Probability in Physics |
In General
> s.a. random processes; stochastic processes.
* Remark: Physicists' use
of probability and statistics is influenced by points of view derived from
coin tossing or quantum mechanics, even when these don't apply.
* Role in classical mechanics:
Probabilities are used in statistical mechanics, where they are essentially
given by fractional phase space volumes.
@ General references, intros: Mayants 84;
Bitsakis & Nikolaides ed-89;
Ruhla 92;
Collins JMP(93);
Lasota & Mackey 94;
Ambegaokar 96;
van Kampen LNP(97);
Streater JMP(00);
Bricmont LNP(01) [and Boltzmann];
Hardy SHPMP(03) [general and quantum];
Khrennikov AIP(05)qp,
a1410-ln,
16 [and quantum];
Hung a1407
[intrinsic probability distributions for physical systems];
Chiribella EPTCS(14)-a1412 [operational-probabilistic theories];
Lawrence 19.
@ Interpretation: Saunders Syn(98)qp/01 [geometric];
Loewer SHPMP(01) [paradox of deterministic probabilities];
Bulinski & Khrennikov qp/02 [stochastic];
Anastopoulos AP(04)qp [and event frequencies];
Mardari qp/04 [roulette vs lottery models];
Volchan SHPMP(07)phy/06 [typicality];
Harrigan et al a0709 [ontological models for probabilistic theories];
Vervoort a1011,
a1106-conf [and quantum mechanics];
Hagar & Sergioli a1303;
Benedictus a1501-proc [Carl Stumpf's interpretation];
> s.a. probability theory.
@ Other conceptual:
Page gq/94 [real vs mental world];
Arntzenius & Hall BJPS(03);
Knuth AIP(04)phy [as "degrees of implication"];
Lange BJPS(06) [probabilities vs chances];
Martin Ent(07)phy [probability as physical motive];
Hájek BJPS(08) [arguments for/against probabilism];
Norton PhSc(08)jan
[ignorance, indifference, and probability distributions];
Werndl SHPMP(09)
[on the equivalence of deterministic and indeterministic descriptions];
Handfield 12 [chance];
Benedictus & Dieks a1306
[Reichenbach's Kantian justification for probabilistic concepts];
Roberts BJPS(13)
[chance and a replacement for the Principal Principle without credence];
Johnson RIO-a1404
[descriptive statistics of physical data as the foundation of physical probability];
Vervoort Ent(19)-a1811 [and superdeterminism];
Wetterich a2011 [fundamental formulation of physics].
> Related topics: see determinism;
information; Predictability.
In Classical Theories > s.a. statistical
mechanics; statistics [errors and fluctuations].
@ Cosmology, Bayesian techniques: Efstathiou MNRAS(10)-a0802 [limitations];
Page a1412-proc;
Trotta a1701-ln;
Sahlén in(17)-a1812.
@ Cosmology, other: Curiel a1509 [difficulties with infinite-dimensional spaces];
> s.a. acceleration; anthropic reasoning;
civilizations; cosmological models;
dark-energy types; observational cosmology.
@ Bayesian techniques, in astrophysics:
Brewer PhD(08)-a0809 [applications];
Broomhall et al MNRAS(10)-a1004 [better than frequentist approach];
Özel & Psaltis ApJ(15)-a1505 [vs frequentist, neutron star radii].
@ Bayesian techniques, other:
von Toussaint RMP(11) [rev];
Lyons CP(13) [a particle physicist's perspective];
VanderPlas a1411 [vs frequentist, a Python-driven primer].
@ Related topics: Hemion IJTP(90);
Basano & Ottonello AJP(96)jan [probability paradoxes];
Khrennikov & Kozyrev PhyA(03)qp/02 [non-commutative examples];
Aerts et al LNCS(09)-a0810 [cognition example and quantum weights];
Swendsen AJP(14)oct [unnormalized probabilities];
Bricmont a1906 [and scientific explanations].
