|
devices, functional materials, materials characterisation, nanomaterials, structural materials |
13 |
|
null |
12 |
|
simulation of emerging electronics |
10 |
|
2d materials research, emerging technologies, fundamentals |
8 |
|
absorption, emission, spectroscopy, time-resolved, vibrational |
8 |
|
contingency management, effective governance, nuclear safety, stakeholder engagement, stakeholder trust |
6 |
|
quantum control, spin detection, spin injection, spintronic device, spintronics |
5 |
|
photonics, electronics, topological physics |
5 |
|
2d nano-devices, spin and valley physics, synthesis and growth, tmds, two-dimensional (2d) materials |
4 |
|
epitaxy and growth, nano-device, spin and valley physics, transition metal dichalcogenides (tmdc), two-dimensional (2d) films |
4 |
|
flexible electrodes, halide perovskites, quasi-2d, solar cells, surface modification |
4 |
|
many-body localization, quantum dynamics, quantum matter, strongly correlated systems, topological transport |
4 |
|
molecular functional materials |
4 |
|
quantum communication, quantum cryptography, quantum key distribution, quantum photonics, random number generator |
4 |
|
- |
4 |
|
agb and post-agb, circumstellar matter, molecules, planetary nebulae, radio lines |
3 |
|
agb/post-agb, evolved stars, masers, mass-loss, radio astronomy |
3 |
|
air cherenkov telescope, fermi, gamma rays, millisecond pulsars, pulsars |
3 |
|
antiinfective agents, materials testing, nanotechnology |
3 |
|
astronomy |
3 |
|
bacterial therapy, cancer, combinatorial control, hypoxia, synthetic biology |
3 |
|
carbon-metal oxide, lead removal from water, nano composites |
3 |
|
carbon-rich, functional materials, nano-scale |
3 |
|
cosmogenic background, neutrino oscillation, neutron detector |
3 |
|
crysalline topological phases, global topology in the k space, quantum simulations, real equivariant k theory, topological metal/insulator |
3 |
|
diodes |
3 |
|
ecological influence, submarine groundwater discharge, tolo harbour |
3 |
|
galactic archaeology, interstellar medium, planetary nebulae, stellar evolution |
3 |
|
laser, led |
3 |
|
multi-modal quantum sensing, nanomagnetism |
3 |
|
optical |
3 |
|
pnictide superconductors, theoretical, topological insulators |
3 |
|
quantum |
3 |
|
quantum coherence, quantum control, quantum key distribution, quantum state preparation, topological superfluid |
3 |
|
many-body paradigm, quantum moiré material research |
3 |
|
moiré lattices in 2d layered materials / excitons and polaritons / dielectric and plasmonic photonic nanostructures / topological photonic nanostructures / chiral optics |
3 |
|
multi-modal quantum sensing, nanomagnetism |
3 |
|
strong quantum entanglement; rydberg and constrained systems; thermal and dynamical properties; large-scale quantum simulations |
3 |
|
transport property; energy conversion; zintl phase |
3 |
|
2d van der waals materials, cavity systems, electromagnetic nano-resonators, van der waals heterostructures |
2 |
|
acceleration mechanisms, gamma-ray emission, neutron stars, pulsars, radiation processes |
2 |
|
accretion, light curves, neutron stars, quark matter, thermal radiation |
2 |
|
analysis, mixing, neutrino, parameters, simulation |
2 |
|
astrophysical constraints, space-time models |
2 |
|
atomistic design of electronic devices, gpu-based workstation |
2 |
|
authenticity identification, development, jewellery industry, practical wide-field quantum diamond microscope |
2 |
|
brane world cosmology, dark energy, dark matter, gravitational lensing, reheating |
2 |
|
chemical pressure effect, iron-based superconductor, phase diagram, quantum phase transition, substitution with element |
2 |
|
cold atoms, condensed matter systems, theoretical, topological states |
2 |
|
cold atoms, optical lattices, quantum gases, quantum simulation, syntheic quantum matter |
2 |
|
compensation, defect, magnetic property, positron, zno |
2 |
|
condensed matter, novel electronic states |
2 |
|
copolymers, fabrication, nanostructures |
2 |
|
cosmic muons, gd-doped ls, muon tracker, neutron detector, underground lab |
