Top Tweets for #finitetemperature
Wenlan Chen’s team has verified the #NonHermitian linear response theory, extending it to the #FiniteTemperature regime, offering a new approach for investigating strong correlations in #QuantumManyBody systems. #InnovativeTsinghua https://t.co/3JbAkho7dt
Aimed at a more realistic classical description of natural quantum systems, we present a two-dimensional #tensornetwork algorithm to study #finitetemperature properties of frustrated model quantum systems and real quantum materials.
For this purpose, we introduce the infinite projected entangled simplex operator ansatz to study thermodynamic properties. To obtain state-of-the-art benchmarking results, we explore the highly challenging spin-1/2 #Heisenberg antiferromagnet on the #Kagome lattice, a system for which we investigate the melting of the magnetization plateaus at finite magnetic field and temperature.
Making a close connection to actual experimental data of real #quantummaterials, we go on to studying the finite temperature properties of Ca10Cr7O28. We compare the magnetization curve of this material in the presence of an external magnetic field at finite temperature with classically simulated data.
As the first theoretical tool that incorporates both thermal fluctuations as well as quantum correlations in the study of this material, our work contributes to settling the existing controversy between the experimental data and previous theoretical works on the magnetization process.
Evaluation of the Exchange Stiffness Constants of Itinerant Magnets from the First-Principles Calculations | JPS Hot Topics
#ExchangeStiffnessConstant
#FiniteTemperature
#FirstPrinciplesCalculation
#JPSJ
#JPSHotTopics
https://t.co/9J3TnmcC8N
Read #NewPaper "Magic Numbers and Mixing Degree in Many-Fermion Systems" from D. Monteoliva et al. https://t.co/yVLFdbF529
#Tsallisentropy
#fermionsystems
#mixturedegree
#finitetemperature
#magicnumbers
📚#mdpiparticles #EditorsChoice 👉"Quantization of Gravity and Finite Temperature Effects"
✍ Paper written by: Inyong Park
👉 Link: https://t.co/h5twGYNlKQ
#quantumgravity
#finitetemperature;
#cosmologicalconstantproblem
#QED
@MdpiPhysci
Gert Aarts @EctTrento @SwanseaPPCTh gives @2022Quark Matter colloquium on Overview of the lattice QCD at finite temperature and density (TH)
#latticeQCD #ChiralSymmetry #FiniteTemperature #FASTSUM
Rasmus Larsen @UniStavanger gives first plenary on 2nd day of #SEWM2021 conference on Bound states in a quark-gluon plasma from lattice QCD
#latticeQCD #bottomonium #FiniteTemperature
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