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You are here		qri.org Towards Computational Simulations of Cessation
\|	\|	qualiacomputing.com Cel Animation as a Key Metaphor to Model DMT Hallucinations \| Qualia Computing	4.5 parsecs away Travel
\|	\|	Pieces of Khet, a popular laser chess-like game. [Epistemic Status: Taking Phenomenology Seriously - Allowing Myself to Speculate Profusely] Introduction: Laser Chess as a Metaphor for the Brain as a Non-Linear Optical Computer In Laser Chess (a synecdoche for games of this sort), players arrange various kinds of pieces that interact with lasers on a...	4.5 parsecs away Travel
\|	\|	qualiacomputing.com DMT and Hyperbolic Geometry: 1 Million Views Special \| Qualia Computing	2.6 parsecs away Travel
\|	\|	My 2019 presentation The Hyperbolic Geometry of DMT Experiences just hit one million views on YouTube: The casual QRI enjoyer may get the impression that this video encapsulates our current understanding of the phenomenology of DMT. The dedicated QRI reader/watcher, however, knows that we are light-years ahead in our understanding relative to where we were...	2.6 parsecs away Travel
\|	\|	qualiaresearchinstitute.org Towards Computational Simulations of Cessation	0.0 parsecs away Travel
\|	\|	[AI summary] The text describes three computational simulations designed to model cessation experiences, which are states of reduced phenomenological content. These simulations are based on the concepts of recursive mappings between sensory fields, coupled oscillators, and gestalt detection. The first simulation, the Gestalt Detector, explores how different perspectives interact with our ability to detect patterns in the environment. The second, Standing Wave Pattern Across Multiple Fields, investigates how waves in different fields can be synchronized by using either 3D or 2D distance functions. The third, Fractal Recursive Coherence, models how recursive projections can lead to a state of zero phenomenality by collapsing all projections into a single point...	0.0 parsecs away Travel
\|	\|	rjlipton.com Perpetual Motion of The 21st Century? \| Gödel's Lost Letter and P=NP	23.1 parsecs away Travel
\|		Are quantum errors incorrigible? Discussion between Gil Kalai and Aram Harrow Gil Kalai and Aram Harrow are world experts on mathematical frameworks for quantum computation. They hold opposing opinions on whether or not quantum computers are possible. Today and in at least one succeeding post, Gil and Aram will discuss the possibility of building large-scale...	23.1 parsecs away Travel