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(Click for frequent words.) 72 Mott insulator 69 supersolid 68 polaritons 68 microcavities 67 Dirac fermions 67 quantum mechanically 67 Bose Einstein condensation 67 quasiparticle 67 photochemical reactions 67 electronic excitations 66 plasmon 66 photolysis 66 electron doped 66 supercurrent 66 dipole moment 66 phonon 66 thermally induced 66 absorption spectra 66 diffusion coefficient 66 magnon 66 antiferromagnetic 66 quasiparticles 66 Nernst 65 fermion 65 ferromagnetism 65 superfluids 65 Bose Einstein condensates 65 spin precession 65 ultracold molecules 65 diffusive 65 isotope fractionation 65 ε 65 Alfven waves 65 enthalpy 65 wavefunction 64 paramagnetic 64 unconventional superconductivity 64 nonequilibrium 64 weakly interacting 64 polariton 64 YBCO 64 decoherence 64 Coulomb blockade 64 metastable 64 topological insulators 64 manganite 64 dipolar 64 fermionic 64 fluorescence quenching 64 superconducting qubit 64 shear modulus 64 magnetic anisotropy 64 bosonic 64 electron tunneling 64 vibrationally excited 64 cuprate superconductors 64 isomeric 63 post perovskite 63 intramolecular 63 copper oxide superconductors 63 trimers 63 interparticle 63 stoichiometry 63 thermal gradients 63 ferromagnet 63 catalytically active 63 scanning tunneling microscopy 63 antineutrino 63 triangular lattice 63 exciton 63 ultracold temperatures 63 ferromagnetic 63 nonlinearities 63 Alfvén waves 63 conduction electrons 63 inelastic scattering 63 heterojunctions 63 dephasing 63 electron electron 63 thermally activated 63 rubidium vapor 63 heavy fermion 63 quantum tunneling 63 corona discharge 63 Rydberg atom 63 strange quark 63 absorption spectroscopy 63 electron pairs 63 electroluminescence 63 ferromagnetic materials 63 ultracold 63 cesium atom 63 oscillatory 63 microwave photon 63 photoemission 62 electrical resistivity 62 γ 62 frictional heating 62 photosynthetic apparatus 62 spectroscopic analysis 62 cuprates 62 micrometer scale 62 soliton 62 antiferromagnets 62 adsorbate 62 bistability 62 isotherms 62 ferroelectricity 62 anisotropy 62 Fig. 1a 62 fig. S3 62 magnetic excitations 62 magnetic monopoles 62 diffraction pattern 62 DFT calculations 62 nanometric 62 cavity QED 62 superstrings 62 quantum coherence 62 perturbation theory 62 magnetoresistance 62 nanomesh 62 linearly polarized light 62 quantized 62 transfer FRET 62 inhomogeneities 62 vibrational modes 62 photon energies 62 X ray pulses 62 cementite 62 electron pairing 62 radiative cooling 62 InAs 62 excitonic 62 microcavity 62 dispersive 62 electron scattering 62 Josephson junction 62 resonance frequency 62 cuprate 62 excitations 62 photoionization 62 σ 62 θ 62 mesoscopic 62 alkali atoms 62 resonant cavity 62 magnesium ion 62 delocalized 62 solitons 62 antiparallel 62 CdSe 62 pseudogap phase 62 nonlinear optical 62 pentacene molecule 62 vanadium oxide 61 solvation 61 lattice vibrations 61 birefringence 61 crystalline solids 61 photochemistry 61 synchrotron x ray 61 magnetic vortices 61 fig. S2 61 quantum superposition 61 magnetic monopole 61 photocurrent 61 ARPES 61 magnetization reversal 61 martensite 61 excitons 61 superlattice 61 W bosons 61 conventional superconductors 61 vanadate 61 electron diffraction 61 photoelectron spectroscopy 61 Rayleigh scattering 61 nanomagnets 61 Fig. 2b 61 antineutrinos 61 THz radiation 61 UV photons 61 surface plasmons 61 protein adsorption 61 oxygenic photosynthesis 61 blackbody 61 chemically reactive 61 Fig. 1b 61 electron density 61 stimulated emission 61 subwavelength 61 Rydberg atoms 61 electromagnetic flux 61 diamagnetic 61 electrical conductance 61 resonant tunneling 61 dopant atoms 61 circular dichroism 61 bilayer