2 |
|
cosmic rays, outflows, particle acceleration, particle transport, pulsar wind nebula |
2 |
|
defects, o-vacancy, zno, zn-vacancy |
2 |
|
degradation, microplastics, photocatalytic |
2 |
|
device design, device properties, light emitting devices, low-dimensiona perovskite, material properties |
2 |
|
dirac fermion, helical metal, kondo effect, surface state, topological insulator |
2 |
|
droplet soliton, magnetic, magnetic nanostructure, skyrmion topological, spin torque oscillators, spin transfer torque |
2 |
|
dye-sensitized solar cells, layer-by-layer deposition, nanomaterials, organic-inorganic hybrid materials, supermolecular metal complex |
2 |
|
dynamical, organic photonic |
2 |
|
ecotoxicology, marine pollution, multiple stressors, nanotoxicology, sunscreens |
2 |
|
electron irradiation, silicon carbide |
2 |
|
electron-doped, electronic states, high temperature, superconductors |
2 |
|
electronic states |
2 |
|
encapsulation of next generation solar cells |
2 |
|
environmental monitoring, light pollution, night sky brightness |
2 |
|
evolved stars, maser, mass loss, radio astronomy, red supergiant |
2 |
|
galactic archaeology, galactic bulge, galactic evolution, planetary nebulae |
2 |
|
gamma-ray emission, neutron stars, pulsar, radio emission, simulation |
2 |
|
go-based antibacterial |
2 |
|
gutzwiller approximation, hubbard model, optical lattice, t-j model, ultracold atoms |
2 |
|
heterojunction, metal, photovoltaic |
2 |
|
hong kong, radon |
2 |
|
impurity, in-gap bound state, topological invariant |
2 |
|
inn film, molecular-beam epitaxy |
2 |
|
inorganic, nanocomposites, optoelectronic, organic |
2 |
|
majorana fermions, optical lattices, p-wave superfluid, spin-orbit coupling, topological phases |
2 |
|
metal complexes, nanomaterials |
2 |
|
mgo-based |
2 |
|
mgo-based antibacterial |
2 |
|
mgo-based antibacterial surface coatings |
2 |
|
moiré superlattice, two-dimensional materials, two-dimensional superlattice, van der waals heterostructure |
2 |
|
molecular-beam epitaxy, surface, thin film, topological insulator |
2 |
|
nanocomposites |
2 |
|
nanostructures |
2 |
|
nanosurfaces |
2 |
|
neutron stars, properties, pulsar radiation, strange stars |
2 |
|
optical properties |
2 |
|
origins of defects in zno |
2 |
|
photovoltaic devices, polyelectrolyte |
2 |
|
positron |
2 |
|
quantum gyroscopes, quantum metrology, quantum networks, quantum reference frames, quantum shannon theory |
2 |
|
science |
2 |
|
spectroscopic |
2 |
|
transition metal |
2 |
|
zno |
2 |
|
1d fermi and bose gases , bethe ansatz , luttinger liquid , quantum dynamics , tensor network states |
2 |
|
artificial light; birds; mai po nature reserve |
2 |
|
high energy physics, gaseous detector, future colliders, high performance, calorimetry |
2 |
|
nonsymmorphic crystal symmetry, momentum space, topological phase, artificial gauge field, projective representation |
2 |
|
quantum cryptography, quantum key distribution, twin-field qkd, passive qkd, |
2 |
|
quantum entanglement, quantum phase transitions, quantum many-body systems, quantum non-local measurements, monte carlo and tensor-network |
2 |
|
-- |
1 |
|
2021, forum, hong, kong, physics |
1 |
|
2d atomic crystals, magnetic 2d materials, spintronics, van der waals heterostructures |
1 |
|
2d crystals, spin, transition metal dichalcogenid, valley, van der waals heterostructure |
1 |
|
2d materials, band structure, moire superlattice, monolayer tmd, optical properties |
1 |
|
2d materials, berry phase, emergent magnetic field, moire pattern, van der waals heterostructures |
1 |
|
2d materials, dichalcogenides, spin-orbit coupling, spintronics, spin-valley coupling |
1 |
|
2d materials, moire pattern, superlattice, topological insulator, van der waals heterostructures |
1 |
|
2d semiconductors, electron-hole liquid, monochalcogenides, quantum phase transition |
1 |
|
2d semiconductors, exciton, exciton-exciton interactions, monolayer dichalcogenide |
1 |
|
2d semiconductors, freedom, manipulation, quantum, spin and valley degrees |
1 |
|
