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#hubbardmodel hasil pencarian

PhysicsChinese's profile picture.
CPS Journals
 @PhysicsChinese
1 Sep

#Superconductivity #HubbardModel Using 8-site cluster DMFT, researchers reveal how the pseudogap and d-wave superconductivity compete/cooperate in the 2D Hubbard model. cpl.iphy.ac.cn/article/doi/10…

PhysicsChinese's tweet image. #Superconductivity #HubbardModel Using 8-site cluster DMFT, researchers reveal how the pseudogap and d-wave superconductivity compete/cooperate in the 2D Hubbard model. cpl.iphy.ac.cn/article/doi/10…
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ComputationMDPI's profile picture. Computation (ISSN 2079-3197) is an #openaccess journal of computational biology, chemistry, and engineering; covered by #WoS and #Scopus. #mdpicomputation
Computation MDPI
 @ComputationMDPI
16 Okt 2023

#ComputationMDPI, New Publication "A Versatile Unitary Transformation Framework for an Optimal Bath Construction in Density-Matrix Based Quantum Embedding Approaches" 👉 Read the full article: mdpi.com/2515880 #HubbardModel #unitary #transformation #density #matrix

ComputationMDPI's tweet image. #ComputationMDPI, New Publication "A Versatile Unitary Transformation Framework for an Optimal Bath Construction in Density-Matrix Based Quantum Embedding Approaches" 👉 Read the full article: mdpi.com/2515880 #HubbardModel #unitary #transformation #density #matrix
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AntoineHonet's profile picture.
Antoine Honet
 @AntoineHonet
10 Sep 2020

An atomistic approach including electron correlation effects to describe #plasmonic systems. GW approximation is used to solve the #HubbardModel. @bePhotonMeetup #bePOM20

AntoineHonet's tweet image. An atomistic approach including electron correlation effects to describe #plasmonic systems. GW approximation is used to solve the #HubbardModel. @bePhotonMeetup #bePOM20
AntoineHonet's tweet image. An atomistic approach including electron correlation effects to describe #plasmonic systems. GW approximation is used to solve the #HubbardModel. @bePhotonMeetup #bePOM20
AntoineHonet's tweet image. An atomistic approach including electron correlation effects to describe #plasmonic systems. GW approximation is used to solve the #HubbardModel. @bePhotonMeetup #bePOM20
AntoineHonet's tweet image. An atomistic approach including electron correlation effects to describe #plasmonic systems. GW approximation is used to solve the #HubbardModel. @bePhotonMeetup #bePOM20
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rothkopfAK's profile picture. Theoretical physicist 👨🏻‍🔬& member of @yngreforskere 🇳🇴 (views are my own) works as prof. at #KoreaUniversity 🇰🇷, #science #physics #seoul
Alexander Rothkopf
 @rothkopfAK
26 Jun 2023

Evan Berkovitz @fz_juelich tells us about #machinelearning applied to the study of the #Hubbardmodel an iconic model of #condensedmatter physics relevant e.g. for #graphene. Challenge in presence of doping (chemical potential) ➡️another sign problem. @EctTrento

rothkopfAK's tweet image. Evan Berkovitz @fz_juelich tells us about #machinelearning applied to the study of the #Hubbardmodel an iconic model of #condensedmatter physics relevant e.g. for #graphene. Challenge in presence of doping (chemical potential) ➡️another sign problem. @EctTrento
rothkopfAK's tweet image. Evan Berkovitz @fz_juelich tells us about #machinelearning applied to the study of the #Hubbardmodel an iconic model of #condensedmatter physics relevant e.g. for #graphene. Challenge in presence of doping (chemical potential) ➡️another sign problem. @EctTrento
rothkopfAK's tweet image. Evan Berkovitz @fz_juelich tells us about #machinelearning applied to the study of the #Hubbardmodel an iconic model of #condensedmatter physics relevant e.g. for #graphene. Challenge in presence of doping (chemical potential) ➡️another sign problem. @EctTrento
rothkopfAK's tweet image. Evan Berkovitz @fz_juelich tells us about #machinelearning applied to the study of the #Hubbardmodel an iconic model of #condensedmatter physics relevant e.g. for #graphene. Challenge in presence of doping (chemical potential) ➡️another sign problem. @EctTrento
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CondensMatter's profile picture. Condensed Matter (ISSN 2410-3896) is an international open access journal on the physics of condensed matter published quarterly online by MDPI.
Condensed Matter MDPI
 @CondensMatter
14 Mei

