100 books like The River of Consciousness

I love, love, love this book. What a gem, a prayer of love to plants and nature, a dense but light book of ‘indigenous wisdom, scientific knowledge, and the teachings of plants’ as it says in the sub-title.

Robin Wall Kimmerer is a decorated Professor of Botany, a mother, a writer of grace, power, and elegance, a keeper and sharer of indigenous wisdom, and an overall generous human being. If there is one book you read this year, let it be this. It filled my heart with joy, hope, and wonder. I loved her other book, Gathering Moss, too.

This is the classic personal account of the discovery of the structure of DNA. I read it as an early college assignment, but now find it rich in history, biology, and insight. Watson described himself as an ornithology undergraduate who avoided chemistry and physics courses in spite of a desire to do science—a common sentiment. He unfolds in frank detail how the world of science worked, and sometimes didn’t work, early post-WWII. We learn as much about bond angles and hydration as we do about laboratory politics and personality quirks beneath the effort to puzzle out the structure and function of DNA. The epilogue pays tribute to less well-known collaborators, especially Rosalind Franklin, sometimes dismissed as uncooperative, but recognized here for her essential contributions and competence as a scientist.

A Crack in Creation was the first mainstream book that conveyed the extraordinary potential and ethical peril of the new genome editing technology, CRISPR. And who better to write it than the scientist who co-developed the “genetic scissors”, Professor Jennifer Doudna (who won the Nobel Prize three years later).

The book is also notable for the candid manner in which Doudna discusses her own nightmares about the potential misuse of CRISPR – fears that erupted one year later in the ‘CRISPR babies’ scandal.

You will never look at an oak tree in the same way after reading The Nature of Oaks.

Tallamay shares so much fascinating info about a tree most of us take for granted. No other tree species supports so many different kinds of animals. From tiny wasps to white-tailed deer, everyone in the forest relies on oak trees.

Whenever I walk past a tall oak tree, I feel like I know so much more about its life and the hidden world it supports. I’m in on a huge secret that started with a tiny acorn.

When I moved to San Diego I began to get interested in time perception as well as the physics of time. My colleague Patrica Churchland kindly gave me this book to read. It’s a popular, accessible book on cognitive science and time perception. I couldn’t put it down. For sure it changed my academic path. I knew the mind plays all kinds of tricks on us, but the way it creates our inner sense of time experience still amazes me. 

This book by G. Edelman played an important role in the development of our mathematical MES theory for complex "living" systems. Our specific application of MES to neuro-cognitive systems, named MENS, represents a kind of mathematical translation of Edelman’s book into Category Theory. 

Specifically, leveraging the categorical concept of a 'colimit,' we expand upon Edelman's principle of the "degeneracy of the neural code" by introducing a form of non-isomorphic redundancy termed the Multiplicity Principle (MP), wherein the system admits multifaceted components. Subsequently, we establish a significant result: if an MES adheres to the MP, the system is reliant not on pure reductionism but rather on an "emergentist-reductionism" as defined by the philosopher and physicist Mario Bunge.

This book, more than any other on the subject, surprised and fascinated me.

Its thesis is deceptively simple. It suggests that the two hemispheres of the human brain were “strangers” to each other early in our evolutionary history (three millennia ago). The left hemisphere received the information from the right as a message from an unfamiliar source (an unseen “voice”).

Jaynes proposed that this was the basis for all religious experience. It was our intuitive right hemisphere that supplied the “voices” of the gods. True human consciousness only arose when this bicameral mind “broke down” and the “voice of God” was replaced with what had been speaking to us all along, the other more intuitive half of ourselves.

To the best of my recollection, the word ‘leadership’ doesn’t appear in this book.

Yet, since I first encountered it in a Harvard Business School doctoral seminar on leadership—and ignored numerous assignments because I couldn’t put it down—I have recommended it to countless professionals.

Too often, leadership is presented as a disembodied (cap)ability, unmoored from its organizational context.

Philosopher Hofstadter and computer scientist Dennett’s remarkable collection of articles includes both fairy tales (yes!) and Alan Turing’s essay defining artificial intelligence. Collectively, they explore not just the “self and soul” in the sub-title but also how humans interact with organizations and technology.

This book taught me leadership isn’t about being a puppeteer. Each of the newest developments in artificial intelligence has reminded me that I must re-read this book.

This book captures what is so exciting about psychology - that our own minds are at once so familiar yet so deeply weird. There’s so much to be explored!

Warren is a perfect guide, sharing his learning but not getting bogged down with it, as he visits different states of consciousness, some of which we visit every day, like the daydream or the feeling of falling asleep, others, like the lucid dream, might be less familiar.

It’s profound but never loses its sense of fun.

Cephalopods, which encompass creatures like squids, cuttlefish, and octopuses, stand as some of nature's most peculiar inhabitants.

Without bones or outer shells, they possess the remarkable ability to alter their shape, almost resembling characters from Gary Larson's extraterrestrial sketches. What sets them apart further is their exceptional intelligence, a trait not commonly associated with their mollusk cousins like snails and oysters.

Godfrey-Smith puts forth a compelling argument suggesting that intelligent life may have independently evolved multiple times right here on our home planet. He contemplates whether consciousness, once believed to be a solely human attribute, emerged early in the animal kingdom's evolutionary journey, serving as a vital mechanism for interpreting sensory information, evading predators, and sourcing sustenance.