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(Click for frequent words.) 71 exciton 70 dipole moment 69 magnon 69 photoemission 68 Mott insulator 68 plasmon 68 polaritons 68 phonons 67 resonance frequency 67 electron scattering 67 hyperfine 66 polariton 66 magnetization 66 surface plasmons 66 photocurrent 66 meV 66 electronic excitations 66 supersolid 66 excitations 66 quantum oscillations 66 excitons 66 Nernst 65 bosonic 65 fermion 65 FRET 65 Bose Einstein condensates 65 decoherence 65 wavefunction 65 electron tunneling 65 dispersive 65 dipolar 65 anisotropy 65 ferromagnet 65 orbitals 64 quantum mechanically 64 photonic crystal 64 electron pairing 64 electron pairs 64 vibrational modes 64 isotropic 64 microcavities 64 Coulomb blockade 64 quasiparticles 64 excitation 64 quasiparticle 64 intramolecular 64 surface plasmon 64 photoluminescence 63 kcal mol 63 enthalpy 63 photons 63 photon 63 interferometry 63 transfer FRET 63 σ 63 shear modulus 63 optical lattices 63 antiferromagnetic 63 photon energies 63 absorption spectra 63 supercurrent 63 amplitudes 63 lattice vibrations 63 surface plasmon resonance 63 Fig. 1a 63 solitons 63 ARPES 63 θ 63 birefringence 63 photoionization 63 nonequilibrium 63 bosons 63 antiprotons 63 plasmons 63 Raman scattering 63 electron 62 anisotropic 62 vibrational frequency 62 conduction electrons 62 diffraction 62 electron density 62 meson 62 photon fluorescence 62 bandgap 62 velocity dispersion 62 fermionic 62 inelastic scattering 62 sodium atoms 62 cm -1 62 gaussian 62 perturbation theory 62 plasmonic 62 electron spins 62 magnons 62 photon counting 62 waveguides 62 linewidth 62 THz radiation 62 electron transistor 62 diffusive 62 quasicrystal 62 keV 61 paramagnetic 61 ultracold 61 cesium atom 61 ultracold atoms 61 γ 61 magnetoresistance 61 stimulated emission 61 supercontinuum generation 61 photodetector 61 magnetisation 61 τ 61 nonlinear optical 61 resonators 61 dephasing 61 unpolarized 61 magnetization reversal 61 X ray pulses 61 thermal conductance 61 ferromagnetic 61 nonlinearity 61 dI dV 61 solvation 61 fermions 61 antiproton 61 rubidium vapor 61 diffraction pattern 61 optical lattice 61 conductance 61 SAXS 61 Rydberg atom 61 muon 61 soliton 61 positronium 61 η 61 photons emitted 61 ferromagnetism 60 emit photon 60 superconducting qubit 60 dielectric constant 60 bilayer graphene 60 quantum mechanical 60 microcavity 60 radiative 60 nucleons 60 magnetic flux 60 ε 60 electron electron 60 oscillation frequency 60 Dirac fermions 60 terahertz radiation 60 cuprates 60 picosecond 60 atoms 60 nonlinearities 60 absorbance 60 backscattered 60 depolarization 60 CdSe 60 ferroelectric 60 oscillation amplitude 60 adiabatic 60 adsorbate 60 photochemistry 60 inhomogeneous 60 cantilever deflection 60 attosecond 60 mK 60 photoelectron 60 annealing temperature 60 quantum tunneling 60 inhomogeneity 60 electrons 60 dopant 60 excitonic 60 electron diffraction 60 quantum dot 60 dimer 60 metastable 59 copper oxide superconductors 59 strange quark 59 weakly interacting 59 Bose Einstein condensation 59 SWNT 59 ion traps 59 superfluid 59 Josephson junction 59 laser excitation 59 single photon detectors 59 synthetic aperture 59 φ 59 excitation energies 59 orbital angular momentum 59 hadron 59 shorter wavelengths 59 κ 59 W boson 59 refractive index 59 electron spin 59 interfacial 59 Boltzmann constant 59 femtosecond pulses 59 interparticle 59 absorption spectroscopy 59 photochemical reactions 59 attosecond