📜 Read #NewPaper: "Effect of t2g-Correlations and Doping in CrSBr Ferromagnetic #Semiconductor" by Luis Craco and Sabrina Silva Carara. 👏👏 🔗 See more details at: mdpi.com/2410-3896/10/2… #Hubbardmodel #ferromagnetism #DFT + #DMFT #memristor

CondensMatter's tweet image. 📜 Read #NewPaper: "Effect of t2g-Correlations and Doping in CrSBr Ferromagnetic #Semiconductor" by Luis Craco and Sabrina Silva Carara. 👏👏 🔗 See more details at: mdpi.com/2410-3896/10/2… #Hubbardmodel #ferromagnetism #DFT + #DMFT #memristor
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CondensMatter's profile picture. Condensed Matter (ISSN 2410-3896) is an international open access journal on the physics of condensed matter published quarterly online by MDPI.
Condensed Matter MDPI
 @CondensMatter
22 Nov

📜 Read #NewPaper: "Two-Band Electronic Reconstruction Induced via Correlation and CDW Order Effects" by Luis Craco. 👏👏 🔗 See more details at: mdpi.com/2410-3896/9/4/… #Hubbardmodel #twoband #CDW #densityofstates

CondensMatter's tweet image. 📜 Read #NewPaper: "Two-Band Electronic Reconstruction Induced via Correlation and CDW Order Effects" by Luis Craco. 👏👏 🔗 See more details at: mdpi.com/2410-3896/9/4/… #Hubbardmodel #twoband #CDW #densityofstates
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CondensMatter's profile picture. Condensed Matter (ISSN 2410-3896) is an international open access journal on the physics of condensed matter published quarterly online by MDPI.
Condensed Matter MDPI
 @CondensMatter
12 Sep 2024

📜 Read #NewPaper: "Atomristor Mott Theory of Sn Adatom Adlayer on a Si Surface" by Luis Craco, Edson F. Chagas, Sabrina S. Carara and Byron Freelon. 💐 💐 🔗 See more details at: mdpi.com/2410-3896/9/3/… #Hubbardmodel #DFT + #DMFT #metalinsulatortransition #atomristor

CondensMatter's tweet image. 📜 Read #NewPaper: "Atomristor Mott Theory of Sn Adatom Adlayer on a Si Surface" by Luis Craco, Edson F. Chagas, Sabrina S. Carara and Byron Freelon. 💐 💐 🔗 See more details at: mdpi.com/2410-3896/9/3/… #Hubbardmodel #DFT + #DMFT #metalinsulatortransition #atomristor
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PhysRevB's profile picture. @APSPhysics journal specializing in condensed matter & materials physics.
Physical Review B
 @PhysRevB
10 Jan

PRB Editors' Suggestion: 𝑠±-wave #superconductivity in the bilayer two-orbital #HubbardModel Yao-Yuan Zheng and Wéi Wú Phys. Rev. B 111, 035108 ➡️ go.aps.org/3PnDfoK #EdSugg @APSPhysics #condmat #physics

