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Cynthia Sue Larson Interviews Seán Ó Nualláin

Cynthia Sue Larson with Seán Ó Nualláin

Cynthia Sue Larson with Seán Ó Nualláin

I met author Seán Ó Nualláin at the Foundations of Mind conference that Seán organized and facilitated in Berkeley in February 2014. The first Foundations of Mind conference took place in 1995 in Sheffield, England, with other past conferences taking place in Dublin, Ireland, and this marks the first year that these conferences have taken place in the United States.

What’s impressed me most about Seán is his single-minded dedication to facilitating a truly extraordinary and groundbreaking series of scientific conversations that recognize areas of true progress toward a more complete understanding of consciousness–which is my favorite subject! You can glean a sense of the excitement generated by continuing seminars and talks facilitated through Seán’s Foundations of Mind in this last sentence of it’s mission statement:

“We remain open to the idea that reality is an entangled nexus and that we cannot truly perceive without changing it. That has, of course, been accepted in physics since the 1930s; but the consequences may be quite different than you imagine. We invite you to our conferences and workshops to explore this.”

I’m deeply grateful to Seán for granting me this interview where he tells us about his new book, One Magisterium, and new course on consciousness, Neuroscience and Philosophy of Mind.

Cynthia: First, I’d love to thank you for organizing the Foundations of Mind conference and seminars that I’ve so greatly enjoyed attending this year. There’s something truly extraordinary happening at this time in history, that I most keenly sense when reading your books and attending the Foundations of Mind events you’ve sponsored. I get a sense that we’re on the verge of a great intellectual revolution having to do with a whole new way of comprehending consciousness. What most inspires you to explore the subject of consciousness, and how do you feel this subject is important at this time?

OneMagisteriumSeán:  About the times we live in, Jacob Needleman put it very well in his blurb for my new book, “One Magisterium” (CSP, Sept 2014); “From first page to the last, a sustained and dazzling burst of light illuminating the fundamental questions and the presumed “answers” within the scientific, philosophical and spiritual world now radically changing before our eyes.” Consciousness is one way into this phenomenon of the “scientific, philosophical and spiritual world now radically changing before our eyes.” Scientists in general are naturally uncomfortable with the subjective world; there is indeed a case that it is best left to artists and spiritual guides. Yet we can say some coherent and responsible things while remaining responsible scientifically.

Cynthia: You raise an important point that many scientists are reticent to publicly discuss subjective experience, even though their own subjective experiences are primary motivators behind the scientific research they do. There seems to be a difference of opinion by many people that if there is to be but “One Magisterium,” or primary way of comprehending reality, it will be based on science, while others feel it should be primarily spiritual. Do you sense humanity is on the verge of finding a way to reconcile these differences, perhaps starting with saying some coherent, responsible things about consciousness?

Seán:  Great question! Of course, historically the magisterium is church teaching. The Galileo incident put paid to that; not so much Galileo’s  contemporary clerical opponents, who were actually quite sophisticated, but the retards who were pushing biblical geocentrism well into the 19th century.

After SJ Gould, there is a consensus that Galileo’s  contemporary clerical opponents are correct; the magisterium of the Church is faith and morals (“how to go to heaven”), and that of science external reality (“how the heavens go”). As an Irish recovering Catholic, I was particularly engaged in this debate; the fact that it still goes on is attested by the recent movie “Cavalry” with Brendan Gleeson as a rural Irish priest with nothing to offer eventually except his willingness to die as an expiation for the rape of children by his church.

Ironically, it was a Belgian Priest (George le Maitre) who invented modern cosmology with his notion of the singularity/ “primeval atom.” Yet he vociferously protested against the Vatican’s adopting this as proving the biblical account of creation………

On the other side, we have “thinkers” like Dawkins and Harris who argue that science has advanced enough to come to moral conclusions. Dawkins’ autobiography is interesting; it looks like he had the makings of a decent computational biologist before the “selfish gene.” On the other hand, there are too many kludges in his early experimental apparatus for his results to be credible. The Harris case is simpler; after Ed Vul, who spoke at Foundations of Mind (FoM), we frankly do not have to believe any fMRI results of the kind Harris adduces.

I leave this answer with a few more trends the book addresses;

–       Why is it that the people who believe in a religious basis (from Mother Teresa to Mathieu Richard to yes, Michelle Bachman) tend to work hardest for others? The notion of an objective realm of morality seems vital
–       What of subjectivism in the arts? Currently, young  Americans are deserting the only sophisticated arts form created here ie jazz
–       What of the mess Google and others are making of natural language processing?The book and course put a lot of these issues together.