In Quantum Theories > s.a. Born Rule;
probability in quantum physics [including objective vs subjective].
@ General references: Feynman in(51);
von Weizsäcker BJPS(73);
Ballentine AJP(86)oct;
Cohen FP(88);
Gudder 88;
Farhi et al AP(89);
Pitowsky 89;
Gudder FP(90);
Ismael BJPS(96);
Bana & Durt FP(97)qp [Kolmogorov];
Khrennikov JMP(03)ht/01 [and contextuality];
Griffiths FP(03)qp/02;
Zurek PRL(03)qp/02 [environment-assisted invariance];
Maassen qp/04-ln [and open quantum systems, damped oscillator];
Oldofredi et al a1604 [universe vs subsystems, and quantum probabilities].
@ Different frameworks: Ozawa EPTCS(14)-a1412 [based on quantum set theory];
Bradley a2004-PhD
[at the interface of algebra and statistics].
@ General probabilistic theories:
Barnum & Wilce a1205-ch;
Gudder a1303 [compatibility for probabilistic theories];
Fiorini et al a1310 [and conic extensions of polytopes];
Stevens & Busch PRA(14)-a1311
[degree of incompatibility of pairs of observables and strength of violations of Bell's inequality];
Janotta & Lal EPTCS(14)-a1412 [non-locality];
Lee & Barrett NJP(15)-a1412 [computation];
Barnum et al EPTCS(15)-a1508 [resource theory of thermodynamics in general probabilistic theories];
Filippov et al PRA(17)-a1609 [fuzziness of observables];
Svozil ch(17)-a1509;
Massri et a a1705 [states];
Takakura a1803 [and thermodynamic entropy];
Stuckey et al a1807 [why the world is quantum];
Heinosaari et al a1808 [no-free-information principle];
Filippov et al a1912 [operational restrictions];
Galley & Masanes a2002
[distinction between dynamical and probabilistic structures];
Plávala a2103 [intro];
Mazurek et al PRXQ(21) [bounding deviations from quantum theory];
> s.a. causality in quantum theory; entanglement;
modified quantum theory; types of quantum
correlations [stronger than quantum].
Other References
> s.a. measurement types; particle statistics;
probability theory [including complex]; physical theories.
@ And dynamics: Martin AIP(07) [gravity];
Hardy a1005 [formalism-local framework];
> s.a. causal sets; formulations of classical mechanics.
@ And decision theory: Deutsch PRS(99)qp;
Wallace qp/02,
SHPMP(03)qp,
qp/03 [Deutsch's claim];
Mallah a0808 [criticism of approach].
@ Propensities:
Suárez SHPMP(07) [and quantum mechanics];
Belnap SHPMP(07) [and branching spacetimes].
@ Negative probabilities: Bartlett PCPS(45);
Mückenheim PRP(86);
Feynman in(87);
Scully et al PRA(94);
Burgin a1008 [interpretation];
Halliwell & Yearsley PRA(13);
Abramsky & Brandenburger a1401 [operational interpretation];
Acacio de Barros & Oas PS(14)-a1404-proc [and counter-factual reasoning];
Acacio de Barros et al a1412 [and the quantum double-slit experiment];
Blass & Gurevich a1807,
a2009 [what they are for];
Gurevich & Vovk a2011 [and foundations of probability];
> s.a. identical particles; types of measurements.
@ Axiomatic approaches: Dass a0807 ["supmech" unified axiomatization];
Whiting a1412 [Popper's formulation].
@ Related topics: Caticha PLA(98)qp,
PRA(98)qp [unitarity and consistency];
Youssef ht/01 [exotic probabilities];
Gyenis & Rédei FP(04) [and causality, common cause];
Marlow qp/05/FPL [and Lorentz invariance];
Albrecht & Phillips PRD(14)-a1212 [all probabilities are fundamentally quantum in origin, and multiverse];
> s.a. causality.
@ Physics in the news:
news npr(10)oct [physicists and poker playing].
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