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(Click for frequent words.) 69 nonlinear optical 69 electron tunneling 68 photoemission 68 microcavities 68 bistability 68 dipole moment 68 ferroelectrics 67 stereochemical 67 mesoscopic 67 electron scattering 67 electronic excitations 67 magnetisation 67 polaritons 66 antiferromagnets 66 epitaxial layer 66 inelastic scattering 66 inhomogeneity 66 ARPES 66 microstructural 66 nanomechanical 66 intramolecular 66 adsorbate 66 ab initio calculations 66 nonequilibrium 66 manganite 65 topological insulator 65 THz radiation 65 decoherence 65 photoionization 65 circular dichroism 65 interatomic 65 ferromagnetism 65 conformational changes 65 oscillatory 65 Raman scattering 65 protein adsorption 65 unconventional superconductivity 65 thermally activated 65 quantum coherence 65 MOS transistors 65 heterojunctions 65 donor acceptor 65 electron doped 64 electrodynamics 64 quantum mechanically 64 ionic conductivity 64 supercurrent 64 particle acceleration 64 Si substrate 64 colloidal crystals 64 thermally induced 64 subwavelength 64 correlated electron 64 SAXS 64 nanoparticle arrays 64 excitations 64 lipid membranes 64 solitons 64 meridional flow 64 topological insulators 64 semiconductor nanowires 64 radiative transfer 64 ultracold molecules 64 photon energies 64 diffusive 64 scanning tunneling microscopy 64 quantum criticality 64 inhomogeneous 64 plasmon 64 magnetization 64 bilayer graphene 63 Auger recombination 63 interconversion 63 thermodynamic properties 63 intermolecular interactions 63 quantum tunneling 63 Nernst 63 diffusion coefficients 63 chemical reactivity 63 magnetic anisotropy 63 ferromagnetic 63 ferroelectricity 63 microsaccades 63 electromechanical coupling 63 magnetoresistance 63 spectroscopic techniques 63 supercontinuum generation 63 femtosecond laser pulses 63 metallic nanostructures 63 capacitive coupling 63 heavy fermion 63 microcavity 63 magnetic excitations 63 absorption spectroscopy 63 quasiparticle 63 iron pnictides 63 QDs 63 micrometer scale 63 dipolar 63 crystallinity 63 enzyme kinetics 63 perturbation theory 63 Coulomb blockade 63 nanomagnets 63 Mott insulator 63 quantum phenomena 63 rubidium vapor 63 electromagnetic flux 62 dephasing 62 dispersive 62 nonlinear optics 62 thermal gradients 62 photoconductive 62 Alternative splicing 62 liquid crystalline 62 X ray scattering 62 dielectric breakdown 62 nanochannels 62 electrical conductance 62 quantum correlations 62 YBCO 62 fluorescence intensity 62 antibody antigen 62 antiferromagnetic 62 van der Waals interactions 62 inhomogeneities 62 uniaxial 62 soliton 62 quasiparticles 62 bosonic 62 birefringence 62 multipartite entanglement 62 dimensional nanostructures 62 scanning microscopy 62 carbon nanotube transistors 62 focal adhesions 62 anisotropy 62 thermodynamic stability 62 electromagnetic coupling 62 nano fluidic 62 cavity QED 62 chalcogenide glass 62 electrostatic interactions 62 CMOS transistors 62 vibrational modes 62 nanometric 62 ferroelectric materials 62 Alfven waves 62 thermal conduction 62 interparticle 62 conjugated polymers 62 copper oxide superconductors 62 absorption spectra 61 redox reactions 61 cuprate 61 chalcogenide 61 multiscale 61 chemical kinetics 61 intermetallic 61 high temperature superconductors 61 CPEB 61 quantum oscillations 61 Alfvén waves 61 orbital angular momentum 61 excitonic 61 interfacial 61 ultracold atoms 61 magnetosomes 61 ferromagnetic materials 61 paramagnetic 61 thermodynamic equilibrium 61 depolarizing 61 superconducting qubit 61 hyperfine 61 topological defects 61 vibrational spectroscopy 61 photoconversion 61 patterning technique 61 elastic modulus 61 bistable 61 dynamical 61 velocity dispersion 61 electron electron 61 photoluminescence 61 electron density 61 hydrophobicity 61 protein conformation 61 post perovskite 61 quantum metrology 61 vanadium dioxide 61 membrane fusion 61 electroluminescence EL 61 anisotropic 61 DFT calculations 61 electron pairs 61 phonon 61 exfoliated graphene 61 interphase 61 diffusion coefficient 61 dielectrophoresis 61 solvation 61 antineutrino 61 SWNT 61 quantum capacitance 61 shrinking geometries 61 