Global simulations show a prescribed latitudinal entropy gradient, in thermal-wind balance, can sustain the Sun's observed differential rotation without strong convective Reynolds stresses.
Title resolution pending
5 Pith papers cite this work, alongside 1,149 external citations. Polarity classification is still indexing.
5
Pith papers citing it
1,149
external citations · Crossref
representative citing papers
A self-consistent scheme that uses AFQMC's computed density matrix to improve the trial wave function is proposed and demonstrated on small molecules, alongside faster multi-determinant AFQMC implementations.
DMET's entanglement spectrum matches DMRG only for the symmetric zero-potential variant in weak-coupling regimes; at strong coupling all variants diverge from exact results.
Apollo is a room-temperature 10000-node CMOS neuromorphic chip whose p-qubit network emulates transverse-field quantum annealing via Suzuki-Trotter and reportedly achieves lower energies than cryogenic QA on 3D spin-glass benchmarks across 300 realizations.
citing papers explorer
-
Solar differential rotation driven by baroclinic forcing
Global simulations show a prescribed latitudinal entropy gradient, in thermal-wind balance, can sustain the Sun's observed differential rotation without strong convective Reynolds stresses.
-
Some Recent Developments in Auxiliary-Field Quantum Monte Carlo for Real Materials
A self-consistent scheme that uses AFQMC's computed density matrix to improve the trial wave function is proposed and demonstrated on small molecules, alongside faster multi-determinant AFQMC implementations.
-
Comparative study of the density matrix embedding theory for the Hubbard models
DMET's entanglement spectrum matches DMRG only for the symmetric zero-potential variant in weak-coupling regimes; at strong coupling all variants diverge from exact results.
-
Quantum-Driven Neuromorphic Computing for Million-Qubit-Scale Workloads
Apollo is a room-temperature 10000-node CMOS neuromorphic chip whose p-qubit network emulates transverse-field quantum annealing via Suzuki-Trotter and reportedly achieves lower energies than cryogenic QA on 3D spin-glass benchmarks across 300 realizations.
- svPITE: A Python package for the state-vector-based probabilistic imaginary-time evolution algorithm