3d symmetry-protected topological phases, bulk-boundary correspondences |
1 |
|
4d/5d materials, hidden multipolar order, kitaev materials, rare-earth magnets |
1 |
|
6h-sic(0001) surfaces, gan films |
1 |
|
acceleration mechanisms, binary systems, gamma-ray emissions, pulsars, radiation processes |
1 |
|
acceleration mechanisms, galactic black holes, multi-wavelength emission, radiation processes, relativistic jets |
1 |
|
accretion disk, black hole astrophysics, general relativity, x-ray reflection, x-ray reverberation |
1 |
|
accretion rate, binary protostellar systems, circumbinary disk, circumstellar disk, star formation |
1 |
|
accretion, black hole, tidal disruption events |
1 |
|
adiabatic, fidelity of gates, geometric phase, quantum computation |
1 |
|
advanced nano-structures, graphene and 2d crystals, interfacial engineering, many-body effects, morié superlattices |
1 |
|
afterglows, compact stellar objects, gamma ray bursts, high energy radiation, radiation mechanism |
1 |
|
algorithm developments, large-scale computation, quantum magnets, quantum materials, twisted bilayer graphene |
1 |
|
alinn, films, properties |
1 |
|
alpha clustering structure, multi-neutron systems, neutron-rich nuclei, quasi-free scattering reaction, samurai at riken |
1 |
|
antiferromagnetic insulator, superconductor |
1 |
|
antiferromagnetism, correlated electrons, magnetic excitation, rvb theory, superconductivity |
1 |
|
anyon, quantum anomaly, symmetry, topological order, topological phase of matter |
1 |
|
artificial intelligence, large-scale computation, machine learning, quantum many-body system, quantum materials |
1 |
|
astrophysical, black, holes, moving, rapid |
1 |
|
astrophysical, gamma-ray |
1 |
|
atlas experiment, beyond standard model higgs, chargino and neutralino, large hadron collider, run ii and early run iii |
1 |
|
atlas experiment, heavy higgs, lhc run ii program, same-sign lepton pairs, supersymmetry |
1 |
|
atlas, lhc, phase 1 commissioning, rpc detector control system, stgc detector electronics |
1 |
|
atomic scale deep level defect, sic devices |
1 |
|
atomic structure, diffraction |
1 |
|
atomic structure, electron diffraction, finite difference, full potential |
1 |
|
atomic structure, electronic properties, mbe, phosphorene, stm |
1 |
|
atomic, leed patterson function |
1 |
|
atomic, leed spectra, model |
1 |
|
atomiccrystals, functional materials, heterostructures, two-dimensional, van der waals |
1 |
|
attosecond science, condensed-matter physics, high-harmonic generation, strong-field laser physics, ultrafast optics |
1 |
|
ballistic transport, electron optics, graphene and 2d materials, p-n junctions, quantum interference |
1 |
|
bandgap engineering, lbg polymers & nfas, light management, perovskite/polymer solar cell, tandem solar cell |
1 |
|
bec-bcs crossover, fermi liquid theory, spin diffusion in fermi gases, unitary fermi gases, universal relations |
1 |
|
bec-bcs crossover, fermi liquid theory, spin diffusion, unitary fermi gases |
1 |
|
berry curvature, goos-hänchen, imbert-fedorov, metamaterials, topological |
1 |
|
berry phase, magnetoresistance, spin transport, topological phase transition |
1 |
|
beta-decay spectroscopy, breaking of isospin symmetry, frontend asic readout, halo nucleus, silicon detector array |
1 |
|
bio-sensing, microfluidics, multifunctional sensing, nanodiamond, nano-plasmonics |
1 |
|
black hole accretion, numerical simulation, relativistic jet, tidal disruption event, x-ray reverberation |
1 |
|
black hole astrophysics, general relativity, tidal disruption events, transients |
1 |
|
black hole physics, cosmic rays, galactic center, gamma-rays, non-thermal radiation |
1 |
|
black hole physics, cosmic rays, galactic center, gamma-rays, nonthermal radiation |
1 |
|
boundary-modes, quantum computing, quantum simulation, topological systems |
1 |
|
brightest cluster galaxy, interstellar medium, intracluster medium, star formation, x-ray cooling flows |
1 |
|
bulk and shear viscosity, effective range, p-wave fermi gas, transport coefficient, unitary fermi gas |
1 |
|
carbon nanotube, dielectric constant |