PhysRevB's tweet image. PRB Editors' Suggestion: 𝑠±-wave #superconductivity in the bilayer two-orbital #HubbardModel Yao-Yuan Zheng and Wéi Wú Phys. Rev. B 111, 035108 ➡️ go.aps.org/3PnDfoK #EdSugg @APSPhysics #condmat #physics
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NerdsOfX's profile picture. 🎥Movies 📺TVshows 📖Books 🔭Science 🗯Comics 💬Quotes 📜MagazineCovers
Nerds Of X
@NerdsOfX
19 Feb 2024

Scientists use the Hubbard model to investigate the intricate interplay of electron-electron interactions and lattice effects, shedding light on the mechanisms that drive superconductivity in various materials. #HubbardModel #Superconductivity #Physics

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HeiQuSim's profile picture. Simulation of Nuclear Magnetic Resonance Spectra and Quantum Computing. Check out our Youtube Channel https://t.co/5c3VqD3kEW
HQS Quantum Simulations
 @HeiQuSim
8 Mar 2020

Are you also fighting with the #HubbardModel, interested in #stronglycorrelated #materials, #QuantumMaterials or #superconductivity ? Check out out free lattice model solver: scce.quantumsimulations.de

BigAddie's profile picture. Cook. Cheese. Indian Cuisine. #yeg #bom Formerly a Physicist. Latest article, The Untold Story Of Indian Ghee:
Addie
 @BigAddie
27 Mar 2011

I wish the #HubbardModel had at least one more symmetry ... too large, I tell you, too large is the Hilbert space.

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PhysRevB's profile picture. @APSPhysics journal specializing in condensed matter & materials physics.
Physical Review B
 @PhysRevB
22 Feb 2024

PRB Editors' Suggestion: Ground-state phase diagram and #superconductivity of the doped #HubbardModel on six-leg square cylinders Yi-Fan Jiang, Thomas P. Devereaux, and Hong-Chen Jiang Phys. Rev. B 109, 085121 ➡️ go.aps.org/48ldWuH #EdSugg #condmat #physics @APSPhysics

PhysRevB's tweet image. PRB Editors' Suggestion: Ground-state phase diagram and #superconductivity of the doped #HubbardModel on six-leg square cylinders Yi-Fan Jiang, Thomas P. Devereaux, and Hong-Chen Jiang Phys. Rev. B 109, 085121 ➡️ go.aps.org/48ldWuH #EdSugg #condmat #physics @APSPhysics
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LorenzoDelRe2's profile picture.
Lorenzo Del Re
 @LorenzoDelRe2
24 Mar

My latest single-author paper is out in SciPost Physics! 🎉 There I extend the TPSC method to study magnetism in the Hubbard model 📜 Paper: scipost.org/SciPostPhys.18… #QuantumPhysics #CondensedMatter #HubbardModel #SciPost #TPSC #Antiferromagnetism #HiggsMode

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BigAddie's profile picture. Cook. Cheese. Indian Cuisine. #yeg #bom Formerly a Physicist. Latest article, The Untold Story Of Indian Ghee:
Addie
 @BigAddie
27 Mar 2011

I wish the #HubbardModel had at least one more symmetry ... too large, I tell you, too large is the Hilbert space.

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IOPProgressin's profile picture. IOP Publishing’s Progress In series™ - an evolving network of journals that curate, enhance and amplify essential research to unite global research communities.
Progress In series
 @IOPProgressin
20 Okt 2024

📘 New OA paper alert! Explore the results of the one-dimensional repulsive #HubbardModel. Delve into fundamental properties, including gapless spin, charge excitations & read insights into quantum criticality. Learn more: ow.ly/zH9F50TNkJ2 #OpenAccess #QuantumPhysics

IOPProgressin's tweet image. 📘 New OA paper alert! Explore the results of the one-dimensional repulsive #HubbardModel. Delve into fundamental properties, including gapless spin, charge excitations & read insights into quantum criticality. Learn more: ow.ly/zH9F50TNkJ2 #OpenAccess #QuantumPhysics
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PhysicsChinese's profile picture.
CPS Journals
 @PhysicsChinese
1 Sep