1841500216.SearchForMindCynthia: I am very much looking forward to reading your new book, “One Magisterium”! What I find personally most significant about your previous books, including The Search for Mind and Being Human: The Search for Order is the apparent ease with which you bring ideas together from a multitude of disciplines to create a cohesive holistic presentation of consciousness at a level that I’ve seen few other authors match. There appears to be a larger picture view of “how the heavens go” than some more narrowly focused scientists and authors recognize. How would you advise those interested in getting caught up to speed with new findings about the nature of consciousness to begin?

Seán:  Cognitive Science completes the circle of explanation in the sciences. It can also hint at solutions to moral and aesthetic dilemmas, often explained away through postmodernism/subjectivism. It must obey laws of inheritance of facts and constraints; just as biology inherits facts and constraints from physics, so must Cognitive Science inherit facts and constraints from biology. These include conservation laws (physics), chaotic dynamics (both biology and physics); and it is likely therefore that concepts like harmonic oscillators and bifurcations should be pervasive in Cognitive Science.

Yet the situation is more complex. For example, the concept “information” in physics has an energetic dimension (Landauer), a spatial dimension (Susskind) and, as quantum theory teaches us, it determines to some extent what we considered objective reality. Likewise, it is arguably impossible to continue discourse about biology without granting that codes/syntax are intrinsic to the subject. Cognitive Science also inherits these constraints.

1841500887.BeingHumanWe must go deeper still. We find that mathematics, the most elliptical and precise language with which we describe reality, constrains us in certain ways. Tensors of various orders, from scalars through vectors to the Riemann and Ricci tensors, are distinct with the latter two not describable in terms of the former. Our explanation patterns in Cognitive Science must honour this. So fMRI, which specifies a scalar, cannot be an explanation of mind, nor can vectors; it is a category error to suggest they can.

Our explanation patterns in Cognitive Science must also honour what we learned in the 20th century from Gödel, Church et al about the limits of formal systems. This can paradoxically leave us open to non-deterministic thought. So we can indeed, following Gödel, Schrödinger and other greats, assert the existence of the spiritual while remaining completely scientifically responsible. However, we are not going to get a “solution” to the so-called “hard problem,” an algorithm mapping all neural data to experience; that is also a category error. We are going to be able to argue for a substratum of subjectivity and indeed free will in conscious experience while remaining scientific. The job of eliciting subjective states belongs to great artists and spiritual leaders, of whom we have a decreasing number.

Cynthia: I can see that you’ve accurately identified some rather serious shortcomings currently being made by many researchers and authors–that they are making category errors at critical junctures. I love the work you’ve been doing with your Foundations of Mind conference series and your new book, “One Magisterium” to help people realize the importance of building upon sturdy foundations of knowledge in philosophy, math, physics, biology, linguistics, and computer science. Clearly there is no need for a high-tech new-fangled version of phrenology to provide a solution to the so-called “hard problem” of why people have subjective experiences of consciousness using fMRI. And clearly there is a need to create and test scientific hypotheses for how free will and other cognitive functions operate. How important do you feel it to be that cognitive science and consciousness researchers adopt a common language, and how would you envision such a shared common language being formed?

1556191898.TwoSciencesMindSeán:  In 1997 I published the book Two Sciences of Mind (it precedes Shambala’s use of this phrase) to indicate the necessaity for a distinction between what Needleman called “inner” and “outer” (cognitive science ) empiricism.

In my course, you’ll find certain intersections; the Noe/O’Regan/Freeman work on sensorimotor behavior, which is common to cognitive science and consciousness research. Yet that does not extend into domains like the arts, where artists are using a much larger palette precisely to specify inner states.

Cognitive science  can tell us that jazz uses much more complex computations than rap; in fact we can specify the stack in say Beethoven’s 5th, whose opening has a fractal structure. That may lead us to suspect there is something more going on, the opening to objective  reality that Beethoven felt he was doing. And at that note of opening to reality of I’d like to end this interview; it is precisely this sense of an objective world to which we must conform and which can edify us that we in the west have lost. To regain the respect of fundamentalists like ISIS, we might consider this instead of just bombs.

Cynthia: Thank you, Seán, for making time for this interview, and for sharing news of your new book and your course on consciousness, Neuroscience and Philosophy of Mind.  I’m glad to announce that this online course is available to students anywhere in the world, and it starts this September 2nd. For a cost of $75 US, this course is a bargain, since this is the same course taught for credit at Stanford University by the same instructor, and students who complete this course will receive certificates of completion. It includes video presentations from the entire proceedings of the 2014 Foundations of Mind conference, and  I encourage all interested to learn more at:  and to register online at:



The Science of Finding Lost Things

Cynthia Sue Larson

How to Find Lost Things with Quantum Jumping 

While I do my best to stay organized in order to minimize misplacing or losing things, every now and then something manages to get misplaced… and sometimes by the time I discover it’s missing, I need it right away. I’ve also noticed that I’m most likely to notice something missing when I’m in a hurry to go somewhere and don’t have a lot of time to search.