1 |
|
carbon nanotube, electron-electron interaction, luttinger liquid, quantum capacitance |
1 |
|
carbon nanotube, quantum transport |
1 |
|
carbon nanotubes, electronic structures |
1 |
|
carbon nanotubes, optical spectroscopy, raman |
1 |
|
carhbon foil, positron lifetime spectroscopy, secondary electron, slow positrons, timing spectroscopy |
1 |
|
certain quantum, cryptanalysis, cryptographic |
1 |
|
charge transport, quantum spin, spin transverse force |
1 |
|
checkerboard, copper oxides, superconducting |
1 |
|
chiral anomaly, fermi arc, magnetoresistance, quantum transport, weyl semimetal |
1 |
|
chiral edge state, helical edge state, quantum anomalous hall effect, quantum spin hall effect, topological phase |
1 |
|
cmr, electroresistance, field effect, perovskite, thin films |
1 |
|
coherent single spin emitter |
1 |
|
colassal magnetoresistance, electron doping, heterojunctions, manganite |
1 |
|
cold atoms, edge modes, f-wave pairings, majorana fermions, topological properties |
1 |
|
cold atoms, qauntum simulation |
1 |
|
cold atoms, quantum simulation, time reversal symmetry, topological metals, z2 topolgocal charges |
1 |
|
colossal |
1 |
|
compound semiconductor, nanoclusters, nanowires |
1 |
|
condensed matter, magnetism, spin, superconductivity, topological insulator |
1 |
|
conductors |
1 |
|
contact and universal relation, exact relations, low-dimensional quantum gases, p-wave resonance, strongly interacting fermi gas |
1 |
|
contact and universal relation, fermi liquid theory, large spin fermi gases, spin diffusion, su(n) fermi gases |
1 |
|
correlated electron systems, large-scale simulation, quantum phase transitions, spectra at quantum criticality, transport and criticality |
1 |
|
correlated electrons, electronic structure, magnetism, many body physics, superconductivity |
1 |
|
correlated electrons, magnetism, multi-orbitals, pairing symmetry, superconductivity |
1 |
|
correlated, quantum entanglement, quantum phase |
1 |
|
cosmic microwave background, cosmological structure, galaxy clusters, neutrino mass, neutrino mass hierarchy |
1 |
|
crystal optics, excitation and transition of atoms, excitation processes, optical spectroscopy, quantum theory of radiation |
1 |
|
crystalline symmetry, strongly correlated systems, symmetry breaking, symmetry protected phases, topological phases |
1 |
|
crystalline, exploring, fields, gauge, quantum, topological |
1 |
|
cu-doped zno, dilute magnetic semiconductor, ferromagnetism |
1 |
|
dark matter, early universe, galaxies and galaxy clusters, galaxy formation, gravitational lensing |
1 |
|
dark matter, galaxies and galaxy clusters, galaxy formation, gravitational lensing, high redshifts |
1 |
|
defect, doping, mbe, tmd |
1 |
|
defect, ion migration, led, perovskite |
1 |
|
defects, dichalcogenide, epifilms, interlayer, microscopic, polymorphic |
1 |
|
density functional theory, heat transport, joule heat, nano-devices, nonequilibrium green function |
1 |
|
dilute fermi gas, effective range expansion, fermi liquid theory, p-wave resonance, transport coefficient |
1 |
|
dion-jacobson, halide perovskite, led |
1 |
|
dirac fermion, electronic transport |
1 |
|
dirac semimetal, magnetotransport, quantum transport, topological materials, weyl semimetal |
1 |
|
disorder, fermi surfaces, topological property, weyl semi-metal |
1 |
|
disordered system, dynamical response, mesoscopic-conductors |
1 |
|
disordered systems, levitons, monolayer mos2, spin/valley transport, valleytronics |
1 |
|
disordered systems, quantum phase transition, transport properties, weyl semimetal |
1 |
|
distillation, ldpc code, quantum code, quantum cryptography, quantum entanglement |
1 |
|
dlts, pas, silicon carbide |
1 |
|
dopant, ion implantation, zinc oxide material |
1 |
|
doping content, irs, superconductors |
1 |
|
double buffer, epitaxial yba, silicon, thin films |
1 |
|
double-junction tandem solar cells, fundamental optoelectronic, high efficiency gainp/gaas |
1 |
|
double-sided silicon strip detector, pairing interaction, proton drip line, quantum three-body system, two-proton emission |
