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(Click for frequent words.) 70 ultracold atoms 67 Mott insulator 67 exciton 67 optical lattices 66 Josephson junctions 66 Bose Einstein condensates 66 bosonic 66 photonic crystal 66 quasicrystal 65 optical resonator 65 strontium atoms 65 quantum mechanically 65 ultracold 65 Bose Einstein condensate 65 microcavities 65 electron spins 65 Rydberg atom 64 polaritons 64 toroid 64 polariton 64 dipole moment 64 quasiparticles 64 microcavity 64 resonant cavity 64 ion traps 63 triangular lattice 63 diffraction pattern 63 excitons 63 rubidium atoms 62 graphene sheets 62 antiferromagnetic 62 infrared laser beam 62 antiparallel 62 indium arsenide 62 atoms 62 strontium titanate 62 micrometer sized 62 Rydberg atoms 62 silicon atoms 62 electron density 62 quantum superposition 62 interferometers 62 icosahedral 62 microwave photon 61 bosons 61 boron atoms 61 nucleons 61 paramagnetic 61 crystal lattice 61 nanochannels 61 phonon 61 dipoles 61 waveguides 61 yttrium barium copper 61 aperiodic 60 soliton 60 spectroscope 60 cobalt atoms 60 Josephson junction 60 micrometer scale 60 bilayer 60 anisotropic 60 electronic excitations 60 infrared laser beams 60 collinear 60 decoherence 60 lithium atoms 60 QDs 60 colloidal crystals 60 interferometer 60 manganese atoms 60 fermions 60 ring resonators 60 unpolarized 60 tetrahedral 60 ultracold gas 60 electron tunneling 60 ARPES 60 electron 60 magnetic monopoles 60 scanning tunneling microscope 60 quasiparticle 60 Dirac fermions 60 dimensional electron 60 microfluidic channels 60 trimers 60 fermionic atoms 60 hyperfine 59 isotropic 59 antihydrogen 59 quantum oscillations 59 vibrational modes 59 electron pairs 59 X ray pulses 59 mesoscopic 59 scanning tunneling microscopy 59 Bose Einstein condensate BEC 59 magnetization 59 superpositions 59 nanoscopic 59 nanoribbons 59 dye molecules 59 electron transistor 59 solitons 59 rubidium vapor 59 electron scattering 59 graphane 59 nanobubbles 59 entangled photons 59 nanomagnets 59 scanning tunneling microscope STM 59 supersolid 59 optical tweezers 59 dipolar 59 Bose Einstein Condensate 59 quantum particle 59 antiparticles 59 relativistic particles 59 photons 59 graphene layers 59 sodium atoms 59 pentacene molecule 59 magnetisation 59 diffraction patterns 59 donor acceptor 59 superposition 59 electrons orbiting 59 macroscopic objects 59 cesium atoms 59 quantized 59 dispersive 59 emit photon 58 bilayer graphene 58 fluorescence quenching 58 photonic bandgap 58 walled carbon nanotube 58 manganite 58 wavefunction 58 dimensional nanostructures 58 toroidal 58 semiconducting 58 photodetector 58 antiferromagnets 58 electric dipole 58 nucleon 58 helical structures 58 antiprotons 58 multiferroic 58 beryllium ions 58 stilbene 58 tetrahedra 58 excitations 58 DFT calculations 58 aqueous solution 58 nanopillars 58 SWNT 58 superconducting qubit 58 photonic crystals 58 dopant atoms 58 silicon nanowire 58 superfluids 58 fluorescent molecules 58 SQUIDs 58 colloidal particles 58 quantum tunneling 58 YBCO 58 polarized electrons 58 photonic circuits 58 superlens 58 multilayers 58 electron spin 58 quantum dot 58 orbitals 58 superfluid 58 ferromagnet 57 electron positron pairs 57 dopant 57 atomic lattice 57 semiconductor quantum dots 57 nanoholes 57 superlattices 57 plasmons 57 tetragonal 57 intramolecular 57 plasmon 57 Optical tweezers 57 ferromagnetic 57 SWNTs 57 quantum particles 57 nanosized 57 spheroidal 57 cesium vapor 57 xenon atoms 57 ultracold molecules 57 Bose Einstein condensation 57 orthogonally 57 weakly interacting 57 cesium ions 57 micrometre sized 57 micromachined 57 silicon monoxide 