pulses 59 dynamical 59 gamma ray emission 59 crystallinity 59 resonator 59 Maxwell equations 59 terahertz waves 59 absorption coefficient 59 linearly polarized light 59 colloidal particles 59 electron neutrinos 59 valence band 59 proton neutron 59 fluorescence quenching 59 superconducting 59 W bosons 59 weak gravitational lensing 59 Fig. 3b 59 blackbody 59 heavy fermion 59 meridional flow 59 ferroelectrics 59 electrical resistivity 59 mesoscopic 59 InAs 59 Rayleigh scattering 59 micrometer scale 59 GeV 59 ferroelectricity 59 coercivity 59 colloidal crystals 59 waveguide 59 pseudogap 59 cosmic ray particles 58 inhomogeneities 58 dimensional electron 58 circular dichroism 58 topological insulator 58 diffusion coefficient 58 cuprate 58 martensite 58 magnetospheric 58 MeV 58 fermionic atoms 58 metallicity 58 elastic moduli 58 interferometric 58 oscillations 58 dimensionless 58 Doppler shifts 58 intermolecular 58 delocalized 58 diffraction patterns 58 X ray emission 58 antiparallel 58 SQUIDs 58 Einstein equations 58 DFT calculations 58 terahertz frequencies 58 GPa 58 circularly polarized light 58 diffracted 58 photobleaching 58 electron volt 58 z = 58 pMOS 58 Fourier transform 58 cuprate superconductors 58 gravitational radiation 58 UV photons 58 oscillation 58 anion 58 superposed 58 fluorescence intensity 58 dipoles 58 quantum correlations 58 Fig. 1c 58 superposition 58 nucleon 58 silicon waveguide 58 #.#nm [002] 58 post perovskite 58 magnetic dipole 58 qubit 58 thermally induced 58 positron 58 interferometer 58 helium ions 58 resonant frequency 58 photolysis 58 radiative recombination 58 tropospheric 58 quantum particle 58 Feshbach resonance 58 perovskite 58 vibrational 58 quantized 58 multiphoton 58 dopants 58 subwavelength 58 resonant cavity 58 spacetime 58 superlattice 58 photothermal 58 radiative transfer 58 superluminal 57 interferometers 57 FWHM 57 harmonic oscillator 57 Fig. 2b 57 photon absorption 57 Si substrate 57 gate electrode 57 helium atoms 57 permittivity 57 Bose Einstein Condensate 57 fs pulses 57 metallic nanostructures 57 heterojunctions 57 thermodynamically 57 beam splitter 57 photon emission 57 triangular lattice 57 optical resonator 57 Fig. 1b 57 quantum coherence 57 single molecule fluorescence 57 cosmic ray 57 antiparticle 57 x ray scattering 57 hydrophobic interactions 57 fluorophore 57 spectroscopy 57 thermal gradients 57 stoichiometry 57 B meson 57 THz 57 steric 57 Fig. 4c 57 conventional superconductors 57 planar 57 alpha particles 57 nanomesh 57 fluorescence resonance energy 57 capacitive coupling 57 superfluids 57 cobalt atom 57 X ray wavelengths 57 microlens 57 particle acceleration 57 topological insulators 57 superfluid helium 57 diamagnetic 57 gravitational lensing 57 magnetic excitations 57 manganite 57 ultracold molecules 57 fig. S2 57 chalcogenide 57 bandgaps 57 resonant frequencies 57 rubidium atoms 57 kelvin 57 pentacene 57 nanomechanical 57 photonic bandgap 57 correlated electron 57 electric dipole 57 spin excitations 57 quadrupole 57 macrocycle 57 neutralinos 57 resonant tunneling 57 BaBar 57 diffraction limit 57 photometry 57 GaP 57 X ray absorption spectroscopy 57 electron doped 57 nanopillars 57 ultracold gas 57 QDs 57 dye molecules 57 ω 57 antiferromagnets 57 beryllium ion 57 tetragonal 57 vanadium dioxide 57 optical wavelengths 57 electrodynamics 57 Fig. 4b 57 nonzero 57 galactic disk 57 toroid 57 hydrophobicity 57 proton decay 57 crystal lattice 57 Interferometric 