#Superconductivity #HubbardModel Using 8-site cluster DMFT, researchers reveal how the pseudogap and d-wave superconductivity compete/cooperate in the 2D Hubbard model. cpl.iphy.ac.cn/article/doi/10…

PhysicsChinese's tweet image. #Superconductivity #HubbardModel Using 8-site cluster DMFT, researchers reveal how the pseudogap and d-wave superconductivity compete/cooperate in the 2D Hubbard model. cpl.iphy.ac.cn/article/doi/10…
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CondensMatter's profile picture. Condensed Matter (ISSN 2410-3896) is an international open access journal on the physics of condensed matter published quarterly online by MDPI.
Condensed Matter MDPI
 @CondensMatter
14 Mei

📜 Read #NewPaper: "Effect of t2g-Correlations and Doping in CrSBr Ferromagnetic #Semiconductor" by Luis Craco and Sabrina Silva Carara. 👏👏 🔗 See more details at: mdpi.com/2410-3896/10/2… #Hubbardmodel #ferromagnetism #DFT + #DMFT #memristor

CondensMatter's tweet image. 📜 Read #NewPaper: "Effect of t2g-Correlations and Doping in CrSBr Ferromagnetic #Semiconductor" by Luis Craco and Sabrina Silva Carara. 👏👏 🔗 See more details at: mdpi.com/2410-3896/10/2… #Hubbardmodel #ferromagnetism #DFT + #DMFT #memristor
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LorenzoDelRe2's profile picture.
Lorenzo Del Re
 @LorenzoDelRe2
24 Mar

My latest single-author paper is out in SciPost Physics! 🎉 There I extend the TPSC method to study magnetism in the Hubbard model 📜 Paper: scipost.org/SciPostPhys.18… #QuantumPhysics #CondensedMatter #HubbardModel #SciPost #TPSC #Antiferromagnetism #HiggsMode

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PhysRevB's profile picture. @APSPhysics journal specializing in condensed matter & materials physics.
Physical Review B
 @PhysRevB
10 Jan

PRB Editors' Suggestion: 𝑠±-wave #superconductivity in the bilayer two-orbital #HubbardModel Yao-Yuan Zheng and Wéi Wú Phys. Rev. B 111, 035108 ➡️ go.aps.org/3PnDfoK #EdSugg @APSPhysics #condmat #physics

PhysRevB's tweet image. PRB Editors' Suggestion: 𝑠±-wave #superconductivity in the bilayer two-orbital #HubbardModel Yao-Yuan Zheng and Wéi Wú Phys. Rev. B 111, 035108 ➡️ go.aps.org/3PnDfoK #EdSugg @APSPhysics #condmat #physics
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CondensMatter's profile picture. Condensed Matter (ISSN 2410-3896) is an international open access journal on the physics of condensed matter published quarterly online by MDPI.
Condensed Matter MDPI
 @CondensMatter
22 Nov

📜 Read #NewPaper: "Two-Band Electronic Reconstruction Induced via Correlation and CDW Order Effects" by Luis Craco. 👏👏 🔗 See more details at: mdpi.com/2410-3896/9/4/… #Hubbardmodel #twoband #CDW #densityofstates

CondensMatter's tweet image. 📜 Read #NewPaper: "Two-Band Electronic Reconstruction Induced via Correlation and CDW Order Effects" by Luis Craco. 👏👏 🔗 See more details at: mdpi.com/2410-3896/9/4/… #Hubbardmodel #twoband #CDW #densityofstates
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IOPProgressin's profile picture. IOP Publishing’s Progress In series™ - an evolving network of journals that curate, enhance and amplify essential research to unite global research communities.
Progress In series
 @IOPProgressin
20 Okt 2024

📘 New OA paper alert! Explore the results of the one-dimensional repulsive #HubbardModel. Delve into fundamental properties, including gapless spin, charge excitations & read insights into quantum criticality. Learn more: ow.ly/zH9F50TNkJ2 #OpenAccess #QuantumPhysics

