Top Tweets for #ColinRelaxation

over 4 years ago

#ColinValentiniInstability-1 [#BohmianMechanics #ColinRelaxation] "Proceedings of the Royal Society A 470: 20140288. Instability of quantum equilibrium in #Bohm’s dynamics Samuel Colin Antony Valentini" M.t. 'Instabilität des Quantengleichgewichts in den Bohm'schen Dynamik'

LGcommaI's tweet photo. #ColinValentiniInstability-1
[#BohmianMechanics
#ColinRelaxation]

"Proceedings of the Royal Society A 470: 20140288.

Instability of quantum equilibrium in #Bohm’s dynamics

Samuel Colin
Antony Valentini"

M.t. 'Instabilität des Quantengleichgewichts in den Bohm'schen Dynamik' https://t.co/BFDITgX6Bl

Logic Geometry, Information @LGcommaI

over 4 years ago

#ColinRelaxation-3 1. Introduction In the #deBroglie–Bohm pilot-wave theory (de Broglie 1928; Bohm 1952a,b), each element of an ensemble (consisting of a single particle) is described by a wave function Ψ(𝑡,𝒙) (𝑅(𝑡,𝒙)e^{i𝑆(𝑡,𝒙)/ℏ} in the polar representation) but also >

$LGcommaI's tweet photo. #ColinRelaxation-3 1. Introduction In the #deBroglie–Bohm pilot-wave theory (de Broglie 1928; Bohm 1952a,b), each element of an ensemble (consisting of a single particle) is described by a wave function Ψ(𝑡,𝒙) (𝑅(𝑡,𝒙)e^{i𝑆(𝑡,𝒙)/ℏ} in the polar representation) but also > https://t.co/1XhJiDeqcl$

Logic Geometry, Information @LGcommaI

over 4 years ago

#ColinRelaxation-2 "Numerical simulations indicate that the #Born-Rule does not need to be postulated in the #deBroglie–#Bohm pilot-wave theory, but tends to arise dynamically (relaxation to quantum equilibrium). These simulations were done for a particle in a >

LGcommaI's tweet photo. #ColinRelaxation-2
"Numerical simulations indicate that the #Born-Rule does not need to be postulated in the #deBroglie–#Bohm pilot-wave theory, but tends to arise dynamically (relaxation to quantum equilibrium). These simulations were done for a particle in a
> https://t.co/mXcGhe8dLD

Logic Geometry, Information @LGcommaI

over 4 years ago

#ColinRelaxation-1 [#BohmianMechanics #DuerrGoldsteinZanghi #SchlosshauerFine #QuantumMechanics] "Proceedings of the Royal Society A (2012) 468, 1116–1135 Relaxation to quantum equilibrium for Dirac fermions in the #deBroglie–Bohm #PilotWave-theory Samuel Colin (#Brisbane)" >

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