57 ionisation 57 dipole 57 x ray pulses 57 electron beams 57 electromagnetic flux 57 bilayer 57 nonlinear optics 57 Fig. 1A 57 semiconductor nanocrystals 57 photoelectrochemical 56 Fig. 2A 56 electrical conductance 56 graphene layers 56 spectroscopic 56 sonoluminescence 56 tau neutrinos 56 electron flux 56 relativistic protons 56 electrons orbiting 56 photonic crystals 56 thermally activated 56 Fig. 4a 56 spectra 56 topological defects 56 photodiode 56 ZnSe 56 gluon 56 van der Waals interactions 56 Alfven waves 56 λ 56 absorbs photons 56 muons 56 kaons 56 spectroscopic analysis 56 submillimeter 56 thermal decomposition 56 tetrahedral 56 scintillator 56 monochromator 56 photon detection 56 boson 56 surface roughness 56 semiconducting 56 vibrational spectroscopy 56 electroluminescence 56 dielectric 56 Fig. 2c 56 Awschalom 56 isotope fractionation 56 intermetallic 56 SiO 2 56 BaBar experiment 56 Photons 56 advection 56 Schottky barrier 56 luminosities 56 refraction 56 crystal lattices 56 logarithmic 56 nanomagnets 56 InSb 56 Muons 56 magnetotail 56 semiconductor quantum dots 56 ionise 56 superconductivity 56 electromotive force 56 baryon 56 nanoantennas 56 thermodynamic equilibrium 56 Fermions 56 Alfvén waves 56 cm -3 56 Rossby waves 56 electron positron pairs 56 antineutrinos 56 Auger recombination 56 hydrogen nuclei 56 cm -2 56 fluorescence emission 56 Saturn magnetosphere 56 amplitude modulation 56 SWCNT 56 vibrationally excited 56 antiparticles 56 conjugated polymer 56 terahertz THz 56 Lyman alpha 56 donor acceptor 56 hydrogen ions 56 mT 56 Gaussian 56 nMOS 56 electrons protons 56 superpositions 56 adsorption 56 irradiance 56 chemiluminescence 56 superconducting qubits 56 hyperpolarization 56 neutron beam 56 mesons 56 axions 56 CMB photons 56 Brillouin zone 56 lithium atoms 56 fluorescence spectroscopy 56 collinear 56 Yb 56 superconductor 56 synchrotron X ray 56 π 56 Fig. 3B 56 gravitons 56 AlGaN 56 Fig. 4B 56 isotherms 56 Z boson 56 germanium silicon 56 ms -1 56 galactic cosmic rays 56 nanocrystal 56 electron proton 56 neutrons 56 IR spectra 56 pions 56 cavity QED 56 heterostructures 56 heterojunction 56 sine wave 56 exfoliated graphene 56 relativistic particles 56 mJ 56 eddy currents 56 crystallites 56 epitaxial layer 56 ab initio calculations 56 Fig. 2a 56 fluorophores 56 gravitational wave 56 conjugated polymers 55 quantum particles 55 undoped 55 MOS transistors 55 magnetic fields 55 circular polarization 55 fig. S3 55 laser spectroscopy 55 ionization 55 chemical reactivity 55 catalytic reactions 55 lattice mismatch 55 pentacene molecule 55 compressive stress 55 quantum metrology 55 electrically insulating 55 toroidal 55 supersymmetric particles 55 SUSY 55 vorticity 55 X ray binaries 55 thermodynamic properties 55 helium nuclei 55 transduction 55 1μm 55 Lorentzian 55 photocatalysis 55 fluorescence 55 spectroscopic techniques 55 YBCO 55 nanometric 55 evanescent waves 55 periodicities 55 superlattices 55 quantum dots 55 leakage currents 55 pyroelectric 55 X ray scattering 55 femtosecond 55 lithium niobate 55 helicity 55 lasing 55 oscillatory 55 high redshift galaxies 55 sinusoidal 55 fluorescence excitation 55 semiconductor nanowires 55 analyte 55 emits photons 55 Tunable 55 hydrides 55 dielectrics 55 quantization 55 polarimetry 55 Bose Einstein condensate 55 ultraviolet wavelengths 55 hysteresis 55 molecular orbitals 55 ρ 55 electrophoretic 55 microlasers 55 scanning tunneling microscopy 55 volcanic aerosols 