IOPProgressin's tweet image. 📘 New OA paper alert! Explore the results of the one-dimensional repulsive #HubbardModel. Delve into fundamental properties, including gapless spin, charge excitations & read insights into quantum criticality. Learn more: ow.ly/zH9F50TNkJ2 #OpenAccess #QuantumPhysics
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CondensMatter's profile picture. Condensed Matter (ISSN 2410-3896) is an international open access journal on the physics of condensed matter published quarterly online by MDPI.
Condensed Matter MDPI
 @CondensMatter
12 Sep 2024

📜 Read #NewPaper: "Atomristor Mott Theory of Sn Adatom Adlayer on a Si Surface" by Luis Craco, Edson F. Chagas, Sabrina S. Carara and Byron Freelon. 💐 💐 🔗 See more details at: mdpi.com/2410-3896/9/3/… #Hubbardmodel #DFT + #DMFT #metalinsulatortransition #atomristor

CondensMatter's tweet image. 📜 Read #NewPaper: "Atomristor Mott Theory of Sn Adatom Adlayer on a Si Surface" by Luis Craco, Edson F. Chagas, Sabrina S. Carara and Byron Freelon. 💐 💐 🔗 See more details at: mdpi.com/2410-3896/9/3/… #Hubbardmodel #DFT + #DMFT #metalinsulatortransition #atomristor
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PhysRevB's profile picture. @APSPhysics journal specializing in condensed matter & materials physics.
Physical Review B
 @PhysRevB
22 Feb 2024

PRB Editors' Suggestion: Ground-state phase diagram and #superconductivity of the doped #HubbardModel on six-leg square cylinders Yi-Fan Jiang, Thomas P. Devereaux, and Hong-Chen Jiang Phys. Rev. B 109, 085121 ➡️ go.aps.org/48ldWuH #EdSugg #condmat #physics @APSPhysics

PhysRevB's tweet image. PRB Editors' Suggestion: Ground-state phase diagram and #superconductivity of the doped #HubbardModel on six-leg square cylinders Yi-Fan Jiang, Thomas P. Devereaux, and Hong-Chen Jiang Phys. Rev. B 109, 085121 ➡️ go.aps.org/48ldWuH #EdSugg #condmat #physics @APSPhysics
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NerdsOfX's profile picture. 🎥Movies 📺TVshows 📖Books 🔭Science 🗯Comics 💬Quotes 📜MagazineCovers
Nerds Of X
@NerdsOfX
19 Feb 2024

Scientists use the Hubbard model to investigate the intricate interplay of electron-electron interactions and lattice effects, shedding light on the mechanisms that drive superconductivity in various materials. #HubbardModel #Superconductivity #Physics

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ComputationMDPI's profile picture. Computation (ISSN 2079-3197) is an #openaccess journal of computational biology, chemistry, and engineering; covered by #WoS and #Scopus. #mdpicomputation
Computation MDPI
 @ComputationMDPI
16 Okt 2023

#ComputationMDPI, New Publication "A Versatile Unitary Transformation Framework for an Optimal Bath Construction in Density-Matrix Based Quantum Embedding Approaches" 👉 Read the full article: mdpi.com/2515880 #HubbardModel #unitary #transformation #density #matrix

ComputationMDPI's tweet image. #ComputationMDPI, New Publication "A Versatile Unitary Transformation Framework for an Optimal Bath Construction in Density-Matrix Based Quantum Embedding Approaches" 👉 Read the full article: mdpi.com/2515880 #HubbardModel #unitary #transformation #density #matrix
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rothkopfAK's profile picture. Theoretical physicist 👨🏻‍🔬& member of @yngreforskere 🇳🇴 (views are my own) works as prof. at #KoreaUniversity 🇰🇷, #science #physics #seoul
Alexander Rothkopf
 @rothkopfAK
26 Jun 2023

