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(Click for frequent words.) 66 fermion 66 dipole moment 65 cesium atoms 65 quantum superposition 64 quantum particle 64 resonance frequency 64 dipolar 63 θ 63 Mott insulator 63 quantum mechanically 63 hyperfine 63 dimensionless 63 polaritons 63 quantum oscillations 62 orbital angular momentum 62 massless particles 62 X ray pulses 62 quantized 62 quantum particles 62 electronic excitations 62 polariton 62 strontium atoms 62 magnetic flux 62 emit photon 61 linearly polarized 61 phonon 61 plasmon 61 wavefunction 61 oscillation frequency 61 electron spins 61 valence electron 61 stimulated emission 61 bosonic 61 excitons 61 attoseconds 60 ferromagnetic materials 60 enthalpy 60 antiparticle 60 exciton 60 backscattered 60 Rydberg atom 60 electron transistor 60 vibrational frequency 60 φ 60 electron tunneling 60 surface plasmon 60 photoemission 60 Bose Einstein Condensate 60 UV photons 60 picoseconds 60 photon fluorescence 60 unpolarized 60 soliton 60 electron ion 60 antineutrinos 60 toroid 60 microwave photon 60 velocity dispersion 60 Maxwell equations 60 Boltzmann constant 60 photons emitted 60 electron density 59 electron volt 59 Nernst 59 nucleon 59 Josephson junction 59 momenta 59 electric dipole 59 sodium atoms 59 ultracold 59 electron proton 59 cm -3 59 tetragonal 59 linewidth 59 circularly polarized 59 superconducting qubit 59 Entangled photons 59 amplitudes 59 superstrings 59 helium atom 59 thermodynamic equilibrium 59 rotational axis 59 baryon 59 electron positron pairs 59 electrons orbiting 59 orbitals 59 vibrational modes 59 magnons 59 antibody antigen 59 quasiparticles 59 baryonic 59 tau neutrinos 59 magnon 59 #.# [045] 59 electron diffraction 59 quasiparticle 59 terawatt 58 π 58 electron orbits 58 jovian 58 sine cosine 58 quantum electrodynamics 58 fundamental constants 58 σ 58 strange quark 58 antiparallel 58 wave particle duality 58 weakly interacting 58 quantum bits qubits 58 linearly polarized light 58 Brownian particles 58 Fig. 1a 58 isotropic 58 quantum metrology 58 atoms 58 magnetic dipole 58 rubidium atoms 58 sinusoidal 58 ferromagnet 58 cantilever deflection 58 helicity 58 hadron 58 magnetic excitations 58 nanometric 58 dI dV 58 frequency comb 58 electron electron 58 ultracold atoms 58 perturbation theory 58 photoelectron 58 quadrillionths 58 meson 58 τ 58 stoichiometry 58 muon 58 Bose Einstein condensates 58 antiferromagnetic 58 absorption coefficient 58 Planck constant 58 Rayleigh scattering 58 supersolid 58 supercurrent 58 picosecond 57 antiparticles 57 beryllium ion 57 millivolts 57 spacetime 57 Rydberg atoms 57 dynamical evolution 57 oscillatory 57 pentacene molecule 57 interferometers 57 sine waves 57 photon 57 meV 57 helium atoms 57 1μm 57 Einstein cosmological constant 57 excitations 57 optical resonator 57 hydrogen nuclei 57 nanomesh 57 kcal mol 57 photons particles 57 ultrasonic vibrations 57 ultracold molecules 57 paramagnetic 57 wavefronts 57 laser excitation 57 electron pairs 57 Bose Einstein condensate 57 photon energies 57 decoherence 57 silicate dust 57 diffraction pattern 57 bosons 57 precess 57 periodicities 57 electrons protons 57 emits photon 57 dispersive 57 photometry 57 nucleons 57 magnetisation 57 orbital resonance 57 parsec 57 dephasing 57 micrometer scale 57 calorimetric 57 Brownian motion 57 circularly polarized light 57 graviton 57 Pauli exclusion 57 gravitational radiation 57 rotational symmetry 57 blackbody 57 gravitational acceleration 57 zeta