55 excitation wavelength 55 multiferroic 55 graphene 55 semiconductor nanostructures 55 graphene nanoribbons 55 GaAs AlGaAs 55 energetic electrons 55 lattice parameter 55 photoelectron spectroscopy 55 linearized 55 negative refraction 55 bismuth telluride 55 nucleosynthesis 55 radiative cooling 55 thermal equilibrium 55 catalytically active 55 Supplementary Fig 55 synchrotron emission 55 Doppler shift 55 stellar occultation 55 cesium atoms 55 surface plasmon polaritons 55 monodisperse 55 laser pulse 55 spin precession 55 infrared radiation 55 cobalt atoms 55 millimeter wavelengths 55 qubit quantum 55 superstrings 55 ionized gases 55 Experimentally 55 Eq. 55 scanning microscopy 55 backscattering 55 conductivity 55 nanotube 55 photon detector 55 strontium atoms 55 -# ° C [001] 55 Anisotropy 55 pnictides 55 PIN diode 55 beamsplitter 55 CMOS transistors 55 indium arsenide 55 diffraction grating 55 gold nanoclusters 55 photons particles 55 trimers 55 microwave photons 55 wave particle duality 55 high temperature superconductivity 55 terahertz 55 hysteresis loop 55 spectroscopic technique 55 Hawking radiation 55 muon neutrinos 55 heterodyne 55 AlGaN GaN 55 SWNTs 55 elastic modulus 55 1nm 55 linearly polarized 55 SiO 55 uniaxial 55 attoseconds 55 vanadate 55 cosmic ray flux 55 intermetallic compounds 55 neutrino 55 dimers 55 ZPE 55 magnetic permeability 54 Raman spectra 54 laser pulses 54 nitride semiconductor 54 highly collimated 54 entangled quantum 54 WIMPs 54 nanoelectromechanical 54 positrons 54 m z 54 Fig. 2C 54 silicon waveguides 54 ferromagnetic materials 54 auroral 54 blackbody radiation 54 emitted photons 54 Yarkovsky effect 54 porphyrin 54 silicon monoxide 54 figs. 54 orbital resonance 54 Cerenkov radiation 54 Rydberg atoms 54 calorimetric 54 quantum superposition 54 dV dt 54 electrodynamic 54 J# +# [002] 54 reflectometry 54 PbS 54 ν 54 rotaxane 54 diffracting 54 strontium titanate 54 baryonic 54 kT 54 momenta 54 parasitic capacitance 54 3He 54 multilayers 54 hafnium oxide 54 chromophore 54 strange quarks 54 van der Waals forces 54 LiNbO3 54 antineutrino 54 graviton 54 thermopile 54 gravitational interaction 54 circularly polarized 54 quinone 54 ratiometric 54 QCLs 54 neutron 54 rubidium atom 54 gamma rays emitted 54 δ 54 SNe Ia 54 ultrashort pulses 54 ions 54 thermal conductivity 54 Mg Fe 54 potassium atoms 54 submicrometer 54 PMOS transistors 54 diffract 54 electron neutrino 54 CMB radiation 54 starquakes 54 photon flux 54 antibody antigen 54 eclipsing binary 54 magnetic polarity 54 sorption 54 resonance frequencies 54 nucleation 54 birefringent 54 Ca2 + 54 ZnO nanowires 54 piezoelectric crystal 54 colloidal nanocrystals 54 exponential decay 54 nanowire 54 electromigration 54 valence electrons 54 iron pnictides 54 anions 54 interatomic 54 jovian 54 coplanar 54 semiconducting material 54 nonpolar 54 nanodots 54 torsional oscillator 54 silicon atoms 54 Fig. 2B 54 radial velocity method 54 ion microscope 54 amplitude 54 boron nitride 54 nanochannels 54 emission spectra 54 dissipative 54 timebase 54 quantum electrodynamics 54 HfSiON 54 electrons emitted 54 heterostructure 54 hydrogens 54 nanoporous 54 autocorrelation 54 gravitational lens 54 ligand receptor 54 deformable mirror 54 frictional heating 54 thermal gradient 54 ohmic 54 quantum criticality 54 polarization multiplexed 54 magnetically coupled 54 powder diffraction 54 valence electron 54 Mössbauer 54 fluorescent molecules 54 solar corona 54 detuning 54 