Evan Berkovitz @fz_juelich tells us about #machinelearning applied to the study of the #Hubbardmodel an iconic model of #condensedmatter physics relevant e.g. for #graphene. Challenge in presence of doping (chemical potential) ➡️another sign problem. @EctTrento

rothkopfAK's tweet image. Evan Berkovitz @fz_juelich tells us about #machinelearning applied to the study of the #Hubbardmodel an iconic model of #condensedmatter physics relevant e.g. for #graphene. Challenge in presence of doping (chemical potential) ➡️another sign problem. @EctTrento
rothkopfAK's tweet image. Evan Berkovitz @fz_juelich tells us about #machinelearning applied to the study of the #Hubbardmodel an iconic model of #condensedmatter physics relevant e.g. for #graphene. Challenge in presence of doping (chemical potential) ➡️another sign problem. @EctTrento
rothkopfAK's tweet image. Evan Berkovitz @fz_juelich tells us about #machinelearning applied to the study of the #Hubbardmodel an iconic model of #condensedmatter physics relevant e.g. for #graphene. Challenge in presence of doping (chemical potential) ➡️another sign problem. @EctTrento
rothkopfAK's tweet image. Evan Berkovitz @fz_juelich tells us about #machinelearning applied to the study of the #Hubbardmodel an iconic model of #condensedmatter physics relevant e.g. for #graphene. Challenge in presence of doping (chemical potential) ➡️another sign problem. @EctTrento
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uni_tue's profile picture. Offizieller Account der Universität Tübingen. Mastodon: https://t.co/Fthzu3dyAD Bluesky: https://t.co/5OWUtWqM8k
Universität Tübingen
 @uni_tue
24 Mar 2021

New article "A MultiMethod, MultiMessenger Study of the Two-Dimensional Hubbard Model" - coauthors from the Institute of Theoretical Physics of the University of Tübingen & led by @tschaefer87 #quantumphysics #openaccess #HubbardModel uni-tuebingen.de/universitaet/a…

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Tidak ada hasil untuk "#hubbardmodel"
PhysicsChinese's profile picture.
CPS Journals
 @PhysicsChinese
1 Sep

#Superconductivity #HubbardModel Using 8-site cluster DMFT, researchers reveal how the pseudogap and d-wave superconductivity compete/cooperate in the 2D Hubbard model. cpl.iphy.ac.cn/article/doi/10…

PhysicsChinese's tweet image. #Superconductivity #HubbardModel Using 8-site cluster DMFT, researchers reveal how the pseudogap and d-wave superconductivity compete/cooperate in the 2D Hubbard model. cpl.iphy.ac.cn/article/doi/10…
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ComputationMDPI's profile picture. Computation (ISSN 2079-3197) is an #openaccess journal of computational biology, chemistry, and engineering; covered by #WoS and #Scopus. #mdpicomputation
Computation MDPI
 @ComputationMDPI
16 Okt 2023

#ComputationMDPI, New Publication "A Versatile Unitary Transformation Framework for an Optimal Bath Construction in Density-Matrix Based Quantum Embedding Approaches" 👉 Read the full article: mdpi.com/2515880 #HubbardModel #unitary #transformation #density #matrix

ComputationMDPI's tweet image. #ComputationMDPI, New Publication "A Versatile Unitary Transformation Framework for an Optimal Bath Construction in Density-Matrix Based Quantum Embedding Approaches" 👉 Read the full article: mdpi.com/2515880 #HubbardModel #unitary #transformation #density #matrix
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rothkopfAK's profile picture. Theoretical physicist 👨🏻‍🔬& member of @yngreforskere 🇳🇴 (views are my own) works as prof. at #KoreaUniversity 🇰🇷, #science #physics #seoul
Alexander Rothkopf
 @rothkopfAK
26 Jun 2023