graphene 61 femtosecond timescale 61 inhomogeneity 61 Fig. 1A 61 millimeter wavelengths 61 chalcogenide 61 neutrino mass 61 topological insulator 61 processive 61 magnetic flux 61 toroid 61 iron pnictides 61 cantilever deflection 61 phonons 61 ion traps 61 Raman spectra 61 fig. S1 60 spontaneous fission 60 heterostructures 60 thermodynamic properties 60 thermal decomposition 60 magnons 60 bosons 60 nonconducting 60 gluon 60 photoconductive 60 SQUIDs 60 dimensional electron 60 cm -3 60 thermal diffusivity 60 Fermions 60 ab initio calculations 60 adiabatic 60 surface plasmon 60 optical lattices 60 recrystallization 60 B meson 60 equilibration 60 superconducting qubits 60 cosmic ray flux 60 uniaxial 60 magnetization 60 electric dipole 60 anomalous dispersion 60 diatomic 60 conductance 60 multiferroic 60 donor acceptor 60 resonance frequencies 60 translationally 60 orbital angular momentum 60 Bose Einstein Condensate 60 blackbody radiation 60 Feshbach resonance 60 velocity dispersion 60 correlated electron 60 tetragonal 60 ferroelectric materials 60 fermionic atoms 60 hyperpolarization 60 eukaryotic cell 60 quantum electrodynamics 60 diffraction patterns 60 graphene circuitry 60 meson 60 electron neutrinos 60 metallic nanostructures 60 colloidal particles 60 semiconductor nanocrystals 60 nanochannels 60 wave particle duality 60 quasicrystal 60 τ 60 saturable 60 deuterated 60 enzyme kinetics 60 superfluid helium 60 dissipative 60 unpolarized 60 pentacene 60 colocalization 60 valence electron 60 intermetallic 60 quantum particle 60 ionise 60 quantum capacitance 60 Fig. 1d 60 ferroelectrics 59 optical lattice 59 hydrino 59 x ray scattering 59 ionic currents 59 photon beams 59 helicity 59 electrons positrons 59 weak gravitational lensing 59 helium atoms 59 elastic moduli 59 submicrometer 59 Maxwell equations 59 quantum correlations 59 scale invariance 59 thermodynamic equilibrium 59 photonic crystal 59 magnetisation 59 biomineralization 59 emitted photons 59 tensile stress 59 crystallites 59 strange quarks 59 crustal rocks 59 formamide 59 terahertz radiation 59 inhomogeneous 59 impurity atoms 59 backscattered 59 SiO 2 59 rotational symmetry 59 isotopic ratios 59 pseudogap 59 magnetic dipole 59 surface plasmon resonance 59 nanoelectromechanical 59 neodymium Nd 59 baryonic 59 vibrational frequency 59 Fig. 3b 59 proton neutron 59 Mercury exosphere 59 hyperfine 59 topological defects 59 collinear 59 bilayer 59 equilibrated 59 superatoms 59 focal adhesions 59 sterile neutrino 59 nanoscopic 59 starquakes 59 pnictides 59 ammonia NH3 59 mK 59 fermions 59 helium ions 59 gamma rays emitted 59 MWNT 59 terahertz frequencies 59 Quantum mechanics 59 quantum phenomena 59 κ 59 SAXS 59 peroxynitrite 59 advection 59 electrically insulating 59 lithium atoms 59 sulfur atom 59 η 59 stellar occultations 59 CMB radiation 59 carbonate globules 59 interferometers 59 airglow 59 magnetic coupling 59 evanescent waves 59 reduced graphene oxide 59 superlattices 59 nonlinearity 59 crystal lattices 59 excitation 59 photocatalysis 59 laser excitation 59 superfluid 59 gravitons 59 chondrules 59 nanopillars 59 silicate dust 59 diffusivity 59 piezoelectric crystal 59 cometary material 59 nanoribbon 59 diffusion coefficients 59 Raman scattering 59 helical structures 59 silicon nanowire 59 interphase 59 geoneutrinos 59 plasmons 59 superpositions 59 antibody antigen 59 endothermic 59 laser desorption 59 annealing temperature 59 experimentally demonstrated 58 phenanthrene 58 resonant frequencies 58 spectroscopic techniques 58 ZnSe 58 tensor 58 scanning electron microscopes 58 acyclic 58 radiative recombination 58 ultrashort pulses 58 carbene 58 nucleons 58 neutrino oscillation 58 Fig. 1c 58 