potential 57 Cosmic Microwave Background 57 arcsec 57 λ 57 ARPES 57 inelastic scattering 57 gluon 57 attosecond 57 absorbs photons 57 Cosmic Microwave Background CMB 57 microcavity 57 qubit 57 electrical conductance 57 electronvolts 57 collinear 57 superfluid 57 Bose Einstein condensation 57 hydrogen atom 57 rotaxane 57 proton neutron 57 anisotropy 56 monolayer graphene 56 resonant frequencies 56 microwatt 56 quadratic 56 shear modulus 56 laser pulse 56 leptons 56 quanta 56 Casimir cavity 56 invariant 56 cosmic ray flux 56 vibrational frequencies 56 heterodyne 56 Magnetic reconnection 56 metastable 56 cosine 56 isomeric 56 diffract 56 relativistic protons 56 silicon atoms 56 remanent 56 surface plasmon resonance 56 diatomic 56 resonant frequency 56 hysteresis loop 56 magnetization 56 #.#nm [002] 56 mesons 56 rubidium vapor 56 isotherms 56 spontaneous fission 56 mK 56 vibrationally excited 56 muon neutrinos 56 magnetic anisotropy 56 η 56 radiative cooling 56 W boson 56 femtoseconds 56 μm diameter 56 quasicrystal 56 microcavities 56 #μs [002] 56 oscillation frequencies 56 gamma rays emitted 56 delocalized 56 fermions 56 resonance frequencies 56 orbital eccentricity 56 fermionic 56 piezoelectric crystal 56 relativistic particles 56 cavity QED 56 colloidal particles 56 emit photons 56 protons neutrons 56 femtosecond 56 neutralinos 56 Gaussian 56 diamagnetic 56 logarithmic 56 fluorescence intensity 56 macroscopic objects 56 oscillation amplitude 56 electron neutrinos 56 superconducting qubits 56 ultracold temperatures 56 superposition 56 anomalous dispersion 56 resonant cavity 56 magnetic polarity 56 antiferromagnets 56 superfluids 56 ratiometric 56 antimatter particles 56 dodecahedron 56 photon emission 56 Einstein relativity 56 Cerenkov radiation 56 ytterbium 56 fluid viscosity 56 keV 56 antiproton 56 azimuthal 56 electron 56 submicrometer 55 CoRoT #b 55 photoionization 55 sidereal 55 weak gravitational lensing 55 radians 55 electrons positrons 55 radiative transfer 55 μW 55 planets orbits 55 Eq. 55 qubit quantum 55 lepton 55 bilayer graphene 55 Einstein equations 55 excitation wavelength 55 ferroelectricity 55 photons 55 quantum coherence 55 sub picosecond 55 rubidium 55 antiquark 55 crystal lattice 55 nonlinearities 55 alpha particles 55 electron scattering 55 Schrodinger equation 55 Bosons 55 GPa 55 particle acceleration 55 interparticle 55 electromotive force 55 Crab pulsar 55 lattice vibrations 55 inhomogeneous 55 Cepheids 55 circular dichroism 55 luminosities 55 fluorescence emission 55 nanowatts 55 Fig. 3b 55 antiquarks 55 SNe Ia 55 strange quarks 55 GaP 55 Doppler shift 55 Fermions 55 superfluid helium 55 magnetically coupled 55 subatomic 55 transfer FRET 55 asymptotic 55 Feshbach resonance 55 optical excitation 55 helium ions 55 thermal equilibrium 55 intramolecular 55 #.#MHz [007] 55 uniaxial 55 heavy fermion 55 boron atoms 55 B meson 55 phosphorus atoms 55 bistable 55 Raman scattering 55 supersymmetric 55 Quantum mechanics 55 hydrogens 55 magnetic vortices 55 baryons 55 solitons 55 antineutrino 55 Bose Einstein 55 dimensional electron 55 quantum capacitance 55 superparamagnetic 55 Z boson 55 excitation energies 55 arcsecond 55 microns millionths 55 Alfven waves 55 proton decay 55 Alfvén waves 55 powder diffraction 55 ellipsoid 55 conventional superconductors 55 Fabry Perot 55 photoelectron spectroscopy 55 Doppler shifts 55 atomic lattice 55 quadrillionth 55 galaxy redshift 55 spatial coherence 55 diffusive 55 3He 55 Mössbauer 55 superposed 