The first step in finding something that’s gone missing is to conduct a basic search, making sure that it’s not actually right nearby and we somehow missed it. A good basic  search involves:

(1) Retrace your steps to where the item was last seen and where it might have traveled,

(2) Ask anyone nearby if they’ve seen it,

(3) Ask the item to show itself by asking aloud a question my mother taught me when I was very young, “Now if I were ____________, where would I hide?” 

(4) Tidy things up while searching. Putting things together with other similar items creates a systematic process of elimination, making it easier to spot the missing item.


Expanding search categories so more of your brain is involved in your search is a natural process. Researchers at UC Berkeley have found that your brain calls in backup to find lost things. We typically organize objects in one of 1,000 categories in our mind, in such a way that when we see something we can assign it to a logical and easily retrievable location in memory. While this may not in itself be all that remarkable, recent neuroscience studies conducted at UC Berkeley have shown that when study participants are asked to look for something in particular, such as a person, their brains can be seen to widen the net of possible categories:

“… their brains also commandeered the brain regions responsible for perception of animals, body parts, action verbs and natural minerals and shifted them toward the perception of people. Likewise, when participants were seeking vehicles, the categories of tools, devices and structures were also stimulated by representations of vehicles.”


If you’ve tried all the above steps and still can’t locate your missing item, it’s time to pull out all the stops and resort to some truly amazing natural processes. As it turns out, nature knows a few tricks that physicists don’t, including how to utilize quantum coherence in natural processes such as photosynthesis. What does this have to do with finding lost things? Plenty. Just as scientists are now learning that plants try all possible pathways in order to maximize efficiency of light absorption in cells by virtue of a process called quantum coherence–so too can we take advantage of the fact that as many physicists believe, we and every object around us exists in a superposition of states.

The basic concept is this. If you’re looking for lost keys, for example, envision there is more than one reality in which your keys exist. In some realities, your keys seem to be gone, and in others your keys are nearby in a perfectly accessible place. You are now seeking one of many possible realities in which your keys return to you. Without getting overly concerned with which particular realities have your keys and which don’t, it’s best to adopt the attitude seen in many a “Missing” poster that reads, “No questions asked.” In the realm of quantum physics, in which Shrödinger’s cat is either alive or dead, we don’t so much care about the details as to which of many possible universes the keys come back from, as long as they do return.

Reality ShiftsOnce you’ve focused your attention on what you’re seeking, so as to expand your ability to find it (with more of your brainpower actively being put to work), it’s time to lighten your mood a little… and relax. Saying “Hope for reality shift!” the way my daughters did when they were young is actually an excellent way to feel a bit more light-spirited, thereby making it easier for you to make a jump between parallel worlds of possibility. What this phrase lacks in sophistication it more than compensates in successful returns of missing things–often either in places already thoroughly checked, or rather unexpected locations one would not expect (such as my toddler’s favorite juice cup suddenly perched atop the refrigerator, or water shoes resting atop my daughter’s pillow, or my favorite jewelry tucked inside a dresser drawer). When lost objects reappear, they often seem a little shy… preferring to quietly sneak into an out-of-the-way location, rather than startling people by exuberantly popping into existence right before their very eyes.

I hope you’ll feel inspired by reading real-life reality shift stories posted at RealityShifters and included in the book, Reality Shifts: When Consciousness Changes the Physical World. Sometimes, all it takes is a little bit of hope that missing things really can reappear… right out of the blue… and they do!


Dowsing is a great way to find lost things. I’ve had excellent success finding lost things using pendulum method that involves just my fingers–so no extra equipment is required. To use the hand dowsing method, you will create circles by touching your left thumb to left forefinger, and right thumb to right forefinger. These ‘circles’ can be intersected, so you have created a two-link chain. With this system, I’ve found “lost” family members in crowds of thousands of people very quickly, able to walk directly to them! The dowsing works through muscle strength. The idea is that when you are thinking or saying something you agree with or know to be true, such as, “I am alive,” your muscles will hold strong, even as you tug your hands away from one another, trying to pull the circles apart. If you think or say something you know is untrue, such as, “I am dead,” you will get no such strong support from your muscles, and your hands will easily separate as you pull them apart. Once you’ve tried out hand dowsing a few times to get familiar with how it feels when you get a “yes” or “no” response, you can use it to locate people in crowds (by asking yes or no questions as to whether they’re ahead of or behind you), and to locate lost objects.



Ball, Philip, “The Dawn of Quantum Biology,” Nature, 16 June 2011

Draxler, Breanna, “Your Brain Calls in Backup to Find Lost Things,” Discover Magazine, April 2013

Larson, Cynthia, Reality Shifts: When Consciousness Changes the Physical World, 2012

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