mirror of
https://github.com/vale981/HOPSFlow-Paper
synced 2025-03-05 09:41:40 -05:00
175 lines
6.2 KiB
Org Mode
175 lines
6.2 KiB
Org Mode
* Outline
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** Intro
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- significance of quantum thermo
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- prior art
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- overview of our method and its capabilities/advantages
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- short intro into our example application
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*** TODO Find out which papers to cite
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- from my thesis
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- from konstantins
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- new stuff from cyril?
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** Energy Flow with HOPS
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- short intro about structure of section
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*** NMQSD
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- very brief
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- mostly cite other papers
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*** HOPS
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- same: brief and cite
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- introduce notation
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*** Energy Flow
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- demonstrate one bath/linear in detail
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- finite temperature too
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*** Generalizations
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- list and explain expressions: nonlinear, finite temp, general observables
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- refer to appendix for details?
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** Application
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- short outline of applications
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- mention the analytic verification and refer to thesis?
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*** One Bath: Energy Transfer Tuning
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- simplest case: one bath, zero T
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*** Two Bath
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- otto motor setup
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- cite papers that looked at it
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- see [[file:notes/cycle_design.xopp][sketch of cycle and units]]
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**** DONE Reproduce Basic Cycle
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:LOGBOOK:
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CLOCK: [2022-11-29 Tue 10:35]--[2022-11-29 Tue 11:01] => 0:26
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CLOCK: [2022-11-29 Tue 09:41]--[2022-11-29 Tue 10:21] => 0:40
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CLOCK: [2022-11-28 Mon 18:12]--[2022-11-28 Mon 21:19] => 3:07
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CLOCK: [2022-11-28 Mon 17:42]--[2022-11-28 Mon 18:07] => 0:25
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CLOCK: [2022-11-28 Mon 16:50]--[2022-11-28 Mon 17:16] => 0:26
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CLOCK: [2022-11-28 Mon 16:21]--[2022-11-28 Mon 16:46] => 0:25
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CLOCK: [2022-11-28 Mon 15:50]--[2022-11-28 Mon 16:15] => 0:25
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CLOCK: [2022-11-28 Mon 15:10]--[2022-11-28 Mon 15:40] => 0:30
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CLOCK: [2022-11-28 Mon 14:55]--[2022-11-28 Mon 15:10] => 0:15
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CLOCK: [2022-11-28 Mon 20:51]--[2022-11-28 Mon 20:54] => 0:03
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:END:
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- reproduced the cycle from the master's thesis with new code
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**** Simple: Continously Coupled vs Modulated Coupling
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:LOGBOOK:
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CLOCK: [2022-12-02 Fri 12:40]--[2022-12-02 Fri 13:07] => 0:27
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CLOCK: [2022-12-02 Fri 11:52]--[2022-12-02 Fri 12:35] => 0:43
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CLOCK: [2022-12-02 Fri 11:52]--[2022-12-02 Fri 11:52] => 0:00
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CLOCK: [2022-12-01 Thu 17:30]--[2022-12-01 Thu 18:30] => 1:00
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CLOCK: [2022-12-01 Thu 11:45]--[2022-12-01 Thu 12:42] => 0:57
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CLOCK: [2022-12-01 Thu 11:00]--[2022-12-01 Thu 11:30] => 0:30
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CLOCK: [2022-12-01 Thu 10:33]--[2022-12-01 Thu 10:56] => 0:23
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:END:
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- see also what happens if we overlap modulation of hamiltonian and
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coupling
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**** Simple: Coupling Work
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- what happens if coupling modulation and hamiltonian modulation
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happen at the same time?
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**** TODO verify what has been done
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- carnot eficiency
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- efficiency vs power heatmap?
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- cite:Geva1992Feb quasi static efficiency is 1 - ω_c / ω_h
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- time vs temperature ratio scaling (5.36), for high
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temperatures... not so useful here
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- cite:Wiedmann2021Jun otto fridge with HO as working medium
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- work over coupling strength, for diffirent cold bath temperatures
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- separating interaction and drive work
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- absorbed heat over coupling strength, for diffirent cold , for
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diffirent cold bath temperaturesbath temperatures
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- cite cooling condition from cite:Abah2016Apr
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- compare von neumann entropy of medium with weak coupling thermal state
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- cite:Wiedmann2020Mar an actual engine, not fridge
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- shows quantities vs coupling
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- efficiency vs coupling and speed
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- power as function of modulation time, for different temperatures
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- discusses coupling work
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**** TODO own scans
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- scan compression ratio
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- scan coupling strength
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- scan scan cycle length
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All nice and good, but we need concrete plans.