heterojunction 58 crystal lattice 58 aperiodic 58 supersymmetric particles 58 GPa 58 x ray pulses 58 Ozone O3 58 photoluminescence 58 Schematic representation 58 intermolecular forces 58 superposed 58 dI dV 58 Fig. 2a 58 photochemical processes 58 photonic crystal fiber 58 electrons orbiting 58 atomic lattice 58 planetary magnetospheres 58 torsional oscillator 58 actinide 58 nucleon 58 macroscopic objects 58 dopant 58 emit photon 58 nanobelts 58 silicon monoxide 58 hydrophobicity 58 helium atom 58 quantum particles 58 Josephson junctions 58 ytterbium 58 neutrino oscillations 58 gravitational radiation 58 yttrium barium copper 58 thermal equilibrium 58 entangled quantum 58 actin filament 58 interconversion 58 Higgs bosons 58 Fig. 4A 58 femtosecond pulses 58 colloidal crystals 58 isotherm 58 Brownian motion 58 wavefronts 58 proton decay 58 hydrothermal fluid 58 nanowire transistors 58 AlGaN GaN 58 chalcogenides 58 optical resonator 58 energetic electrons 58 optomechanical 58 isotropic 58 electrodynamics 58 quasicrystals 58 ultracold atoms 58 Supplementary Fig 58 molecules adsorbed 58 chemiluminescence 58 FRET 58 bandgaps 58 hysteresis loop 58 semiconductor nanowires 58 photonic bandgap 58 chondrites 58 germanium silicon 58 demagnetization 58 rotaxanes 58 polypeptide chain 58 antiparticles 58 photoconversion 58 orbitals 58 intracellular pH 58 Si substrate 58 fluorescence emission 58 nonmagnetic 58 μm diameter 58 heterostructure 58 absorbs photon 58 colloidal quantum dots 58 nanostructured silicon 58 gravitational acceleration 58 atmospheric aerosols 58 electron spins 58 Fig. 4a 58 anion 58 sine waves 58 circularly polarized 58 volcanic aerosols 58 capacitive coupling 58 photobleaching 58 Doppler shifts 58 photon fluorescence 58 proton proton collisions 58 circumstellar 58 cadmium sulfide 58 photoelectrochemical 58 alkynes 58 ion microscope 58 gelsolin 58 ionisation 58 macroscale 58 elastic modulus 58 multiphoton 58 hydroxide ions 58 mesons 58 magnesium ions 58 attosecond 58 strontium titanate 58 dynamical processes 58 micrometre sized 58 φ 58 kaons 58 CPEB 58 macromolecule 58 sterile neutrinos 58 magnetically coupled 57 magnetic permeability 57 meiotic recombination 57 fluorescence spectroscopy 57 axions 57 muon neutrino 57 absorbance 57 oligomerization 57 nonlinear optics 57 homochirality 57 neutron radiation 57 colloidal nanocrystals 57 icosahedral 57 superconductor 57 depolarization 57 electron spin 57 single photon detectors 57 optical waveguides 57 electrochemically 57 supramolecular 57 tetrahedral 57 antiprotons 57 ions electrically charged 57 osmium 57 nitrogen doped 57 fluorescent nanoparticles 57 resonators 57 fig. S6 57 electrons behave 57 X ray binaries 57 dinitrogen 57 polyphase 57 sorption 57 δ 57 nucleolar 57 Einstein equations 57 hydrophobic interactions 57 superconducting electrons 57 ferromagnets 57 spectral measurements 57 ligand receptor 57 amplitudes 57 nanosize 57 Bosons 57 Fig. 2c 57 stellar seismology 57 piezoelectric transducer 57 photothermal 57 ultrasonic vibrations 57 Entangled photons 57 fundamental constants 57 Schrodinger equation 57 polarized electrons 57 electron transistor 57 perovskite 57 intraventricular 57 nanocomposite material 57 Quantum teleportation 57 GAPDH 57 thermal conduction 57 thermal conductivities 57 3He 57 transduction 57 Bose Einstein condensate BEC 57 magnetite crystals 57 Curtarolo 57 thermodynamically 57 exocytosis 57 keV 57 chemical reactivity 57 cryogenic temperatures 57 calcium fluoride 57 Experimentally 57 chemisorption 57 crystalline lattice 57 neutron diffraction 57 carbonaceous chondrites 57 ionizing 57 GaP 57 hydrogen ions 57 dimeric 57 dynamical evolution 57 magma ocean 57 elemental