an expansion is actually necessary now because science has come to dominate cultural thought, and its current orthodoxy is likely to impede future human progress unless it is extended – otherwise it may be sidelined altogether. This can be seen in the many small signs that the prestige of science is slipping and it is at risk of being rejected, though this is hardly a desirable outcome since anti-science is not a constructive way forward.
For the range of science to be extended its underlying assumptions about the nature of reality would have to expand. Such an expansion goes beyond a paradigm shift in the Kuhnian sense, which usually arises within a particular area of science, and would be better described as the emergence of a new metaframe for science as a whole. Many scientists, such as Rupert Sheldrake, have in effect pointed to the need for a new metaframe, and some such as Fritjof Capra have identified its emergence as being part of a wider cultural transition.
Certain aspects of reality cannot immediately be brought into science as we think of it, but many phenomena on the penumbra of the current metaframe are already being treated in a science-like way (for example acupuncture) effectively demonstrating the plausibility of extension. The essential method of science (cf. Steiner) would still apply, but the background assumptions about reality would need to change in a way that allows new knowledge to be integrated with the existing content of science.
The source of resistance to this from within the scientific community is that a variety of borderline phenomena (such as orgone energy) cannot be brought into science without breaking the current metaframe. Einstein is the scientist best known for articulating this type of conflict, in his commentary on the difficulties of quantum theory. He wanted to resolve his concerns by extending quantum theory in a way that would bring it back into the classical metaframe. But when the thought experiments he devised to conserve the classical metaframe, such as the EPR Paradox, eventually became actual experiments they showed a violation of the classical metaframe. Quantum theory is in fact a paradigmatic case of the need for a new metaframe, and the many efforts of interpretation occurring around quantum theory are evidence of this (e.g. most recently quantum information theory).
A new metaframe on its own will not be enough to extend science. Scientists themselves would also need to expand their mindsets to include or adapt to the new metaframe. Furthermore, the science emerging from the new metaframe would confer new insights and powers likely to overwhelm the existing ethical and political frame of society. So scientists or others, conceivably artists, would also need to undertake some form of social research to discover how the new insights and powers could be handled responsibly. In this sense the new metaframe of science would also be a new cultural metaframe. Its full development would require a kind of anticipatory exploration of the kind science fiction has typically offered – except that science fiction has for many years also been languishing inside the existing metaframe.
Other Alternatives
Many other possible alternatives for identifying the direction or dimensions of “extended science” can be listed, in the spirit of brainstorming, in no particular order:
(this list shows either “from…to…” or “both…and…”)
– outer-sensory (objective) to inner-sensory (subjective) – theoretic to “native” (unfiltered) perception – nothing-but epiphenomena to real in themselves subjective phenomena – acknowledged to unacknowledged phenomena – “gross” physical reality and “fine” physical reality (traditional description) – invalidation to revalidation of subjective experience – reason and intuition – empirical and revealed – cognitive and felt knowing – ideological (materialistic) to non-ideological – ideological falsification to empirical falsification – laws of science to nomological machines (cf. Nancy Cartwright) – closed to open belief systems – impersonal to intersubjective – quantitative and qualitative (a science of qualities) – logical and archetypal mentation – serial to parallel perception – diachronic and synchronistic – prior-causal and retro-causal – entropic and syntropic – random occurrence to intelligent supervention – horizontal and vertical causation (cf. Wolfgang Smith) – isolated parts to connected wholes (this extension has already happened) – biology as machine to biology as hologram – mechanistic-inert to living conscious systems – non-purposive to purposive systems – biological to supra-biological beings – interacting with lower intelligences and higher intelligences – single-mode to multi-mode reality (e.g. quantum theory) – fixed to flexible reality – closed holons to open holons
Response from Dr. Eben Alexander
Thank you for inviting my thoughts on this most important effort.
In your own field, and in general, what do you consider to be the major limitations of science, as it is currently understood and practiced? How would you like to see these limitations addressed?
After more than 20 years spent as an academic neurosurgeon, my personal near-death experience (NDE) in a week-long coma due to overwhelming gram-negative bacterial meningitis in 2008, during which neocortical destruction led to a paradoxical enhancement of phenomenological experience, completely devastated my prior erroneous notions of materialist neuroscience suggesting that the physical brain might somehow create consciousness out of purely physical matter. Early on, I was forced back to first principles in my efforts to fathom what I had experienced. I would define these first principles as starting with: “the only thing any human being knows to exist is the inside of her/his own consciousness.”
