Category Archives: consciousness

Book review – Life 3.0: Being Human in the Age of Artificial Intelligence, by Max Tegmark

Max Tegmark’s new book, Life 3.0: Being Human in the Age of Artificial Intelligence, introduces a framework for defining types of life based on the degree of design control that sensing, self-replicating entities have over their own ‘hardware’ (physical forms) and ‘software’ (“all the algorithms and knowledge that you use to process the information from your senses and decide what to do”).

It’s a relatively non-academic read and well worth the effort for anyone interested in the potential to design the next major forms of ‘Life’ to transcend many of the physical and cognitive constraints that have us now on the brink of self-destruction. Tegmark’s forecast is optimistic.

Wild systems theory (WST) – context and relationships make reality meaningful

Edward has posted some great thoughts and resources on embodied cognition (EC). I stumbled on some interesting information on a line of thinking within the EC literature. I find contextualist, connectivist approaches compelling in their ability to address complex-systems such as life and (possibly) consciousness. Wild systems theory (WST) “conceptualizes organisms as multi-scale self-sustaining embodiments of the phylogenetic, cultural, social, and developmental contexts in which they emerged and in which they sustain themselves. Such self-sustaining embodiments of context are naturally and necessarily about the multi-scale contexts they embody. As a result, meaning (i.e., content) is constitutive of what they are. This approach to content overcomes the computationalist need for representation while simultaneously satisfying the ecological penchant for multi-scale contingent interactions.”While I find WST fascinating, I’m unclear on whether it has been or can be assessed empirically. What do you think? Is WST shackled to philosophy?

Can one person know another’s mental state? Physicalists focus on how each of us develops a theory of mind (TOM) about each of the other people we observe. TOM is a theory because it is based on assumptions we make about others’ mental states by observing their behaviors. It is not based on any direct reading or measurement of internal processes. In its extreme, the physicalist view asserts that subjective experience and consciousness itself are merely emergent epiphenomena and not fundamentally real.

EC theorists often describe emergent or epiphenomenal subjective properties such as emotions and conscious experiences as “in terms of complex, multi-scale, causal dynamics among objective phenomena such as neurons, brains, bodies, and worlds.” Emotions, experiences, and meanings are seen to emerge from, be caused by or identical with, or be informational aspects of objective phenomena. Further, many EC proponents regards subjective properties as “logically unnecessary to the scientific description.” Some EC theorists conceive of the non-epiphenomenal reality of experience in a complex systems framework and define experience in terms of relational properties. In Gibson’s (1966) concept of affordances, organisms perceive behavioral possibilities in other organisms and in their environment. An affordance is a perceived relationship (often in terms of utility), such a how an organism might use something–say a potential mate, prey/food, or a tool. Meaning arises from “bi-directional aboutness” between an organism and what it perceives or interacts with. Meaning is about relationship.

(A very good, easy read on meaning arising from relationships is the book Learning How to Learn, by Novak and Gowin. In short, it’s the connecting/relating words such as is, contains, produces, consumes, etc., that enable meaningful concepts to be created in minds via language that clarifies context.)

Affordances and relationality at one level of organization and analysis carve out a non-epiphenomenal beachhead but do not banish epiphenomena from that or other levels. There’s a consideration of intrinsic, non-relational properties (perhaps mass) versus relational properties (such as weight). But again, level/scale of analysis matters (“mass emerges from a particle’s interaction with the Higgs field” and is thus relational after all) and some take this line of thinking to a logical end where there is no fundamental reality.

In WST, “all properties are constituted of and by their relations with context. As a result, all properties are inherently meaningful because they are naturally and necessarily about the contexts within which they persist. From this perspective, meaning is ubiquitous. In short, reality is inherently meaningful.”

2. Jordan, J. S., Cialdella, V. T., Dayer, A., Langley, M. D., & Stillman, Z. (2017). Wild Bodies Don’t Need to Perceive, Detect, Capture, or Create Meaning: They ARE Meaning. Frontiers in psychology8, 1149. Available from: https://www.frontiersin.org/articles/10.3389/fpsyg.2017.01149/full [accessed Nov 09 2017]

BMAI members repository copy (PDF): https://albuquirky.net/download/277/embodied-grounded-cognition/449/wild-systems-theory_bodies-are-meaning.pdf

State of AI progress

An MIT Technology Review article introduces the man responsible for the 30-year-old deep learning approach, explains what deep machine learning is, and questions whether deep learning may be the last significant innovation in the AI field. The article also touches on a potential way forward for developing AIs with qualities more analogous to the human brain’s functioning.

Future discussion topic recommendations

Several of us met on Labor Day with the goal of identifying topics for at least five future monthly meetings. (Thanks, Dave N, for hosting!) Being the overachievers we are, we pushed beyond the goal. Following are the resulting topics, which will each have its own article on this site where we can begin organizing references for the discussion:

  • sex-related influences on emotional memory
    • gross and subtle brain differences (e.g., “walls of the third ventricle – sexual nuclei”)
    • “Are there gender-based brain differences that influence differences in perceptions and experience?”
    • epigenetic factors (may need an overview of epigenetics)
  • embodied cognition
    • computational grounded cognition (possibly the overview and lead-in topic)
    • neuro-reductionist theory vs. enacted theory of mind
    • “Could embodied cognition influence brain differences?” (Whoever suggested this, please clarify.)
  • brain-gut connection (relates to embodied cognition, but can stand on its own as a topic)
  • behavioral priming and subliminal stimuli (effects on later behavior)
  • incremental theory – “The Dark Side of Malleability”
  • creative flow as a unique cognitive process
  • Eastern philosophies and psychology – a psychology of self-cultivation
  • neuroscience of empathy – effects on the brain, including on neuroplasticity (discussed October 2017)
  • comparative effects of various meditative practices on the brain
  • comparative effects of various psychedelics on the brain
  • effects of childhood poverty on the brain
  • neurocognitive bases of racism

If I missed anything, please edit the list (I used HTML in the ‘Text’ view to get sub-bullets). If you’re worried about the formatting, you can email your edits to cogniphile@albuquirky.net and Mark will post your changes.