57 Casimir cavity 57 nonconducting 57 μm diameter 57 phosphorus atoms 57 inhomogeneities 57 absorbs photons 57 cadmium sulfide 57 conduction electrons 57 nanometer sized 57 fission yeast 57 emitted photons 57 absorption spectroscopy 57 nanowire transistors 57 Brownian motion 57 superposed 57 nuclei 57 linearly polarized 57 amorphous silica 57 superfluid helium 57 ferromagnetism 57 gold nanostars 57 tokamak 57 mesoporous 57 Higgs bosons 57 photon pairs 57 Schrödinger equation 57 Si substrate 57 x ray pulses 57 rubidium 57 nonpolar 57 topological insulator 57 fermion 57 interferometry 57 ferroelectricity 57 unconventional superconductivity 57 crystallographic 57 cryo electron microscopy 57 ferromagnets 57 lipid vesicles 57 supramolecular 57 Einstein equations 57 antimatter atoms 57 photomultiplier tubes 57 heterochromatic 57 hexagonal lattice 57 antineutrinos 57 surface plasmon 57 resonance frequency 57 adiabatic 57 interferometric 57 quasicrystalline 57 magnetic dipole 57 CdSe 57 photoemission 57 diffraction 57 antiparticle 57 ellipsoid 57 nonlinear optical 57 helium atoms 57 laser pulse 56 heterostructures 56 tetramers 56 nanomechanical 56 cuprate 56 supercurrent 56 resonant frequencies 56 magnetic bead 56 fermionic 56 planetary magnetospheres 56 photoconductive 56 optical waveguides 56 nanodots 56 silicon waveguide 56 magnetic vortices 56 metastable 56 oscillatory 56 nonequilibrium 56 ultrathin layer 56 electromagnetically 56 meta atoms 56 post perovskite 56 scanning tunneling microscopy STM 56 microchannel 56 monolayer 56 macroscopic 56 microscale 56 ultrashort pulses 56 catalytically active 56 torus 56 resonators 56 nanolayers 56 ZnSe 56 wave particle duality 56 entangled quantum 56 adatoms 56 controllably 56 block copolymer 56 femtosecond laser pulses 56 nanochannel 56 exfoliated graphene 56 multi walled nanotubes 56 magnetoresistance 56 supersymmetric particles 56 antihydrogen atoms 56 microresonator 56 nanocages 56 femtosecond pulses 56 micrometre 56 helium atom 56 potassium atoms 56 X ray wavelengths 56 ionized gas 56 CCD detector 56 crystallites 56 circularly polarized light 56 photonic crystal fiber 56 phonons 56 subwavelength 56 backscattered 56 polyhedral 56 nanowire 56 antibody antigen 56 spherical particles 56 lithographically 56 intersecting laser beams 56 heterojunctions 56 Metamaterials 56 rotaxanes 56 crystalline structure 56 Brillouin 56 graphite oxide 56 monolayers 56 orbital angular momentum 56 nanodevice 56 Entangled photons 56 quantum mechanical 56 photoelectron spectroscopy 56 magnetic flux 56 electrospray 56 fluorescent probes 56 1nm 56 nanometric 56 monodisperse 56 qubit 56 scanning electron microscopes 56 hydrogen atoms 56 perturbation theory 56 nanomesh 56 micron sized 56 nanodroplets 56 tholins 56 lipid bilayer 56 Fermions 56 oppositely directed 56 cuprates 56 nanotube 56 synthetic aperture 56 electron diffraction 56 scanning tunneling microscopes 56 Schrödinger cat 55 adsorbate 55 photolysis 55 waveguide 55 magnetic fields 55 rotaxane 55 cantilever deflection 55 superlenses 55 biomolecule 55 hexamers 55 SWCNT 55 electrons tunneling 55 unpaired electron 55 nanodot 55 ellipsoids 55 axions 55 InAs 55 tokamaks 55 X ray absorption spectroscopy 55 optical coherence 55 frequency comb 55 silica spheres 55 resonant tunneling 55 magnesium ions 55 magnesium ion 55 SUSY 55 electrons 55 diamagnetic 55 periodic oscillations 55 massless particles 55 oscillating magnetic 55 diffracted 55 pn junctions 55 heterodyne 55 self assembled monolayer 55 quasicrystals 55 ytterbium 55 electrodynamics 55 Fabry Perot 55 crystalline solids 55 photon 55 honeycomb lattice 55 polystyrene