100 Books Like The Glass Bead Game

Walls’ recounts her unconventional childhood marked by poverty, instability, and the eccentric choices of her parents.

The memoir offers an unflinching but often tender portrait of a deeply flawed family and the complicated bonds of love and loyalty. Walls’s voice is both clear-eyed and compassionate as she revisits her past.

Wanting to make sense of my own dysfunctional family, I reread this book several times.

Raised in a survivalist family that rejected formal education and medical care, Westover never entered a classroom until age 17.

Her journey from rural Idaho to earning a PhD from Cambridge is a remarkable story of transformation through self-education, resilience, and the pursuit of truth, even when it means questioning your origins.

Like Westover’s father, my father held very strong beliefs separating us from others. But we both instinctively know there was more to life.

I love the exquisite writing and haunting narrative in this book—Ishiguro’s prose is masterful, his imagination precise and engrossing. He creates characters that are poignant, complex, and caught in a world beyond their control. Issues of bioengineering, of empathy, of powerlessness, are beautifully woven through the whole.

I am moved by how this book marries technology and deep emotion, the dystopian with the palpable reality of today’s world, and the rapidly changing technological milieu we live in.

I read this sultry and disturbing Thailand adventure story in one sitting. It transported me away from my out-of-work actor troubles that rainy day in London and took me to a beautiful and terrifying dreamscape, diving ever deeper into the backpacker protagonist’s murky quest. I can still picture the cut-glass water, the huts… the shark. I still feel the heat, the sting of mosquitoes, and the tang of blood.

I found it extraordinarily gripping, moody, and menacing. The speed at which the unexpected twists unfolded was mind-blowing.

I love chess, and even though I’m not brilliant at it, I really enjoy books where the characters play chess. The Royal Game by Stefan Zweig is probably the most famous, but I really enjoyed this murder mystery with a game of chess at its heart, which beautifully mirrors the plot as it unfolds.

The game is featured mid-game in a Flemish fifteenth-century painting. The modern protagonists analyze it forward and backward to understand the past and future. I loved the fact that the book includes illustrations of the game as it proceeds for the reader to analyze. There are also some interesting allusions to Douglas Hofstadter’s idea of strange loops, which is another one of my obsessions. 

This science fiction novel always appealed to me because of its conceit that a society’s games are a reflection of its culture, ethos, and philosophy. Azad, the game at the heart of the book, is used by the Empire to determine the political, social, and economic structure of the whole planet. The prize for winning is to become emperor and to implement your strategy in real life.

I love the description of the game. It’s played on three huge boards that are more like landscapes than regular playing boards. Perhaps one might regard all the games that we have created and played on this planet collectively as Earth’s version of Azad.

This book is Hogwarts meets The Glass Bead Game meets The Handmaid's Tale. I was recommended it when I talked about my games book at a local bookshop. I must admit that I was initially very nervous about a book riffing on one of my favorite books of all time (The Glass Bead Game), but I really enjoyed it.

It is set in a school that trains students to play the game against a political backdrop that Margaret Atwood could easily have conjured up. It helped to give another perspective on Hesse’s fictional game that, as I said in my first recommendation, I’ve been obsessed with ever since reading about it as a student.

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.

We appreciate this book because it helped us to introduce the concept of a ‘hierarchical category,’ which is necessary to describe our MES. We accomplished this by translating Koestler's concept of a "hierarchy of holons," where a holon embodies a 'hybrid nature' akin to a two-faced Janus.

Technically, a hierarchical category organizes objects into numbered levels (0 to m). An object at level n is dual-faced: 'simple' compared to levels above n, but 'complex' compared to levels < n, this object being the "colimit" (or combination) of linked objects < n. Within a hierarchical category, we compute the 'complexity order' for each object. The category aligns with pure reductionism if it lacks objects with a complexity order greater than 1.

Thom's work on the "physics of meaningful forms," also known as Semiophysics, deeply influenced our approach to modeling structural changes in Memory-Evolutive Systems (MES). Indeed, in ‘natural’ systems, he classifies these changes as one of four standard changes—Birth, Death, Confluence, and Scission—which offer valuable insights into how components and interactions evolve over time within these systems. Integrating Thom's framework has enriched our understanding of MES dynamics. 

In MES, this led us to formulate the "Complexification Theorem," which characterizes the resulting category following structural changes: Birth or Death corresponds to adding or removing components, while Confluence leads to the formation of a colimit for a specific pattern of interconnected components, and Scission results in the decomposition of a given colimit.