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***** TODO Cycle Length + Coupling Strength
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:LOGBOOK:
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CLOCK: [2022-12-12 Mon 14:45]--[2022-12-12 Mon 15:34] => 0:49
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CLOCK: [2022-12-12 Mon 14:05]--[2022-12-12 Mon 14:40] => 0:35
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CLOCK: [2022-12-12 Mon 13:29]--[2022-12-12 Mon 13:58] => 0:29
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:END:
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- 2D grid with fixed numeber of cycles
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- maybe ~5x5~ for now and later more
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***** Compression Ratio at fixed coupling strength and cycle length
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**** TODO scan timing
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- compression and expansion timing variation in less markovian regime
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- likely: no advantage
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** Conclusion
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- brief review of what has been achieved
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- bath sections
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- other bath observables accessible through tricks?
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- other finite temp method... -> advantage: probably no derivatives of
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stochastic processes, but more hierarchy depth
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* Tasks
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** DONE Merge HOPS
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:LOGBOOK:
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CLOCK: [2022-11-23 Wed 23:39]--[2022-11-24 Thu 00:03] => 0:24
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CLOCK: [2022-11-23 Wed 22:45]--[2022-11-23 Wed 23:20] => 0:35
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CLOCK: [2022-11-23 Wed 22:10]--[2022-11-23 Wed 22:38] => 0:28
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CLOCK: [2022-11-23 Wed 21:39]--[2022-11-23 Wed 22:04] => 0:25
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:END:
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- time dependent coupling
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- online calc
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- tests
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- docs
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** DONE Set up HO calcs with online analysis
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:LOGBOOK:
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CLOCK: [2022-11-30 Wed 16:27]--[2022-11-30 Wed 18:32] => 2:05
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CLOCK: [2022-11-30 Wed 15:22]--[2022-11-30 Wed 16:07] => 0:45
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CLOCK: [2022-11-30 Wed 13:21]--[2022-11-30 Wed 14:06] => 0:45
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CLOCK: [2022-11-30 Wed 12:26]--[2022-11-30 Wed 13:16] => 0:50
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CLOCK: [2022-11-30 Wed 11:11]--[2022-11-30 Wed 12:11] => 1:00
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CLOCK: [2022-11-29 Tue 17:53]--[2022-11-29 Tue 18:53] => 1:00
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CLOCK: [2022-11-29 Tue 15:33]--[2022-11-29 Tue 16:33] => 1:00
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CLOCK: [2022-11-29 Tue 15:05]--[2022-11-29 Tue 15:33] => 0:28
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CLOCK: [2022-11-28 Mon 14:45]--[2022-11-28 Mon 14:50] => 0:05
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CLOCK: [2022-11-28 Mon 13:04]--[2022-11-28 Mon 13:31] => 0:27
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CLOCK: [2022-11-28 Mon 12:06]--[2022-11-28 Mon 12:58] => 0:52
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CLOCK: [2022-11-28 Mon 11:28]--[2022-11-28 Mon 11:57] => 0:29
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CLOCK: [2022-11-28 Mon 10:52]--[2022-11-28 Mon 11:08] => 0:16
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CLOCK: [2022-11-26 Sat 12:29]--[2022-11-26 Sat 12:54] => 0:25
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CLOCK: [2022-11-26 Sat 12:02]--[2022-11-26 Sat 12:29] => 0:27
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CLOCK: [2022-11-26 Sat 11:10]--[2022-11-26 Sat 11:38] => 0:28
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CLOCK: [2022-11-26 Sat 10:17]--[2022-11-26 Sat 10:49] => 0:32
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CLOCK: [2022-11-25 Fri 20:20]--[2022-11-25 Fri 21:04] => 0:44
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CLOCK: [2022-11-25 Fri 19:27]--[2022-11-25 Fri 19:52] => 0:25
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CLOCK: [2022-11-25 Fri 18:42]--[2022-11-25 Fri 19:08] => 0:26
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CLOCK: [2022-11-25 Fri 18:12]--[2022-11-25 Fri 18:37] => 0:25
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CLOCK: [2022-11-24 Thu 15:38]--[2022-11-24 Thu 16:04] => 0:26
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CLOCK: [2022-11-24 Thu 15:08]--[2022-11-24 Thu 15:34] => 0:26
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CLOCK: [2022-11-24 Thu 14:31]--[2022-11-24 Thu 14:56] => 0:25
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CLOCK: [2022-11-24 Thu 13:59]--[2022-11-24 Thu 14:25] => 0:26
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CLOCK: [2022-11-24 Thu 11:51]--[2022-11-24 Thu 12:06] => 0:15
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:END:
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** TODO sort out richards libraries
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* Nice to Haves
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** SOMEDAY test online calc
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** SOMEDAY test dynamic matrix
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