Evan Berkovitz @fz_juelich tells us about #machinelearning applied to the study of the #Hubbardmodel an iconic model of #condensedmatter physics relevant e.g. for #graphene. Challenge in presence of doping (chemical potential) ➡️another sign problem. @EctTrento

rothkopfAK's tweet image. Evan Berkovitz @fz_juelich tells us about #machinelearning applied to the study of the #Hubbardmodel an iconic model of #condensedmatter physics relevant e.g. for #graphene. Challenge in presence of doping (chemical potential) ➡️another sign problem. @EctTrento
rothkopfAK's tweet image. Evan Berkovitz @fz_juelich tells us about #machinelearning applied to the study of the #Hubbardmodel an iconic model of #condensedmatter physics relevant e.g. for #graphene. Challenge in presence of doping (chemical potential) ➡️another sign problem. @EctTrento
rothkopfAK's tweet image. Evan Berkovitz @fz_juelich tells us about #machinelearning applied to the study of the #Hubbardmodel an iconic model of #condensedmatter physics relevant e.g. for #graphene. Challenge in presence of doping (chemical potential) ➡️another sign problem. @EctTrento
rothkopfAK's tweet image. Evan Berkovitz @fz_juelich tells us about #machinelearning applied to the study of the #Hubbardmodel an iconic model of #condensedmatter physics relevant e.g. for #graphene. Challenge in presence of doping (chemical potential) ➡️another sign problem. @EctTrento
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PhysRevB's profile picture. @APSPhysics journal specializing in condensed matter & materials physics.
Physical Review B
 @PhysRevB
22 Feb 2024

PRB Editors' Suggestion: Ground-state phase diagram and #superconductivity of the doped #HubbardModel on six-leg square cylinders Yi-Fan Jiang, Thomas P. Devereaux, and Hong-Chen Jiang Phys. Rev. B 109, 085121 ➡️ go.aps.org/48ldWuH #EdSugg #condmat #physics @APSPhysics

PhysRevB's tweet image. PRB Editors' Suggestion: Ground-state phase diagram and #superconductivity of the doped #HubbardModel on six-leg square cylinders Yi-Fan Jiang, Thomas P. Devereaux, and Hong-Chen Jiang Phys. Rev. B 109, 085121 ➡️ go.aps.org/48ldWuH #EdSugg #condmat #physics @APSPhysics
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PhysRevB's profile picture. @APSPhysics journal specializing in condensed matter & materials physics.
Physical Review B
 @PhysRevB
10 Jan

PRB Editors' Suggestion: 𝑠±-wave #superconductivity in the bilayer two-orbital #HubbardModel Yao-Yuan Zheng and Wéi Wú Phys. Rev. B 111, 035108 ➡️ go.aps.org/3PnDfoK #EdSugg @APSPhysics #condmat #physics

PhysRevB's tweet image. PRB Editors' Suggestion: 𝑠±-wave #superconductivity in the bilayer two-orbital #HubbardModel Yao-Yuan Zheng and Wéi Wú Phys. Rev. B 111, 035108 ➡️ go.aps.org/3PnDfoK #EdSugg @APSPhysics #condmat #physics
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CondensMatter's profile picture. Condensed Matter (ISSN 2410-3896) is an international open access journal on the physics of condensed matter published quarterly online by MDPI.
Condensed Matter MDPI
 @CondensMatter
14 Mei

📜 Read #NewPaper: "Effect of t2g-Correlations and Doping in CrSBr Ferromagnetic #Semiconductor" by Luis Craco and Sabrina Silva Carara. 👏👏 🔗 See more details at: mdpi.com/2410-3896/10/2… #Hubbardmodel #ferromagnetism #DFT + #DMFT #memristor