As much as human brain/mind might be exceedingly clever at convincing us otherwise, we have never experienced any part of the “world out there” (which includes our brains and bodies, which are “out there” in the perceived world) directly – we have only experienced the internal construct, the model within mind, that we presume to be a fairly accurate representation of the reality “around us.” One cannot lose sight of this “supreme illusion,” as I often refer to it, if one is to arrive at a deeper understanding of the nature of consciousness, and of reality, itself.
The notion of the “collapse of the wave function,” that the conscious observing mind precipitates an emergent actuality out of the infinite cloud of possibilities in the subatomic world, applies to all of reality, not just to subatomic observations that are carefully constructed in a quantum mechanical experiment. The results of experiments in quantum physics thus serve as the “smoking gun” to indicate that all of reality is quantum, which is simply another way of saying that consciousness is fundamental in the universe: that all of the observable universe since before the Big Bang (and all of the rest of the Cosmos that exists anywhere/anywhen) emerges from consciousness itself.
The general notion among some physicists that the subatomic world is quantum and that the macroscopic (human sized, or generally anything larger than a buckyball) world is classic/Newtonian, and that there is some level at which one might apply the “Heisenberg cut” between the two, is a rough assumption/approximation that might be convenient for modeling, but is not part of the underlying reality. All of it is quantum, not classical. And this has tremendous implications all around, including our very notions of time flow and causality, spatial extent and tridimensionality, etc. To even begin to approach a deeper understanding of consciousness and the mind-body question (which is what every bit of this is about) will require significant reworkings of our notions of mass, energy, space, time and all of causality. Any true Theory of Everything must begin with a far more robust understanding of the fundamental mechanisms of consciousness ‘s interaction with the physical world (something Roger Penrose, Henry Stapp, Brian Josephson, William Tiller and other physicists would agree with, I suppose).
My emerging world view is one that thus sees all of phenomenological human experience (all of the contents of mind or consciousness “in the now,” and all memories of such a string of “nows,” for all sentient beings throughout the cosmos) as existing as a pure informational domain out of which all of reality, and all potential realities, are based. The entire physical universe is a projection from that phenomenological domain. The phenomenological mental experience is what truly exists, and it generates the physical world as its very strong “illusion” of reality. It is when we observe that illusory physical reality closely enough, through the subatomic assessments of quantum physics, that we detect the absolutely crucial role of consciousness in guiding the emergent actuality out of the cloud of possibilities.
This discussion is fundamentally all about the mind-body debate. Along the spectrum from complete physicalism, through various blends of dualistic interpretations, all the way over to ontological idealism, I feel that only the latter (ontological idealism) is defensible from the first principles mentioned above. Assuming there is but one truth, I believe that all of the dualistic positions relating mind and brain must be convenient half-way points for discussion, but none of them would be the final deep truth about mind and/or brain. The physicalist position has never gone anywhere (given the extreme depth of the “hard problem of consciousness,” or what might better be called “the impossible problem of consciousness” if one is approaching from the handicapped stance of pure physicalism). The evidence that the physical brain is not the producer of consciousness emerges from such common phenomena as terminal lucidity, acquired savant syndromes, numerous recent experiments assessing the great decrease in junctional region brain activity seen in the most extraordinary psychedelic drug trips (vide infra), and is suggested by the overwhelming evidence for non-local consciousness in the form of telepathy, precognition, presentiment, out of body experiences, remote viewing, near death and shared death experiences, death bed visions, after death communications, past-life memories in children indicative of reincarnation, etc.
The main impediment to scientific progress thus arises from what I view as the false assumption that the physical world is all that exists. My current beliefs align with those of William James in that the spiritual realm offers up “The More,” which I view as a top-down organizational principle that sets the stage for true evolution on a grand scale, that is evolution of information and understanding of the nature of the universe, aligned with a structure suggestive of meaning and purpose in our existence. In many ways, I see this grander evolution of consciousness as the reason the entire universe exists – this astonishing “self-awareness” of the universe for itself, manifest at the smallest level through the self-awareness of individual sapient beings, is tightly interwoven with the purpose of all evolving consciousness.