1 |
|
draa |
1 |
|
edge states, inas/gasb quantum well, quantum spin hall effect, quantum transport, topological phase of matter |
1 |
|
electron spin in quantum dot, inhomogeneous broadening, nuclear state preparation, optical control in quantum dot |
1 |
|
electron transport, photogalvanic effect, quantum well, spin current, spintronics |
1 |
|
electron, real space, spin |
1 |
|
electronic devices, spin electronics, spintronics |
1 |
|
electronic properties, mbe, strain, thin film, topological insulator |
1 |
|
electrons, metals, semiconductors |
1 |
|
elliptical galaxies, galaxy groups and clusters, interstellar medium, star formation, x-ray cooling flow |
1 |
|
emergent phenomena, itinerant electrons, non-fermi liquids, quantum control, topological orders |
1 |
|
enhancement, perovskite-based solar cells, power conversion efficiency |
1 |
|
entanglement, nuclear spin, quantum information processing, spin squeezing |
1 |
|
environment, external lighting |
1 |
|
evolved stars, infrared, interstellar medium, planetary nebulae |
1 |
|
exciton-polaritons, monolayer semiconductors, valley physics, van der waals heterostructures |
1 |
|
exotic nuclei, isospin symmetry breaking, new magic number, nucleon correlations, silicon strip detection array |
1 |
|
experiments at ribf riken, gamma-ray detector array, in-beam gamma spectroscopy, magic number in exotic nuclei, nuclear structure evolutions |
1 |
|
experiments at ribf riken, magic number in exotic nuclei, novel labr3(ce) spectrometer, spectroscopy of 100sn, structure around 100sn nuclei |
1 |
|
faraday rotation, quantum nanostructures, semiconductors, spintronics, ultrafast phenomenon |
1 |
|
fault-tolerant quantum computation |
1 |
|
fault-tolerant, quantum |
1 |
|
fluctuation, mesocopic, phase diagram, spin-hall effect |
1 |
|
four top production, heavy higgs, physics beyond the sm, single lepton channel, vector-like quarks |
1 |
|
fundamental physics, lhc, the universe |
1 |
|
fundamental structure of matter, high energy particle collisions |
1 |
|
fundamental structure, high energy particle collisions |
1 |
|
fuzzy dark matter, james webb space telescope, observational phenomenology, primordial black holes, wimp dark matter |
1 |
|
gaas, optical properties |
1 |
|
galaxy groups and clusters, giant elliptical galaxies, globular clusters, interstellar medium, star formation |
1 |
|
gallium |
1 |
|
gallium nitride, irradiation, particle |
1 |
|
gamma rays, hawc, pulsars, tev, very high energy emission |
1 |
|
gamma-ray, gravitational radiation, neutron stars |
1 |
|
gan |
1 |
|
gan, ingan |
1 |
|
graphene band structure, spin and valleytronics, spin-orbit coupling, transverse magnetic focusing, van der waals engineering |
1 |
|
heavy ion, ion implantation, isospin–symmetry breaking, shell model, β decay |
1 |
|
hetero-junction, ingan on si, mbe, solar cell |
1 |
|
heteroepitaxial, opto-electric response, perovskites |
1 |
|
heteroepitaxy, molecular-beam epitaxy, superlattices, topological insulator |
1 |
|
heterogenous computing systems, high-performance, power-efficient |
1 |
|
heterojunctions, manganite perovskites |
1 |
|
heterostructures, lattice strain, perovskite manganites |
1 |
|
high energy processes, radiation emission mechanism, shock acceleration, stellar capture process, supermassive black holes |
1 |
|
high tc superconductor, magnetism, mean field theory, mott insulator, spin liquid |
1 |
|
high-quality zinc oxide bulk crystals, multi-photon-excited, nanostructures |
1 |
|
imaging, mass-loss, post-agb/agb, proto planetary nebulae, radio astronomy |
1 |
|
induced metastability in perovskite manganites |
1 |
|
ingaas, spin current, spin hall effect |
1 |
|
ingan/gan multiple-quantum-wells |
1 |
|
inn/gan, molecular-beam epitaxy |
1 |
|
insulator |
1 |
|
interfaces, magnetic metals, nanostructures, quantum effect, surface, thin films |
1 |
|
ionized gas, molecular gas, ngc 1275, perseus cluster, x-ray cooling flow |
1 |
|
irradiation |
1 |
|
kinetic equation, spin diffusion, transport coefficient, umklapp scattering, unitary fermi gas |
