Cell Assemblies: The Physical Basis of Memory and Cognition

The coming revolution in AI: Sparse Distributed Representations, a.k.a. "Cell Assemblies"

Skip to content

About

Search for:

Nothing Found

It seems we can’t find what you’re looking for. Perhaps searching can help.

Search for:

Links

Neurithmic Systems

Recent Posts

A Set-based Quantum Theory August 22, 2025
Representing Entities as Sets Provides a Classical Explanation of Quantum Entanglement March 8, 2023
A Simple explanation of the Holographic Principle February 18, 2023
A Physical Theory based on Sets, Not Vectors: Part 1 July 15, 2021
The Classical Realization of Quantum Parallelism April 16, 2020

Tags

causal fermions
causal sets
Copenhagen
Everett
Everettian quantum theory
exponential speedup
Hecht-Nielsen
holographic principle
Kanerva
Kussul
low power computing
Many-worlds
Numenta
ontic quantum basis
probabilistic computing
quantum computing
quantum computing on classical machine
quantum entanglement
quantum parallelism
quantum probabilities
quantum superposition
Quantum Theory
Rachkovskij
reformulation of quantum theory
sparse coding
Sparse distributed codes
sparse distributed representations
Sparsey
superposition

Search for:

Recent Posts

A Set-based Quantum Theory
Representing Entities as Sets Provides a Classical Explanation of Quantum Entanglement
A Simple explanation of the Holographic Principle
A Physical Theory based on Sets, Not Vectors: Part 1
The Classical Realization of Quantum Parallelism

Recent Comments

Archives

August 2025
March 2023
February 2023
July 2021
April 2020
January 2019
December 2015
September 2015

Categories

Hyperdimensional Computing
Quantum Computing
quantum entanglement
quantum foundations
Sparse Distributed Representations
Uncategorized

Meta

Log in
Entries feed
Comments feed
WordPress.org

Proudly powered by WordPress