55 SQUIDs 54 micrometre sized 54 trigonometric functions 54 sulfur atom 54 ε 54 Saturn magnetosphere 54 ω 54 nonequilibrium 54 trimers 54 ferromagnetism 54 depolarization 54 synchrotron emission 54 electron doped 54 elastic moduli 54 kaons 54 conduction electrons 54 dimer 54 spectroscopic technique 54 Gaussian distribution 54 rubidium atom 54 FWHM 54 ferromagnetic 54 cuprate 54 experimentally demonstrated 54 entangled quantum 54 Fig. 2A 54 backscattering 54 elastic modulus 54 adiabatic 54 scanning electron microscopes 54 spherically symmetric 54 absorption spectra 54 obliquity 54 femtosecond pulses 54 ultrashort laser pulses 54 γ 54 mesoscopic 54 optical lattice 54 scanning tunneling microscopy 54 nanomagnets 54 coplanar 54 superpositions 54 cosmological distances 54 chondrites 54 monodisperse 54 CMB radiation 54 Bose Einstein condensate BEC 54 martensite 54 intrinsic brightness 54 polarimetry 54 Fig. 4b 54 proton proton 54 valence electrons 54 z = 54 diffusion coefficient 54 YBCO 54 electron flux 54 photocurrent 54 substorm 54 Unit Telescopes 54 Heisenberg uncertainty principle 54 Theory posits 54 rotational velocity 54 elemental abundances 54 rms noise 54 harmonic oscillator 54 potassium atoms 54 radioactive decay 54 Fiber Bragg Grating 54 Dirac fermions 54 germanium silicon 54 microvolts 54 capacitive coupling 54 picometers 54 triangular lattice 54 laser pulses 54 diffraction grating 54 characteristic impedance 54 chirality 54 photon pairs 54 photoelectric effect 54 irradiance 54 cm -2 54 intracavity 54 lattice parameter 54 spheroidal 54 cuprates 54 xenon atoms 54 Muons 54 synthetic aperture 54 cm -1 54 voltage divider 54 1kHz 54 optically pumped 54 lowermost mantle 54 electron bunches 54 electromagnetic flux 54 magnetic monopoles 54 beryllium ions 54 intermolecular 54 gaussian 54 photometer 54 piezoresistive 54 excitonic 54 interferometry 54 coherent superposition 54 Fourier transform 54 GeV 54 ms -1 54 proton radius 54 trigonometric 54 longitudinal axis 54 emits photons 53 millimeter wavelengths 53 evanescent waves 53 SNR #-#.# 53 diffusivity 53 gravitational interaction 53 helium nuclei 53 atomic nuclei 53 photon flux 53 Rubidium 53 B mesons 53 variable resistor 53 cementite 53 neutrino oscillations 53 electrical resistivity 53 oxygen atom 53 tetrahedron 53 dopant 53 macrocycle 53 ρ 53 crystallites 53 THz radiation 53 dynamical 53 Fig. 1A 53 fluorescence quenching 53 tensor 53 corona discharge 53 quantum mechanical 53 Michelson interferometer 53 icosahedral 53 phonons 53 donor acceptor 53 Upsilon Andromedae 53 ferrofluid 53 nanosecond pulses 53 gravitational pulls 53 orbital radius 53 conformations 53 x ray scattering 53 eclipsing binary 53 diffracted 53 distribution QKD 53 CdSe 53 optical lattices 53 quantum correlations 53 infrared laser pulses 53 excitation 53 timebase 53 Fig. 4A 53 solar minima 53 intracellular pH 53 photosystem II 53 nanoprobe 53 hydrophobic interactions 53 absorbs photon 53 photon counting 53 fig. S2 53 sievert 53 angstroms 53 circumstellar 53 colloidal crystals 53 electromagnetic induction 53 filamentary 53 κ 53 VHE gamma rays 53 J# +# [002] 53 MRFM 53 neutrino mass 53 dipole 53 hysteretic 53 nitrogen atoms 53 photothermal 53 vibrational 53 Quantum teleportation 53 osmotic pressure 53 m z 53 periodic oscillations 53 ion microscope 53 superluminal 53 semiconducting nanowires 53 kinematic viscosity 53 SAXS 53 inhomogeneity 53 alkane 53 deformable mirror 53 topological defects 53 photoconductive 53 Epsilon Eridani 53 