1 |
|
landau hydrodynamic theory, second sound, spin-orbit coupling, superfluid and normal density |
1 |
|
large hadron collider, particle physics, physics beyond standard model |
1 |
|
laser cooling and trapping, optical lattice, quantum physics, quantum state, ultracold atom |
1 |
|
laser cooling and trapping, optical lattice, quantum physics, quantum state, ultrocold atom |
1 |
|
leed-iv |
1 |
|
leed-iv curves, paterson inversion |
1 |
|
lensing anomalies, wave dark matter |
1 |
|
light-emitting diode, multi-quantum-wells, spectroscopy |
1 |
|
low-mass binary |
1 |
|
magellanic clouds, milky way, supersoft x-ray sources, x-ray: binaries, x-ray: galaxies |
1 |
|
magnetars, magnetic field, millisecond pulsars, pulsars, radiation process |
1 |
|
magnetic field, neutron stars, particle, pulsar wind nebulae, radio polarimetry |
1 |
|
magnetic field, particle acceleration, pulsar wind nebulae, radio observations, shocks |
1 |
|
magnetic field, particle acceleration, pulsar, supernova remnants, x-ray polarimetry |
1 |
|
magnetization reversal, quantum control, spin current, spintronics |
1 |
|
majorana fermion, quantum computation, quantum correlation, quantum impurity, topological superconductor |
1 |
|
manganite oxides |
1 |
|
mbe, molecular-beam epitaxy |
1 |
|
mesoporous silica-based oxygen, scavengers |
1 |
|
meta-acoustics, meta-devices, meta-optics |
1 |
|
metal oxide, nanomaterials, surface science |
1 |
|
moire, semiconductors, two-dimensional, valleytronics |
1 |
|
molecular devices, time dependent, transport |
1 |
|
monolayer mos2 ribbon, quantum transport |
1 |
|
monolayer semiconductor, quantum dot, quantum manipulation, single electron and hole |
1 |
|
monolayer transition metal dichalcogenides |
1 |
|
nacoo, superconductors, theoretical studies |
1 |
|
nano-devices, quantium spin, spin-spin |
1 |
|
nanometer |
1 |
|
nanostructures, quantum |
1 |
|
nanostructures, superconducting |
1 |
|
nebula, pulsar, radiation |
1 |
|
neutrino oscillation, reactor neutrino experiment, theta-13, underground experiment |
1 |
|
neutron stars |
1 |
|
new shell structure, radioactive nuclei |
1 |
|
novel quantum states, optical lattices, ultra-cold atoms |
1 |
|
nucleon correlations, pn) reactions, qusai-free (p, riken experiment, spectroscopic factors, transfer reactions |
1 |
|
optical lattices, slave, spin-orbit coupling, superfluid-mott transition, topological phases |
1 |
|
orbital degeneracy, spin systems |
1 |
|
outstanding young researcher award |
1 |
|
pairing symmetry, superconductors |
1 |
|
physics |
1 |
|
pulsars, radiation |
1 |
|
quantum anomalous hall effect, quantum transport, spin dependent disorder, topological insulator |
1 |
|
quantum computation, solid state, topological phase |
1 |
|
quantum conference key agreement, quantum cryptography, quantum information, quantum key distribution, twin-field qkd |
1 |
|
quantum cryptography, quantum information processing, quantum key distribution |
1 |
|
quantum cryptography, quantum key distribution |
1 |
|
quantum entanglement, quantum information, quantum mechanics |
1 |
|
quantum information |
1 |
|
quantum spin hall effect, quantum state of matter, spintronics, topological insulator |
1 |
|
quantum spin hall effect, spintronics, topological insulator |
1 |
|
quantum, qubits |
1 |
|
radiation dose, radon decay products |
1 |
|
remnant, supernova |
1 |
|
research output prize |
1 |
|
snr 1987a, supernova remnant |
1 |
|
solid helium-4, superfluidity |
1 |
|
spin current |
1 |
|
visit |
1 |
|
zno, 施主受主共掺杂, 高介电常数 |
1 |
|
;quantum transport, band structure, first principles, mos structure, schottky barrier |
1 |
|
2d materials, moiré superlattice, electron transport, electron correlations, heterostructures |
1 |
|
2d semiconductor, transition metal dichalcogenid, superconductor, semiconductor optics, optical spectroscopy |
1 |
|
2d semiconductor, transition metal dichalcognide, exciton, spin, surface plasmon polariton |
1 |
|
anderson localization, metal insulator transition, quantum hall effect, anisotropy, topological phases of matter |
1 |
|