CondensMatter's tweet image. 📜 Read #NewPaper: "Effect of t2g-Correlations and Doping in CrSBr Ferromagnetic #Semiconductor" by Luis Craco and Sabrina Silva Carara. 👏👏 🔗 See more details at: mdpi.com/2410-3896/10/2… #Hubbardmodel #ferromagnetism #DFT + #DMFT #memristor
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CondensMatter's profile picture. Condensed Matter (ISSN 2410-3896) is an international open access journal on the physics of condensed matter published quarterly online by MDPI.
Condensed Matter MDPI
 @CondensMatter
22 Nov

📜 Read #NewPaper: "Two-Band Electronic Reconstruction Induced via Correlation and CDW Order Effects" by Luis Craco. 👏👏 🔗 See more details at: mdpi.com/2410-3896/9/4/… #Hubbardmodel #twoband #CDW #densityofstates

CondensMatter's tweet image. 📜 Read #NewPaper: "Two-Band Electronic Reconstruction Induced via Correlation and CDW Order Effects" by Luis Craco. 👏👏 🔗 See more details at: mdpi.com/2410-3896/9/4/… #Hubbardmodel #twoband #CDW #densityofstates
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CondensMatter's profile picture. Condensed Matter (ISSN 2410-3896) is an international open access journal on the physics of condensed matter published quarterly online by MDPI.
Condensed Matter MDPI
 @CondensMatter
12 Sep 2024

📜 Read #NewPaper: "Atomristor Mott Theory of Sn Adatom Adlayer on a Si Surface" by Luis Craco, Edson F. Chagas, Sabrina S. Carara and Byron Freelon. 💐 💐 🔗 See more details at: mdpi.com/2410-3896/9/3/… #Hubbardmodel #DFT + #DMFT #metalinsulatortransition #atomristor

CondensMatter's tweet image. 📜 Read #NewPaper: "Atomristor Mott Theory of Sn Adatom Adlayer on a Si Surface" by Luis Craco, Edson F. Chagas, Sabrina S. Carara and Byron Freelon. 💐 💐 🔗 See more details at: mdpi.com/2410-3896/9/3/… #Hubbardmodel #DFT + #DMFT #metalinsulatortransition #atomristor
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AntoineHonet's profile picture.
Antoine Honet
 @AntoineHonet
10 Sep 2020

An atomistic approach including electron correlation effects to describe #plasmonic systems. GW approximation is used to solve the #HubbardModel. @bePhotonMeetup #bePOM20

AntoineHonet's tweet image. An atomistic approach including electron correlation effects to describe #plasmonic systems. GW approximation is used to solve the #HubbardModel. @bePhotonMeetup #bePOM20
AntoineHonet's tweet image. An atomistic approach including electron correlation effects to describe #plasmonic systems. GW approximation is used to solve the #HubbardModel. @bePhotonMeetup #bePOM20
AntoineHonet's tweet image. An atomistic approach including electron correlation effects to describe #plasmonic systems. GW approximation is used to solve the #HubbardModel. @bePhotonMeetup #bePOM20
AntoineHonet's tweet image. An atomistic approach including electron correlation effects to describe #plasmonic systems. GW approximation is used to solve the #HubbardModel. @bePhotonMeetup #bePOM20
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IOPProgressin's profile picture. IOP Publishing’s Progress In series™ - an evolving network of journals that curate, enhance and amplify essential research to unite global research communities.
Progress In series
 @IOPProgressin
20 Okt 2024

📘 New OA paper alert! Explore the results of the one-dimensional repulsive #HubbardModel. Delve into fundamental properties, including gapless spin, charge excitations & read insights into quantum criticality. Learn more: ow.ly/zH9F50TNkJ2 #OpenAccess #QuantumPhysics

IOPProgressin's tweet image. 📘 New OA paper alert! Explore the results of the one-dimensional repulsive #HubbardModel. Delve into fundamental properties, including gapless spin, charge excitations & read insights into quantum criticality. Learn more: ow.ly/zH9F50TNkJ2 #OpenAccess #QuantumPhysics
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