Actions

The Thermodynamics of Natural and Artificial Distributed Computational Systems-Presentations: Difference between revisions

From Santa Fe Institute Events Wiki

(Created page with "{|bord''Italic text''er="0" style="margin: 0px 0px 0px 10px; background: #f9f9f9; border: solid #aaa 1px;" {| align="right" border="0" style="margin: 0px 0px 0px 10px; background: #f9f9f9; border: solid #aaa 1px;" |'''Navigation''' *Home *Agenda *The_Thermodynamics_of_Natural_and_Artificial_Distr...")
 
No edit summary
Line 15: Line 15:
'''Presentations'''
'''Presentations'''
<P>
<P>
David Wolpert – “The Thermodynamics of Artificial and Natural Computational Systems”<br>
Tom Ouldridge – “[https://santafe.box.com/s/c11zpp6cho19peiqt10qrx9dh3mpgrmr Stochastic thermodynamics of finite automata, Turing machines, etc.]”<br>
Tom Ouldridge – “[https://santafe.box.com/s/c11zpp6cho19peiqt10qrx9dh3mpgrmr Stochastic thermodynamics of finite automata, Turing machines, etc.]”<br>
Christopher Lynn - “Stochastic thermodynamics in neuroscience”<br>
Christopher Lynn - “[https://santafe.box.com/s/zp2al8i2pqv4tfuuuywdjwl9ol32dv8l Stochastic thermodynamics in neuroscience]”<br>
Brad Aimone - “Neuromorphic computing”<br>
Brad Aimone - “[https://santafe.box.com/s/zp2al8i2pqv4tfuuuywdjwl9ol32dv8l Neuromorphic computing]”<br>
Farita Tasnim - “Stochastic thermodynamics of communication channels”<br>
Farita Tasnim - “[https://santafe.box.com/s/8muod7swy8ytc99etfvzos7tgzpta5uk Stochastic thermodynamics of communication channels]”<br>
Joe Pardiso - “Experimental platforms for investigating thermodynamics of distributed computational systems"<br>
Joe Pardiso - “[https://santafe.box.com/s/25sluz5lb1fsqjoe5q99zwe50paevl9u Experimental platforms for investigating thermodynamics of distributed computational systems]"<br>
Zoltan Torczkai - “Thermodynamic costs of algorithms”<br>
Zoltan Torczkai - “[https://santafe.box.com/s/wz7czui5rpikxd7r139695ng48xinv9f Thermodynamic costs of algorithms]”<br>
David Limmer / Massimilliano Esposito / Nahuel Freitas - “Stochastic thermodynamics of realistic models of CMOS circuits”<br>
David Limmer / Massimilliano Esposito / Nahuel Freitas - “[https://santafe.box.com/s/alfk3e788r6qk1ninnsyo8eu0vq8cb1j Stochastic thermodynamics of realistic models of CMOS circuits]”<br>
Eric de Giuli - “Thermodynamics of generative grammars, and relevant results from spin glass theory”<br>
Eric de Giuli - “[https://santafe.box.com/s/0zv53qa9xf9e91ncye9c4dc55acwbv4l Thermodynamics of generative grammars, and relevant results from spin glass theory]”<br>

Revision as of 16:57, 16 August 2022

Navigation


Presentations

David Wolpert – “The Thermodynamics of Artificial and Natural Computational Systems”
Tom Ouldridge – “Stochastic thermodynamics of finite automata, Turing machines, etc.
Christopher Lynn - “Stochastic thermodynamics in neuroscience
Brad Aimone - “Neuromorphic computing
Farita Tasnim - “Stochastic thermodynamics of communication channels
Joe Pardiso - “Experimental platforms for investigating thermodynamics of distributed computational systems"
Zoltan Torczkai - “Thermodynamic costs of algorithms
David Limmer / Massimilliano Esposito / Nahuel Freitas - “Stochastic thermodynamics of realistic models of CMOS circuits
Eric de Giuli - “Thermodynamics of generative grammars, and relevant results from spin glass theory