spheres 55 boron nitride 55 neutralino 55 rubidium atom 55 SWCNTs 55 NWs 55 Feshbach resonance 55 electron beams 55 resonator 55 nanobelts 55 gravitational lensing 55 superlattice 55 lithium niobate 55 polymer nanofibers 55 kaons 55 colloidal nanocrystals 55 femtosecond laser pulse 55 hydrogen atom 55 neutralinos 55 evanescent waves 55 nanotubes 55 radiative transfer 55 macromolecule 55 atomic nuclei 55 entangled qubits 55 planar 55 particle detectors 55 single photon detectors 55 polyhedra 55 zinc oxide nanowires 55 semiconducting nanowires 55 photon fluorescence 55 spacetime 55 qubits 55 submicrometer 55 phytochrome 55 nanoantenna 55 quantum dots 55 barium titanate 55 spherical nanoparticles 55 chromophore 55 muon neutrino 55 dynamical 55 dopants 55 macroscale 55 antineutrino 55 absorption spectra 55 agarose 55 helium ions 55 spectroscopic techniques 55 chiral molecules 55 diamond anvil 55 surface plasmons 55 oppositely charged 55 ferrofluid 55 vortices 55 vanadium dioxide 55 microchannels 55 chalcogenide 55 photocurrent 55 AlN layer 55 ionised gas 55 superconducting coils 55 tetramer 55 chlorosome 55 quantum dot lasers 55 NMR spectra 55 magnon 55 colloidal crystal 55 hollow spheres 55 silicon substrate 55 femtosecond pulse 55 beam splitter 55 quantum coherence 55 confocal laser scanning 55 magnetic anisotropy 55 microstructured 55 scanning microscopy 55 Z boson 55 vesicle fusion 55 SAXS 55 hadron 55 ferroelectric 55 ferromagnetic materials 55 magnetic excitations 55 x ray diffraction 55 optical waveguide 55 quantum superpositions 55 baryons 55 ribozyme 55 fused silica 55 crystal lattices 55 microlenses 55 magnetic particles 54 positron 54 X ray binary 54 bilayers 54 birefringence 54 membrane pores 54 magnetization reversal 54 iron oxide nanoparticles 54 magnetosphere 54 diatomic 54 quantum electrodynamics 54 graviton 54 nanocrystals 54 topological insulators 54 spicule 54 photon absorption 54 metamaterial structures 54 Raman scattering 54 electrically insulating 54 laser excitation 54 Fig. 1a 54 cadmium selenide 54 semiconductor nanocrystals 54 strange quark 54 confocal microscope 54 isotherms 54 beryllium ion 54 enthalpy 54 optofluidic 54 electrically conducting 54 Bragg grating 54 plasmonic 54 singularities 54 alkali atoms 54 magnons 54 nanorings 54 stimulated emission 54 nanocrystal 54 pentacene 54 microfluidic chip 54 dimer 54 attosecond pulses 54 dimers 54 heterostructure 54 stoichiometry 54 microstructures 54 Photonic crystals 54 Raman spectra 54 graphene sheet 54 ion beams 54 laser pulses 54 quantum computation 54 nanometer scale 54 van der Waals interactions 54 cesium atom 54 multiphoton 54 polypeptide chain 54 QCLs 54 topological defects 54 valence electron 54 metallic nanostructures 54 phosphorus atom 54 photoionization 54 biological molecules 54 reactants 54 inhomogeneous 54 quantum entanglement 54 Experimentally 54 magnetic beads 54 lanthanides 54 superconducting qubits 54 MQW 54 electron doped 54 sub picosecond 54 impurity atoms 54 nanosize 54 gravitational lenses 54 helices 54 AGNs 54 bandgaps 54 frequency combs 54 Scanning Tunneling Microscope 54 pn junction 54 nanoantennas 54 Coulomb blockade 54 X ray scattering 54 nanostructured silicon 54 circular dichroism 54 spherical particle 54 picosecond lasers 54 gravitons 54 nanopillar 54 radial velocity measurements 54 ion trap 54 x ray scattering 54 laser spectroscopy 54 sulfur atom 54 photochemical reactions 54 weak gravitational lensing 54 infrared laser pulses 54 diffraction grating 54 molten droplets 54 ultrahigh vacuum 54 photon microscopy 54 RNA molecules 54 periodicities 54 optomechanical 54 electron pairing 54 