microvolts 54 radiative forcing 54 oscillation frequencies 54 Entangled photons 54 ultrananocrystalline diamond 54 alkene 54 dipole dipole 54 electron mobility 54 nuclei 54 nanocrystals 54 spatially resolved 54 azimuthal 54 rubidium 54 ytterbium 54 icosahedral 54 parameter estimation 54 visible wavelengths 54 pn junction 54 IR wavelengths 54 directivity 54 laser speckle 54 invariant 54 microscale 54 picoseconds 54 AlN 54 crystallographic 54 Mercury exosphere 54 biomolecule 54 titania 54 hydrogen atoms 54 relativistic electrons 54 superparamagnetic 54 interconversion 54 Josephson junctions 54 thermal annealing 54 PZT 54 quantum dot lasers 54 optical tweezers 54 multiscale 54 x ray absorption spectroscopy 53 gravitational acceleration 53 submicron 53 entangled photons 53 unconventional superconductivity 53 emission wavelength 53 recrystallization 53 photon detectors 53 carbene 53 electron positron 53 Fabry Perot 53 adsorbed 53 conformational changes 53 colloidal quantum dots 53 microwave photon 53 isomeric 53 spin Seebeck 53 interphase 53 ZnS 53 nanostructure 53 Bragg grating 53 experimentally demonstrated 53 bipolar transistor 53 Terahertz 53 Schrodinger equation 53 localized surface plasmon 53 fluorescence detection 53 equilibration 53 corona discharge 53 X ray diffraction 53 spherically symmetric 53 emissivity 53 multipartite entanglement 53 χ 53 fig. S1 53 hydride 53 nematic 53 Fig. 4A 53 redshift 53 particle 53 orbital eccentricity 53 ATP hydrolysis 53 semiconducting materials 53 infall 53 deconvolution 53 temperature gradient 53 InGaAs 53 helium atom 53 sulfate aerosol 53 substorm 53 quasicrystals 53 molecules adsorbed 53 photosphere 53 airglow 53 absorbs photon 53 wavelength 53 electrochemical 53 dimerization 53 bistable 53 VCSEL 53 Fig. 1d 53 micron sized 53 magnetic anisotropy 53 unpolarized light 53 hydrogen atom 53 microlenses 53 Higgs singlet 53 diffractive optics 53 GaN layer 53 rotational axis 53 Mott insulators 53 photonic circuits 53 VLTI 53 fluid viscosity 53 electromagnetically 53 oligomer 53 Bose Einstein condensate BEC 53 filamentary structure 53 ultrasonic vibrations 53 electron orbitals 53 z axis 53 cosmological distances 53 MWNT 53 cadmium selenide 53 aluminum gallium nitride 53 nanoparticle arrays 53 orbital inclination 53 ultraviolet laser 53 neutralino 53 electron orbits 53 ionized gas 53 atomic nuclei 53 collimated 53 neutrino oscillation 53 sinusoid 53 oxyhemoglobin 53 arcsec 53 Jupiter magnetosphere 53 aperiodic 53 electrons positrons 53 scale invariance 53 tensile stress 53 optical waveguides 53 optical excitation 53 magnetic reconnection 53 emittance 53 reduced graphene oxide 53 nonconducting 53 proton proton 53 Excitation 53 ultrasonics 53 nanodot 53 diffusible 53 ultracold gases 53 magnesium ion 53 moduli 53 nanolaser 53 Fig. 3C 53 Fig. 3c 53 MOS transistor 53 VHE gamma rays 53 Pauli exclusion 53 dielectric layers 53 high temperature superconductors 53 neutral mass spectrometer 53 Brownian motion 53 gate dielectrics 53 Nanomechanical 53 PIN photodiode 53 GZK cutoff 53 superfluidity 53 vibrational excitation 53 chirality 53 magnesium ions 53 cosmic strings 53 macroscopic objects 53 conductivities 53 oxide thickness 53 bistability 53 correlator 53 circumstellar 53 attosecond pulse 53 sine waves 53 neutrino mass 53 spectroscopically 53 Seebeck effect 53 indium gallium arsenide InGaAs 53 neutron flux 53 Raman spectroscopy 53 ZnO 53 frequency comb 53 nanobelts 53 emit X rays 53 nanorod