The scientific method applied to entities within the physical world thus contributes to our deeper understanding of the nature of reality in cases where we encounter inexplicable gaps in the causal chain. For example, several recent studies of the psychic actions of serotonin-2a-type psychedelic drugs, assessed through fMRI (and in some cases also by magnetoencephalography [MEG]) found that the most profound psychic experiences correlated with the greatest inactivation of key junctional regions within the brain (notably the thalamus, the medial prefrontal cortex [mPFC], and the anterior and posterior cingulate cortex [ACC & PCC, respectively]). Although surprising to materialist neuroscientists who postulated that the physical brain was the producer of consciousness, this finding is quite consistent with the more expanded view of the mind-brain relationship first suggested by the likes of William James, Frederick W.H. Myers, Henri Bergson and others around the dawn of the 20th century, and which completely aligns with views forced on me by my profound near-death experience in a case of extreme meningo-encephalitis. It is also one that would have greatly satisfied Dr. Wilder Penfield, one of the most renowned neurosurgeons of the 20th century, whose 1975 book The Mystery of the Mind, summarizing his decades of work electrically stimulating the brain in awake patients, clearly states that mind and free will are far too grand to be explained by the workings of the brain alone (see my 2nd Missouri Medicine pdf “The Last Word,” attached below for more). This grander view is known as filter theory: it views the brain as a reducing valve or filter (a “permissive” system) that limits primordial/universal consciousness down to the constricted version experienced most commonly by human beings as our “normal, waking consciousness,” as well as that encountered in dreams, under the influence of psychedelic drugs, and in certain other extreme physiological conditions (near-death), and all manner of “spiritually-transformative experiences” (or STEs).
Filter theory enlarges the theater of operation of human experience outside of the simplistic assumptions of the local here-and-now of physicalist science. Although some might complain that it merely “moves the goalposts” compared with the physicalist views (i.e., production model, or “brain-creates-consciousness”) it replaces, in actuality it greatly expands the explanatory potential not only for all manner of exotic human experiences, but also for a fundamental understanding of consciousness and the relationship of brain and mind as it pertains to “normal waking consciousness.” Some might see the price paid for this expanded world view, i.e. that the entire higher-ordered chain of causality outside of the physical realm now demands a new understanding, as too much to swallow, but I believe it will prove fruitful in reaching a deeper understanding of all of causality.
Another primary constituent of this evolving view of reality is that consciousness is fundamental, and that in fact better elucidation of the measurement paradox in quantum physics is essential in deriving any more meaningful version of the nature of reality. Specifically, I believe that experimental assessment as exemplified by Dean Radin’s work evaluating the role of long-term meditators influencing the double-slit experiment offers an interesting look at the notions of complementarity, and especially the potential for mind to influence physical matter in a limited but well-defined fashion.
A major problem results from our era of super-specialization, given the grand scale of conscious experience. Physics and neuroscience, as currently practiced, fail to encompass the full scale of the question of consciousness. Also, in this era of ‘publish or perish’ and during the reign of “p < 0.05” (allowing too many false positive studies by failing to be strict enough), not to mention the old boy’s network of the scientific publications business (i.e. that the “safest studies” to get published are those supporting the status quo or providing some “new” finding [supporting the old paradigm], as opposed to corroborating an old finding [“replicative studies”] or a negative attempt at demonstrating a new finding) — all these factors lead our current scientific literature (especially in biomedicine) into a “canoe rocking in stormy waters.”
We need longer term studies focused on bigger questions, properly performed without as much prejudice in interpreting the results — essentially, a more open mind, unrestricted by the limitations of the predominant (materialist) paradigm. Mainly, we should just do better what science has been claiming to do all along: pay attention to all of the empirical evidence, without rejecting that which does not support the reigning paradigm, with as open a mind as possible.
What new methodologies and ontology would you propose?
Personal experiences, or “anecdotes,” are absolutely crucial in understanding consciousness — one cannot limit oneself to double blind randomized controlled trials as the only avenue towards scientific knowledge. As Richard Feynman said during his Nobel Prize acceptance in 1965, “A very great deal more truth can become known than can be proven.” I believe rich insights as to the nature of reality can be revealed through meditation and going within. Our language can only help in conveying those more-earth-like experiences for which it is best suited (the deeper truths we can come to know through our own deep explorations into universal mind, but we are all capable of going within).
As a healer, I have also come to believe that spiritual wellness plays a crucial role for any true physical, mental, or emotional health. This can be more readily achieved by effective use of centering prayer, meditation, and generally “going within” to manifest the optimal outcome, in self and others.
What differences do you think an extended science would make to your field, and in general?
The only way out of our current confusion is to greatly enlarge our mind to all of the possibilities (including “the More” beyond the physical, observable universe), and to honor all of the empirical evidence.
I look forward to your final compilation!
With warm personal regards,
Eben