(N) Vector Models in the Limitg鈫抔cand Finite TemperatureTHERMO-FIELD DYNAMICSEquilibrium and Non-Equilibrium Thermal PhysicsThe Problem of Ground State in Thermo-Field DynamicsFeynman Diagram Recipes in TFDEntangled States and Diagramatics atT鈮 0Entropy in Inhomogeneous TFDA Formulation of Time-...
^Friston K J, Wiese W, Hobson J A. Sentience and the Origins of Consciousness: From Cartesian Duality to Markovian Monism[J]. Entropy, MDPI AG, 2020, 22(5): 516.https://www.mdpi.com/1099-4300/22/5/516 ^Hohwy J, Seth A. Predictive processing as a systematic basis for identifying ...
We consider these relationships as self-loops for their first arguments, which are aggregated into sub-nodes. The most discussed sub-nodes tend to have a high number of such self-loop relationships, and the descriptive phrases often carry powerful characterizations of these entities. Sub-node-...
At non-zero temperature T > 0, the entropy contribution to the free energy F = E − TS must also be considered. Even though the electric field term h yields an approximately linear string tension, the two charges can separate infinitely in thermal equilibrium provided that [...
[👉] Explore decision tree classifiers (entropy, Gini) and decision tree regressors. [👉] Implement random forests (bagging) for higher accuracy, understanding OOB error. [👉] Conduct grid or random hyperparameter search (GridSearchCV, RandomizedSearchCV). [👉] Examine ensemble methods (boo...
We study crosscap states in integrable field theories and spin chains in 1+1 dimensions. We derive an exact formula for overlaps between the crosscap state and any excited state in integrable field theories with diagonal scattering. We then compute the crosscap entropy, i.e. the overlap for ...
Another class of interesting theories arises when one establishes an equivalence relation among the Wilson loops charges n. One may encounter a situation in which not all the values of n are actually physically different. The simplest case is to consider that n and m describe equivalent Wilson ...
[👉] Explore decision tree classifiers (entropy, Gini) and decision tree regressors. [👉] Implement random forests (bagging) for higher accuracy, understanding OOB error. [👉] Conduct grid or random hyperparameter search (GridSearchCV, RandomizedSearchCV). [👉] Examine ensemble methods (boo...
We obtain there differential equations that can be used to fix the space-time evolution of the temperature and fluid velocity. Particularly interesting is an equation one can derive in that way for entropy production. This is discussed in subsection 5.3 and also a local form of the second law...
In subsection 2.4 we give detailed formulas for the factors associated to webs without loops, as well as for webs containing a single loop, and all of the other q-dependent factors entering the map. These formulas are already enough to compute F (L) in various examples, and we obtain ...