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RECENT POSTS IN THIS TOPIC
Steve Dufourny: on 2/4/22 at 18:22pm UTC, wrote Hello, indeed all this theormodynamics is important. I have a question,...
Jukka Pekola: on 2/4/22 at 16:26pm UTC, wrote PROGRAM CLASSICAL AND QUANTUM TRANSPORT PROCESSES : CURRENT STATE AND...
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Steve Dufourny: on 2/4/22 at 18:22pm UTC, wrote Hello, indeed all this theormodynamics is important. I have a question,...
Jukka Pekola: on 2/4/22 at 16:26pm UTC, wrote PROGRAM CLASSICAL AND QUANTUM TRANSPORT PROCESSES : CURRENT STATE AND...
RECENT FORUM POSTS
Georgina Woodward: "The statistical results obtained in tests of Bell’s inequalities are not..." in Quantum Physics and the...
Georgina Woodward: "It would be easy to have an anti-correlation from the outset, like that..." in Quantum Physics and the...
umair zaheer: "Travel is the movement of people between distant geographical locations...." in Anatomy of spacetime and...
robin 435: "rsvsfascxseaczcfadv" in Anatomy of spacetime and...
David Vognar: "Electron Doping? by David Vognar I think it helps to visualize physics so..." in The Present State of...
Nick Fury: "Hi, when you get older there is not a single part of your body that is..." in Quantum Measurement and...
Lady Zecharia: "Can physics address - at least in principle - the truly deep questions of..." in The Present State of...
john hele: "There are many freelancers who offer to write your dissertation for a very..." in Causal Discovery in the...
RECENT ARTICLES
click titles to read articles
The Entropic Price of Building the Perfect Clock: Q&A with Natalia Ares
Experiments investigating the thermodynamics of clocks can teach us about the origin of time's arrow.
Schrödinger’s A.I. Could Test the Foundations of Reality
Physicists lay out blueprints for running a 'Wigner's Friend' experiment using an artificial intelligence, built on a quantum computer, as an 'observer.'
Expanding the Mind (Literally): Q&A with Karim Jerbi and Jordan O'Byrne
Using a brain-computer interface to create a consciousness 'add-on' to help test Integrated Information Theory.
Quanthoven's Fifth
A quantum computer composes chart-topping music, programmed by physicists striving to understand consciousness.
The Math of Consciousness: Q&A with Kobi Kremnitzer
A meditating mathematician is developing a theory of conscious experience to help understand the boundary between the quantum and classical world.
FQXi BLOGS
December 1, 2022
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TOPIC: Quantum heat transport in superconducting circuits by Jukka Pekola by Jukka Pekola [refresh]
TOPIC: Quantum heat transport in superconducting circuits by Jukka Pekola by Jukka Pekola [refresh]
PROGRAM
CLASSICAL AND QUANTUM TRANSPORT PROCESSES : CURRENT STATE AND FUTURE DIRECTIONS (ONLINE)
ORGANIZERS:
Alberto Imparato (University of Aarhus, Denmark), Anupam Kundu (ICTS-TIFR, India), Carlos Mejia-Monasterio (Technical University of Madrid, Spain) and Lamberto Rondoni (Polytechnical University of Turin, Italy)
DATE : 17 January 2022 to 28 January 2022
VENUE: Online
Thermodynamics plays a fundamental role in all branches of physics and in many other fields of science and technology. The theory is particularly well established for macroscopic systems at or close to equilibrium. In the last 25 years, however, very significant progress has been made in our understanding of a vast variety of nonequilibrium phenomena, and it is now clear that, under certain conditions and for certain dynamics, a consistent (statistical, in particular) description can be established for systems driven arbitrarily far away from equilibrium.
Nonetheless, neither a complete description of nonequilibrium states nor a full characterization of transport processes is available, as the system state appears to strongly depend on the nature of the constraints acting on it, and on many other details of the dynamics. In particular, at present there is no universally accepted generalization of the equilibrium thermodynamic potentials, suitable to describe the state probability distribution of an out-of-equilibrium system.
The goal of this two-weeks ICTS scientific program is to bring together the key experts, as well as new researchers (experimentalists and theoreticians) in the field of physics of non-equilibrium systems, to summarize the central achievements of the field and assess the remaining open problems, in order to foster further advances.
During these two weeks we plan to have two, and up to three online one hour talks in few selected days, on classical and quantum nonequilibrium aspects, with a particular emphasis on transport processes, to summarize the central achievements of the field, assess the remaining open problems, and to foster further advances.
CONTACT US: program@icts.res.in
PROGRAM LINK: https://www.icts.res.in/program/ctqp2022
Keywords: #IAF #Information_As_Fuel #Pekola #Quantum #Quantum_Thermodynamics
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This forum thread is open to the public.
CLASSICAL AND QUANTUM TRANSPORT PROCESSES : CURRENT STATE AND FUTURE DIRECTIONS (ONLINE)
ORGANIZERS:
Alberto Imparato (University of Aarhus, Denmark), Anupam Kundu (ICTS-TIFR, India), Carlos Mejia-Monasterio (Technical University of Madrid, Spain) and Lamberto Rondoni (Polytechnical University of Turin, Italy)
DATE : 17 January 2022 to 28 January 2022
VENUE: Online
Thermodynamics plays a fundamental role in all branches of physics and in many other fields of science and technology. The theory is particularly well established for macroscopic systems at or close to equilibrium. In the last 25 years, however, very significant progress has been made in our understanding of a vast variety of nonequilibrium phenomena, and it is now clear that, under certain conditions and for certain dynamics, a consistent (statistical, in particular) description can be established for systems driven arbitrarily far away from equilibrium.
Nonetheless, neither a complete description of nonequilibrium states nor a full characterization of transport processes is available, as the system state appears to strongly depend on the nature of the constraints acting on it, and on many other details of the dynamics. In particular, at present there is no universally accepted generalization of the equilibrium thermodynamic potentials, suitable to describe the state probability distribution of an out-of-equilibrium system.
The goal of this two-weeks ICTS scientific program is to bring together the key experts, as well as new researchers (experimentalists and theoreticians) in the field of physics of non-equilibrium systems, to summarize the central achievements of the field and assess the remaining open problems, in order to foster further advances.
During these two weeks we plan to have two, and up to three online one hour talks in few selected days, on classical and quantum nonequilibrium aspects, with a particular emphasis on transport processes, to summarize the central achievements of the field, assess the remaining open problems, and to foster further advances.
CONTACT US: program@icts.res.in
PROGRAM LINK: https://www.icts.res.in/program/ctqp2022
Keywords: #IAF #Information_As_Fuel #Pekola #Quantum #Quantum_Thermodynamics
This forum thread is open to the public.
Hello, indeed all this theormodynamics is important. I have a question, maybe you can help. If we consider the BB and the CMB ,we know that we have a paradox with the entropy, do you have an idea to solve the contradiction about the high and low entropies ?
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