orbital inclination 53 polystyrene spheres 53 polypeptide chain 53 galactic disk 53 copper oxide superconductors 53 nanobubble 53 blue supergiant 53 tropospheric 53 GaAs AlGaAs 53 molecular orbitals 53 photomultiplier tubes 53 photonic crystal 53 hyperpolarization 53 branes 53 equilibration 53 permittivity 53 eigenvalues 53 meridional flow 53 photon absorption 53 logarithmic scale 53 Photons 53 polarization multiplexed 53 phosphorus atom 53 kelvin 53 quantum tunneling 53 hydrino 53 picometer 53 oscillator frequency 53 light scattering DLS 53 ions electrically charged 53 silicon monoxide 53 ultracold gas 53 x ray pulses 53 solar neutrinos 53 deconvolution 53 beta gamma 53 radiative 53 gamma ray emission 53 non dispersive infrared 53 photosphere 53 Supplementary Fig 53 cyclization 53 HM Cancri 53 nonzero 53 synchrotron X ray 53 tetrahedra 53 sinewave 53 dipoles 53 electromagnetic coupling 53 emitted photons 53 planetary orbits 53 filamentary structure 53 antiprotons 53 electron orbiting 53 chlorine atom 53 magnetic coupling 53 mT 53 electrodynamics 53 lowpass filter 53 vanadium oxide 53 manganite 53 absorption spectroscopy 53 tetrahedral 53 5μm 53 figs. 53 etalon 53 KaiC 53 nuclei 53 Å -1 53 glomerulus 53 ferromagnets 53 attosecond pulses 53 laser speckle 53 Mercury magnetosphere 53 nuclide 53 fermionic atoms 53 porphyrin 53 Einsteinian 53 infrared laser beam 53 partial differential equations 53 photodetector 53 processive 53 ionized particles 53 ellipsoids 53 dopant atoms 52 Jupiter magnetosphere 52 highly collimated 52 interfacial tension 52 resonators 52 millimetric 52 JILA scientists 52 thermodynamic properties 52 electrochemical 52 exponential decay 52 hydrodynamic radius 52 Stimulated Emission 52 bistability 52 pairwise 52 entangled qubits 52 manganese atoms 52 Kelvins 52 nematic 52 Avogadro constant 52 ultrashort pulses 52 strontium titanate 52 linearized 52 geoid 52 photochemical reactions 52 electron orbitals 52 terahertz frequencies 52 gravitational redshift 52 illuminance 52 photoluminescence 52 InAs 52 Einstein Podolsky Rosen 52 nanosecond pulse 52 cobalt atom 52 piconewtons 52 chondrules 52 bandgap 52 invariance 52 superlattice 52 fluorescence resonance energy 52 spherical particles 52 gravitational attraction 52 linear interpolation 52 resonant tunneling 52 microlens 52 magnetization reversal 52 starquakes 52 Cepheid variables 52 ZPE 52 fig. S6 52 oscillations 52 delta sigma 52 colliding protons 52 magnetic tweezers 52 nanometers billionths 52 pulsed laser beam 52 entangled photons 52 unpaired electron 52 angular velocity 52 adsorbate 52 homochirality 52 FTIR spectroscopy 52 infrared photons 52 polarisations 52 μsec 52 SiO 52 silica spheres 52 exoplanetary 52 conductance 52 2μm 52 birefringence 52 Fig. 4a 52 Boltzmann 52 Milankovitch cycles 52 nanoribbon 52 lithium atoms 52 pyroelectric 52 microwatts 52 stoichiometric 52 switched capacitor 52 hydrogen atoms 52 subwavelength 52 lightwaves 52 magnetar 52 planet orbits 52 circumstellar disk 52 post perovskite 52 avalanche photodiode 52 radial velocity 52 ion traps 52 spectrographs 52 microvolt 52 microampere 52 HD#b 52 heterostructures 52 relativity theory 52 #.