composition 57 electrons emitted 57 cobalt atom 57 meteoritic material 57 redox reactions 57 spicule 57 dopants 57 sonoluminescence 57 mesospheric 57 calorimetric 57 microstructured 57 superheavy elements 57 iron arsenide 57 electrons protons 57 electromagnetically 57 photons emitted 57 conformational changes 57 ultrahigh vacuum 57 meridional flow 57 Fig. 4B 57 cyclin B1 57 superluminal 57 electron neutrino 57 gold nanoclusters 57 -# ° C [001] 57 toroidal 57 GaN layer 57 galactic cosmic rays 57 immiscible 57 filamentary structure 57 Shewanella 57 Extracellular 57 lipid membranes 57 silica spheres 57 oscillatory behavior 57 dihydrogen 57 nanomotors 57 alkali metal 57 electron proton 57 Seebeck effect 57 -# º C [002] 57 elastic deformation 57 meV 57 sodium atoms 57 infra red radiation 57 pulse amplitude 57 thermal conductance 57 lipid bilayer 57 spatially resolved 57 emission spectra 57 FTIR spectroscopy 57 catalytic reactions 57 Joule heating 57 #.#nm [002] 57 CAIs 57 nuclei 57 self assembled monolayer 57 alkane 57 photons particles 57 Fig. 3c 57 impedance input 57 cytidine 57 photoelectron 57 electron orbits 57 cyclization 57 lowermost mantle 57 eddy currents 57 ratiometric 57 ionised 57 UV wavelengths 57 quantum chromodynamics 57 cosmic ray particles 57 semiconducting 57 linearly polarized 57 piezoelectric crystals 57 martensitic 57 nano fluidic 57 graphene electrons 57 W boson 57 emits photon 57 rotaxane 57 florescence 57 millivolts 57 biomolecule 57 linewidth 57 entangled photons 57 hexagonal lattice 57 sinusoidal 57 filamentary 57 Spectroscopic 57 periodic oscillations 57 interferometric 57 ionic conductivity 57 cobalt atoms 57 electrically conducting 57 conjugated polymers 57 electromagnetically induced transparency 57 photomultiplier tubes 57 Optical tweezers 57 helium nuclei 57 superconducting 57 tau neutrino 57 submillimeter 57 S nitrosylation 56 basaltic rocks 56 platinum Pt 56 fluid viscosity 56 interfacial tension 56 oscillations 56 multipartite entanglement 56 Saturn magnetosphere 56 scanning microscopy 56 ultracold gases 56 nonthermal 56 synchrotron X ray 56 multilayers 56 x ray absorption spectroscopy 56 coronal heating 56 Cepheids 56 cesium atoms 56 dielectrics 56 electroactive 56 piezoresistive 56 spectroscopic technique 56 synthetic aperture 56 terahertz waves 56 biogenesis 56 stony meteorites 56 fluorescent molecules 56 hafnium oxide 56 photochemical reaction 56 RNA polymerases 56 electron accelerator 56 Fourier transforms 56 dimensional nanostructures 56 baryon 56 rubidium 56 femtosecond laser pulses 56 IR spectra 56 dielectric permittivity 56 Fig. 2B 56 tholins 56 spheroidal 56 powder diffraction 56 neutrino experiments 56 anodic 56 fluid shear 56 Physikalisch Technische Bundesanstalt PTB 56 Young modulus 56 Muons 56 radar interferometry 56 compressive stress 56 Becquerel 56 fission fusion 56 tropospheric 56 Hawking radiation 56 numerical simulations 56 physico chemical 56 ferric iron 56 ZnS 56 semiconducting nanowires 56 specular reflection 56 vesicle fusion 56 radial velocity technique 56 undoped 56 strontium atoms 56 matter antimatter asymmetry 56 nanochannel 56 ATP synthase 56 protein conformation 56 magnetocaloric effect 56 superparamagnetic 56 boron atoms 56 superlenses 56 isotopic compositions 56 nanolaser 56 kcal mol 56 lipid bilayers 56 NMR spectra 56 quantum entanglement 56 cosmic ray intensity 56 ultracold gas 56 quantum computation 56 magnetospheric 56 collisional 56 hydroxyl radical 56 valence electrons 56 intermolecular 56 tau neutrinos 56 hydrides 56 backscattering 56 interfacial 56 fluorescence resonance energy 56 oscillation frequencies 56 magnetic fields 56 hadron 56 silicon atoms 56 crystallinity 56 spin