From intersubjectivity to interbeing

I was reminded today of this seminal paper by Evan Thompson with the above title. The premise:

“Human consciousness is not located in the head, but is immanent in the living body and the interpersonal social world. One’s consciousness of oneself as an embodied individual embedded in the world emerges through empathic cognition of others. Consciousness is not some peculiar qualitative aspect of private mental states, nor a property of the brain inside the skull; it is a relational mode of being of the whole person embedded in the natural environment and the human social world.”

‘Entangled’ consciousness app approaching release

The Global Consciousness Project, Institute of Noetic Sciences (IONS, for which I was once Hawaii state coordinator) and Princeton Engineering Anomalies Research (PEAR) are collaborating to release a smart phone app, Entangled, that aims to

  • Monitor your mind’s influence on your physical environment
  • Let you take part in large-scale consciousness experiments
  • Support ongoing development of a”consciousness technology” platform for developers and artists
  • Monitor global consciousness data in real-time

Before you think I’ve gone off the deep end, let me explain that I gently stepped away from IONS after nearly 20 years because I did not see enough focus on or progress toward their stated goal—scientifically researching consciousness. I fully enjoyed their practice-oriented emphases on intuitive, embodied, mindful living, but while they remained ‘entangled’ in New Age phenomenalism and esoteric speculations, true scientific programs at many universities and research organizations have made steady, sometimes frustratingly slow progress (which is how science typically works). So, please don’t take this post as a tacit endorsement of any of the sponsoring organizations. They each raise interesting questions and do some work of scientific merit or promise, but (in my view) if you’re interest is in verifiable, repeatable, causally intelligible phenomena, you must stay vigilant of the unscientific chaff.

That said, the spike in non-random streams in random number generators immediately prior to the 9-11 atrocity remains one of the very few well-documented phenomena that could be taken to imply a correlation between a specific objective event and human transpersonal consciousness. In the view of the Global Consciousness Project, by collecting large samples of the right sorts of data, they can test their hypothesis that “Coherent consciousness creates order in the world. Subtle interactions link us with each other and the Earth.” As I understand it, they are extrapolating to the transpersonal level how an individual brain achieves coherent, self-aware states. Also, they would say we’re aware of the apparent precognitive 9-11 phenomenon because someone was collecting the relevant data that could then be recognized as correlated. The Entanglement app aims to collect more of such data while also providing users real- or near-real-time feedback.

If truly well-designed scientific research programs can show significant evidence of direct, entanglement-like correlations between objectively observable phenomena and consciousness (shown in brain functioning), I’ll be excited to learn about it. I think this is a monumental challenge.

Giant neuron found encircling and intraconnecting mouse brain

A neuron that encircles the mouse brain emanates from the claustrum (an on/off switch for awareness) and has dense links with both brain hemispheres. Scientists including Francis Crick and Christoph Koch have speculated that the claustrum may play a role in enabling conscious thought.

https://www.sciencealert.com/a-giant-neuron-has-been-found-wrapped-around-the-entire-circumference-of-the-brain 

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1569501/ (Crick and Koch academic article)

We’ve frequently discussed how self-aware consciousness likely arises not from any single brain structure or signal, but from complex, recursive (reentrant), synchronized signaling among many structures organized into functional regions. (Did I get close to accurate there?) That a giant neuron provides another connection path among such regions can be taken to align with the reentrant signaling and coordination view of consciousness (ala Edelman and Tononi).

Embodied consciousness and the Flow Genome Project

In line with our July joint meeting with the NM Tech Council, I’m reading a fascinating book (Stealing Fire) on the variety of ways humans can experience states of flow (optimal states of consciousness and performance). The authors, Steven Kotler and Jamie Wheal, explain the significance of flow and introduce their Flow Dojo concept in the videos linked below. Applying methods for achieving flow is often categorized in the consciousness hacking movement, also called brain hacking.

What is Flow (6+ minutes)

The Flow Dojo (4+ minutes)

All Flow Genome Project videos

Long (1 hour) interview by Jason Silva follows:

Evan Thompson: Buddhism and the brain

Here is an interview with Thompson on Buddhism and the Brain. It starts with defining consciousness as awareness, its changing contents and how both then identify as a self in changing contexts. “Consciousness is something we live, not something we have.”

I also like using the metaphor of dance for the process of self. Both are in the enaction of the process, not a thing apart from that process.

He also goes into how mindfulness in our culture has turned into McMindfulness, how we might learn to pay attention non-judgmentally but then fail to  judge how the work we do might be harming others and the environment. It’s taken out of context with the entire Buddhist ethical framework.

There’s more in the interview with an embedded link to the full interview.