#Hz 52 chemiluminescence 52 frictional heating 52 single photon detectors 52 X ray absorption spectroscopy 52 heliospheric 52 psec 52 interphase 52 interband 52 magnetospheric 52 Alycia Weinberger 52 reduced graphene oxide 52 torsional oscillator 52 longwave radiation 52 thermally induced 52 crystallite 52 infall 52 Lorentzian 52 krypton atoms 52 phototransistor 52 beam splitter 52 Raman spectra 52 integrals 52 pulse widths 52 submillimeter wavelengths 52 Interferometric 52 electrons 52 solar nebula 52 interferometric 52 alkynes 52 frequency modulated 52 submillimetre wavelengths 52 cometary material 52 pulse durations 52 oscillation 52 circular polarization 52 sterile neutrinos 52 piezoelectric actuators 52 #/#Hz [001] 52 proton proton collisions 52 DUTs 52 eukaryotic cell 52 vanadate 52 Yarkovsky effect 52 ring resonators 52 oppositely charged 52 oxygen atoms 52 particle analyzers 52 airglow 52 Fig. 2B 52 micromechanical 52 Si substrate 52 nonlinear optical 52 angular momentum 52 Fig. 2a 52 1Hz 52 precessing 52 absorbance 52 cuprate superconductors 52 InSb 52 vesicle fusion 52 protons electrons 52 axions 52 nanodevice 52 micrometre 52 Helioseismic 52 positron 52 W/cm2 52 NMR spectra 52 NIST F1 52 microscale 52 muon neutrino 52 Ytterbium 52 Young modulus 52 circular orbits 52 radial velocity measurements 52 stellar occultations 52 input impedance 52 nanomechanical 52 electroweak 52 DFT calculations 52 galactic cores 52 metallicity 52 mrad 52 nanoelectromechanical 52 magnetic monopole 52 resonator 52 elemental composition 52 electron pairing 52 neutrino oscillation 52 superconductor 52 supercontinuum generation 52 crystal lattices 52 PWM signal 52 Corot 9b 52 electrostatic attraction 52 logarithm 51 hydrogen ions 51 Angstroms 51 magnetotail 51 vanadium dioxide 51 luminous galaxies 51 intrinsic viscosity 51 nonlinearity 51 interconversion 51 DC LVDT 51 NWs 51 vorticity 51 demodulated 51 entropy 51 spin Seebeck 51 millisecond pulsar 51 threshold voltages 51 isomers 51 6nm 51 fA 51 cosmological parameters 51 nanodot 51 millionths 51 boson 51 quasicrystalline 51 frequency combs 51 austenite 51 coriolis 51 superlattices 51 hexagonal lattice 51 bilayer 51 refractive index 51 impedances 51 ultraviolet photons 51 protoplanetary disk 51 vertically polarized 51 Kepler #b 51 sinusoid 51 spectral bands 51 vortex shedding 51 SINFONI 51 birefringent 51 chemical kinetics 51 electron positron 51 quadrupole 51 multiphoton 51 optical coherence 51 nanoantennas 51 inhomogeneities 51 isotope fractionation 51 toroidal 51 advection 51 emission wavelength 51 foreground galaxy 51 chemical reactivity 51 VY Canis Majoris 51 nanodroplets 51 SMBHs 51 neutral mass spectrometer 51 femtosecond timescale 51 Ozone O3 51 trans Neptunian objects 51 quantum 51 #Ω [002] 51 monotonically 51 prograde 51 neutralino 51 symmetries 51 planet Uranus 51 SUSY 51 polynomial 51 valence band 51 thermally activated 51 pseudogap 51 emission spectra 51 detuning 51 Fig. 1d 51 amplitude modulation 51 NASA Wilkinson Microwave 51 monochromator 51 gravitational lens 51 GJ#b 51 magnetic reconnection 51 Spitzer infrared spectrograph 51 surface plasmons 51 totipotent 51 terahertz radiation 51 electrons behave 51 GJ #b [002] 51 macromolecule 51 fluorescence spectra 51 chalcogenide glass 51 fig. S1 51 -# ° C [001] 51 perihelion 51 axial tilt 51 silicon waveguide 51 ligand receptor 51 tokamaks 51 planet magnetosphere 51 localized surface plasmon 51 topological insulators 51 plasmasphere 51 induced fluorescence 51 piezoelectric properties 51 baryonic matter 51 elongated orbits 51 frequency modulation 51 Fig. 3a 51 Josephson junctions 51 subatomic particle 51 photoelectrochemical 51 chlorophylls 51 nucleobases 51 quantum bits 51 kVp 51 Fig. 1e 51 WIMPs 51 demodulate 51 Yb 51 magnetized plasma 51 diffraction patterns 51 dissipative 51 0V