ultraviolet wavelength 54 filaments 54 nanofilm 54 fluorescence microscope 54 actin filament 54 nanobubble 54 photochemically 54 zinc ions 54 electrospinning 54 isomeric 54 quantum phenomena 54 terahertz waves 54 filamentary 54 Nernst 54 magnetic nanoparticles 54 superconducting 54 linewidth 54 crystalline lattice 54 Fourier transform 54 ab initio calculations 54 Bessel beam 54 nanodiamond 54 W boson 54 protein adsorption 54 cavity QED 54 antimatter particles 54 piezoelectric transducer 54 nucleotide sequences 54 delocalized 54 undoped 54 carbene 54 multipartite entanglement 54 disulfide bond 54 Schottky barrier 54 micron diameter 54 Fourier transforms 54 quantum metrology 54 numerical simulations 54 millimeter wavelengths 54 silicon waveguides 54 collimated 54 Nanomechanical 54 nanofabricated 54 nanopore 54 gravitational radiation 54 diffusive 54 indium gallium arsenide InGaAs 54 lattice vibrations 54 laser speckle 54 fluorescent dye molecules 53 nanohole 53 tensor 53 magnetosomes 53 CMOS transistors 53 photon counting 53 lithographically patterned 53 magnetic dipoles 53 millisecond pulsar 53 relativistic protons 53 photon laser 53 alkali metal 53 linearly polarized light 53 molecular orbitals 53 dipole 53 bistable 53 deconvolution 53 cell organelles 53 tetrahedron 53 nanostructures 53 ionisation 53 submicron 53 femtosecond 53 electron beam lithography 53 velocity dispersion 53 desorbed 53 interfacial 53 uniaxial 53 nanoclusters 53 nanotube transistors 53 monochromator 53 ions electrically charged 53 powder diffraction 53 quantum bits 53 UV photons 53 ellipsometry 53 Alfven waves 53 picosecond 53 gravitational redshift 53 ankyrin repeats 53 topologically 53 semiconducting material 53 clathrates 53 MWNTs 53 aluminum arsenide 53 x ray tomography 53 DNA origami 53 ferroelectrics 53 diffracting 53 gaussian 53 spectroscopic analysis 53 thermodynamically 53 nucleation 53 inelastic scattering 53 biomineralization 53 MWNT 53 AlGaN 53 amplitudes 53 x ray beam 53 femtoseconds 53 hollow cylinders 53 nanotubes nanowires 53 light emitting transistor 53 superluminal 53 electrospray ionization 53 eukaryotic cell 53 sulfur atoms 53 processive 53 agarose gel 53 pulsed laser beam 53 porphyrin 53 diffract 53 Schrodinger equation 53 spatial dimensions 53 zinc selenide 53 synchrotron x ray 53 graphene flakes 53 conjugated polymers 53 dielectric layers 53 Fig. 2a 53 cryostat 53 1μm 53 electron positron 53 laser tweezers 53 electron volt 53 intermolecular 53 photothermal 53 neutron diffraction 53 optical microscope 53 ultradense 53 coherent superposition 53 silica nanoparticles 53 scintillators 53 optical wavelengths 53 Alfvén waves 53 photon detector 53 photoelectrochemical 53 Force Microscopy 53 Jupiter magnetosphere 53 catoms 53 dimensionless 53 GEO# 53 lattice 53 nanotube transistor 53 hydrogens 53 MWCNTs 53 polystyrene beads 53 atoms ions 53 JILA 53 graphene 53 nanolaser 53 dielectrophoresis 53 fluorophores 53 nanowires 53 diffraction gratings 53 linear ion 53 Fig. 1A 53 fluorescence intensity 53 microwires 53 annealing temperature 53 nanorod 53 magma ocean 53 electron bunches 53 Saturn magnetosphere 53 focused ion beam 53 wavefronts 53 optically transparent 53 retroreflector 53 piezoelectric ceramic 53 particle 53 horizontally polarized 53 halide 53 galactic disk 53 micrometer 53 finite element method 53 birefringent 53 scintillator 53 RNA molecule 53 nanosheets 53 advection 53 superconducting electrons 53 superatoms 53 nanoribbon 53 molecules 53 terahertz radiation 53 absorbs photon 53 neutrons 53 capillary tubes 53 Ti sapphire laser 53 Dirac equation 53 blackbody 53 BECs 53 disulfide bonds 53 semiconducting nanotubes 53 GPa 53 triode 53 inhomogeneity 53 B meson 53 organometallic 53 magnetic monopole 53 silicate dust 53 copper oxide superconductors 53 porphyrins 53 chlorophyll molecules 53 perovskite 53 electron neutrinos 53 hexagons 53 Photons 53 photoelectron 53 electron proton 53 force microscopy AFM 53 site directed mutagenesis 53 calcium fluoride 53 corona discharge 53 FRET 53 attosecond 53 nanoscale 53 light scattering DLS 53 ZnS 53 chondrules 53 nanocubes 53 electrophoresis 53 nonmagnetic 53 dI dV 52 #.