Seebeck 56 excitation energies 56 electrochemical capacitors 56 electrochemical 56 electromechanical coupling 56 nanomechanical devices 56 mechanotransduction 56 thermally stable 56 perovskites 56 dimensionless 56 macroscopic quantum 56 semiconductor quantum dots 56 arsenite 56 antiparticle 56 sulfate aerosol 56 permittivity 56 viscoelasticity 56 hydrogenase 56 osmotic pressure 56 photosystem II 56 morphogen 56 interstitial fluid 56 reaction kinetics 56 invariance 56 supercooling 56 neutralinos 56 photon pairs 56 HTS wires 56 neutron beam 56 QDs 56 Aharonov Bohm effect 56 neutron scattering experiments 56 thermal annealing 56 nanobubble 56 epoxides 56 Brownian particles 56 boron nitride 56 fused silica 56 hydroxyl molecules 56 autoregulation 56 phosphorus atoms 56 ribozyme 56 parasitic capacitance 56 absorption coefficient 56 particle acceleration 56 giant magnetoresistance GMR 56 cosmic strings 56 antimonide 56 poly L lysine 56 helium isotope 56 quantum criticality 56 abiogenesis 56 stilbene 56 supercontinuum generation 56 muon neutrinos 56 rheometer 56 cosmological distances 56 entangled qubits 56 conductivities 56 sulfate aerosols 56 figs. 56 boron nitride nanotubes 56 relativistic particles 56 hydride 56 Bose Einstein condensate 56 spectroscope 56 nanoscale phenomena 56 electron flux 56 Eq. 56 amino acid substitutions 56 anterograde 56 Carbon nanotube 56 fluorescently tagged 56 potassium atoms 56 Confocal microscopy 56 tetrahedra 56 experimentally 56 Bragg grating 56 pulsed laser beam 56 absorbs photons 56 unicellular organisms 56 ATPase activity 56 fluorescence intensity 56 Dirac equation 56 MWCNTs 56 porphyrin 56 Ca2 + 56 electromotive force 56 viscous fluid 56 electron positron pairs 56 ATP hydrolysis 56 distant supernovas 56 relativistic protons 56 photosystem 56 spectroscopically 56 anthracene 56 superconductivity 56 piezoelectricity 56 localized surface plasmon 56 substorm 56 coplanar 56 jovian 56 photon absorption 56 Mott insulators 56 Boltzmann constant 56 conductivity 56 cryostat 56 coronal loops 56 SiO 56 optically pumped 56 piezoelectric properties 56 prokaryote 56 quasicrystalline 56 cathodic 56 excitation contraction 56 compressive strain 56 ATRP 56 controllably 56 lanthanide 56 ZnO nanowires 56 diffraction grating 56 nanotube sheets 56 pearlite 56 CuO 56 depolarized 56 exothermic reactions 56 laser spectroscopy 56 polyaniline 56 graphene layers 56 vectorial 56 photonic crystals 55 hydrogen deuterium 55 -# ° Fahrenheit 55 silicide 55 spectrin 55 silicate rocks 55 spectroscopic measurements 55 gravitational redshift 55 covalent bonding 55 graphene nanoribbons 55 asymptotic freedom 55 spin excitations 55 polar mesospheric clouds 55 alkene 55 electron positron 55 epoxide 55 zinc ions 55 complexation 55 ionized particles 55 gate electrode 55 temporal variability 55 transmembrane 55 solar neutrinos 55 caveolae 55 bismuth telluride 55 photon counting 55 Atlantic Multidecadal Oscillation AMO 55 alpha particles 55 ω 55 SWCNT 55 radioactive decay 55 VY Canis Majoris 55 Magellanic Stream 55 intrinsic brightness 55 electrostatic attraction 55 Schrödinger equation 55 synchrotron emission 55 steric 55 sulfation 55 radiative transfer 55 beta tubulin 55 scanning tunneling microscopy STM 55 rheological 55 crystalline silicates 55 infrared spectroscopy 55 phytochrome 55 ultraviolet wavelengths 55 fermion atoms 55 polarimetric 55 positron emitting 55 silicon waveguide 55 Rossby waves 55 dielectric layer 55 interferometry 55 quadrupole 55 cosmic gamma rays 55 spherical particle 55 methanogenesis 55 oxidized mercury 55 ion beams 55 nanostructuring 55 organometallic compounds 55 microns millionths 55 Liquid helium 55 Fig. 3B 55 superconducting cables