J Bostock

In­tro­duc­ing Statis­ti­cal Utility Me­chan­ics: A Frame­work for Utility Maximizers

Tam­ing In­finity (Stat Mech Part 3)

Con­served Quan­tities (Stat Mech Part 2)

So What’s Up With PUFAs Chem­i­cally?

For­get Every­thing (Statis­ti­cal Me­chan­ics Part 1)

Mea­sur­ing Learned Op­ti­miza­tion in Small Trans­former Models

Briefly Ex­tend­ing Differ­en­tial Op­ti­miza­tion to Distributions

Finite Fac­tored Sets to Bayes Nets Part 2

From Finite Fac­tors to Bayes Nets

Differ­en­tial Op­ti­miza­tion Reframes and Gen­er­al­izes Utility-Maximization

Math­e­mat­i­cally-Defined Op­ti­miza­tion Cap­tures A Lot of Use­ful Information

Defin­ing Op­ti­miza­tion in a Deeper Way Part 4

Defin­ing Op­ti­miza­tion in a Deeper Way Part 3

Defin­ing Op­ti­miza­tion in a Deeper Way Part 2

Defin­ing Op­ti­miza­tion in a Deeper Way Part 1

Think­ing about Broad Classes of Utility-like Functions

The Halt­ing Prob­lem and the Im­pos­si­ble Photocopier

Why Do I Think I Have Values?

Knowl­edge Lo­cal­iza­tion: Ten­ta­tively Pos­i­tive Re­sults on OCR

De­con­fus­ing Deception