bipolar degradation, sic devices suppressed, proton implantation |
1 |
|
black hole accretion, black hole astrophysics, wind and outflow, general relativistic simulation, agn feedback |
1 |
|
bose condensation, fermi liquid theory, three-body interactions, viscosity, optical lattices |
1 |
|
concentration inequalities, smooth entropy, quantum information processing, quantum speed limit, wasserstein distance |
1 |
|
cosmic rays, gamma-ray astronomy, pulsars, neutron stars, particle acceleration |
1 |
|
doubly magic nucleus, first 2+ excitation energy, in-beam gamma spectroscopy, dali2+ gamma spectrometer, ribf riken |
1 |
|
galaxy formation, galaxy evolution, feedback and outflows, gravitational lensing, galaxy custers |
1 |
|
galaxy, galaxy clusters, high redshift, gravitational lensing, spectral energy distribution |
1 |
|
halide perovskite , lead free, light emission, stability, |
1 |
|
high-harmonic generation, strong-field laser physics, ultrafast optics, attosecond science, two-dimensional materials |
1 |
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lhc, atlas, run iii , new particles , top quark decays |
1 |
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metamaterials, hot electrons, photocatalysis, water splitting, plasmonics |
1 |
|
na |
1 |
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nonrelativistic, free-electron-light, interaction, nanophotonics |
1 |
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nuclear mass measurement, mrtof spectrograph, nucleosynthesis , nuclear magic number, |
1 |
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p-wave fermi gas, drude weight, radio-frequency spectroscopy, bulk viscosity, confinement induced resonance |
1 |
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p-wave fermi gas, luttinger liquid, bulk viscosity, three-body interactions, universal relations |
1 |
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polarimetry, pulsar, supernova remnant, magnetic field, x-ray astronomy |
1 |
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quantum hall interferometer, graphene and 2d materials, quantum interference effects, fractional quantum hall effect, van der waals heterostructures |
1 |
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quantum matter, quantum critical phenomenon, topological phase, anyon, strongly correlated system |
1 |
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quantum moiré materials, quantum monte carlo, tensor network renormalization, non-local and entanglement, dynamics and phase diagram |
1 |
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rydberg array, quantum dimer/loop model, quantum simulation, quantum monte carlo, spin liquid |
1 |
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synthetic gauge fields, topological photonics, photonic crystals, optical resonators |
1 |
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tidal disruption event, spectral lines, bowen fluorescence, radiative transfer, black holes |
1 |
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tidal disruption events, intermediate-mass black holes, black hole astrophysics, general relativity, accretion |
1 |
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topology, gauge fields, non-hermitian, projective symmetry, |
1 |
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topology, spatial symmetries, non-hermitian, quantum simulations , cold-atom systems |
1 |
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triton clustering , cluster transfer reaction, silicon detection array |
1 |
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ultrafast science / high-order harmonic generation / coincidence measurement / streaking measurement / time-resolved spectroscopy |
1 |
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ultraluminous x-ray sources, black hole astrophysics, black hole accretion, general relativity, radiative transfer |
1 |
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wilson fermions, topological phase, quantum anomaly, one-half topological invariant, half-quantized hall effect |
1 |