#nm [002] 52 layer graphene 52 5μm 52 Rayleigh scattering 52 Super Kamiokande 52 nanoprobe 52 W bosons 52 magnetic tweezers 52 cryo EM 52 inorganic nanostructures 52 transmission electron microscope 52 hydrated electron 52 diffraction limit 52 Aerogels 52 electrochemical 52 porous silica 52 femtosecond timescale 52 torsional oscillator 52 quantum chromodynamics 52 fluorescent nanoparticles 52 silicon photonic 52 magnetically coupled 52 micron thick 52 meV 52 GLUT4 52 helicity 52 conformational changes 52 electrochemically 52 eclipsing binary 52 vanadate 52 enhanced Raman spectroscopy 52 chirality 52 perpendicular magnetic 52 micropipette 52 baryonic 52 nanostructure 52 ionized oxygen 52 nanoprobes 52 antiproton 52 cysteine residues 52 diffusion coefficient 52 angstrom resolution 52 ionise 52 zinc oxide ZnO 52 sine waves 52 electron beam 52 bandgap 52 electrochemical reactions 52 van der Waals forces 52 nematic 52 nanoparticle arrays 52 circular orbits 52 graphene nanoribbon 52 spherically symmetric 52 chromophores 52 lipid membrane 52 photosystem II 52 Gravitational waves 52 fluorescence spectroscopy 52 SMBHs 52 parameter estimation 52 insulating substrate 52 muon 52 electron accelerator 52 Gaussian 52 nanomotors 52 chemiluminescence 52 parahydrogen 52 piezo actuator 52 quantum capacitance 52 hydroxyl molecules 52 magnesium fluoride 52 catalytic reactions 52 entangled photon 52 microscopy technique 52 optical excitation 52 spectroscopically 52 Bosons 52 solvation 52 chemically reactive 52 fluorescence excitation 52 electrospinning technique 52 positronium 52 ferroelectric materials 52 radiative cooling 52 pyrometer 52 epitaxially 52 shorter wavelengths 52 dielectric permittivity 52 cosmic strings 52 PbS 52 ultrasonic vibrations 52 braneworld 52 optical spectroscopy 52 electromagnetic flux 52 geometries 52 nanoelectronic devices 52 semiconducting polymer 52 lipid membranes 52 morphogen 52 HM Cancri 52 gravitational microlensing 52 magnetic reconnection 52 nanoporous 52 electrons protons 52 electron electron 52 centrosome 52 optical vortices 52 Maxwell equations 52 prokaryotic 52 photoluminescence 52 tau neutrinos 52 dynamical evolution 52 toroids 52 energetic electrons 52 electrostatic attraction 52 Femtosecond 52 interacting galaxies 52 deuterated 52 scanning electron microscope SEM 52 Nima Arkani Hamed 52 nitride layer 52 sterile neutrinos 52 surface plasmon polariton 52 pMOS 52 FinFET 52 cometary material 52 dissipative 52 qubit quantum 52 hexamer 52 centrioles 52 submicroscopic 52 electromagnetic coils 52 chalcogenide glass 52 arcsecond 52 Plasmonic 52 elliptic 52 photolithographic 52 DNA nanostructures 52 HII regions 52 odorant molecule 52 photomultiplier tube 52 carbon nanotube 52 photosystem 52 atomic nucleus 52 semiconductor nanowires 52 nebular 52 ultracold temperatures 52 nano crystals 52 experimentally demonstrated 52 optical microscopy 52 graphene nanoribbons 52 nanoindentation 52 oxygen atom 52 lipid bilayers 52 photon energies 52 fluorescently tagged 52 semiconducting properties 52 micelle 52 Mercury magnetosphere 52 nanolithography 52 nanotube arrays 52 GaN layer