colloidal particles 61 epitaxial graphene 61 isotropic 61 photon emission 61 photocurrent 61 Fig. 1c 61 superluminal 61 stochasticity 61 superlens 61 x ray scattering 61 electron proton 61 histone methylation 61 bandgaps 61 dynamical evolution 61 weak gravitational lensing 61 photonic crystal 61 reaction kinetics 61 x ray crystallographic 61 lattice mismatch 61 macroscale 61 supersolid 61 pn junctions 61 gate electrode 61 nonlinearity 61 membrane lipids 61 compressive strain 61 visuomotor 61 X ray microscopy 61 coercivity 61 diffraction pattern 61 tetragonal 61 superconducting qubits 61 ultrafast lasers 60 leakage currents 60 recrystallization 60 quasicrystal 60 graphene layers 60 calorimetric 60 nanomesh 60 gold nanocluster 60 Dirac equation 60 ferroelectric 60 photochemical reactions 60 fluorescence quenching 60 helicity 60 FGF signaling 60 dopant atoms 60 polariton 60 protein filaments 60 nanomotors 60 #BP# 60 particle morphology 60 lattice vibrations 60 superlattice 60 Raman spectroscopic 60 sub picosecond 60 diffusivity 60 ceramic superconductors 60 intracellular signal transduction 60 Bose Einstein condensation 60 FinFET 60 magnetic vortices 60 spatially resolved 60 gold nanoclusters 60 HEMTs 60 pentacene 60 magnetic dipole 60 Josephson junctions 60 thermal conductivities 60 Bose Einstein condensates 60 electrical resistivity 60 pMOS 60 nanocrystal 60 corona discharge 60 triangular lattice 60 isomeric 60 frictional heating 60 atomic lattice 60 laser irradiation 60 SWCNT 60 biogenesis 60 multiferroic 60 graphene nanoribbons 60 nanoscale phenomena 60 catalytic reactions 60 diffusible 60 PEDOT nanotubes 60 helium ions 60 supercooling 60 DNA demethylation 60 photoelectron spectroscopy 60 electro optic plastics 60 nonthermal 60 neutron diffraction 60 THz waves 60 Raman spectra 60 high temperature superconductivity 60 tensile stress 60 gelation 60 structural rearrangements 60 exciton 60 cuprate superconductors 60 impedance measurements 60 AlGaN GaN 60 Fig. 2b 60 isotope fractionation 60 chiral molecules 60 piezoelectricity 60 conduction electrons 60 resonant tunneling 60 ultrashort pulses 60 intermolecular 60 reflectometry 60 nanoindentation 60 optical lattices 60 crystallographic 60 microstructured 60 photostability 60 hexamers 60 photons emitted 60 intermolecular forces 60 pn junction 60 elastic moduli 60 osmotic stress 60 disordering 60 macroscopically 60 bismuth telluride 59 nematic 59 biomolecule 59 relativistic electrons 59 pseudogap phase 59 vesicle fusion 59 hypocretin neurons 59 hyperpolarization 59 electron spins 59 ferromagnet 59 graphene electrons 59 X ray absorption spectroscopy 59 translationally 59 intercellular signaling 59 bilayer 59 catalytically active 59 enthalpy 59 oxidative phosphorylation 59 membrane transporters 59 electrophoretic 59 nanostructuring 59 demagnetization 59 optical resonator 59 quasicrystals 59 Fig. 1a 59 SQUIDs 59 fluorescence emission 59 depolarization 59 diffracted 59 phytochrome 59 osmotic pressure 59 enzymatic pathways 59 neutrino oscillation 59 photobleaching 59 millimeter wavelengths 59 cosmological parameters 59 Dirac fermions 59 miRNA expression 59 permittivity 59 eukaryotic cell 59 substorm 59 x ray diffraction 59 ZnO nanowires 59 diffracting 59 magnetospheric 59 photoactivation 59 heterostructure 59 MOS transistor 59 cosmic ray flux 59 ligand binding 59 electron transistor 59 nonlinearities 59 tribological 59 physico chemical 59 wave particle duality 59 photon pairs 59 Confocal microscopy 59 phonons 59 fig. S1 59 experimentally demonstrated 59 friction coefficients 59 F actin 59 coplanar 59 spectroscopic technique 59 lithographic processes 59 nitride semiconductor 59 extracellular proteins 59 semiconducting properties 59 photosystem II 59 photoelectrochemical 59 stoichiometry 59 ion traps 59 nonlinear dynamics 59 x ray pulses 59 actin filament 59 entangled quantum 59 resonant frequencies 59 photolysis 59 InAs 59 superlenses 59 stellar seismology 59 nanofilms 59 processive 59 UV photons 59 fermionic 59 quantum particles 59 superparamagnetic 59 nanopillar 59 ellipsometry 59 graphene circuitry 59 phospholipid membranes 59 piezo actuator 59 bilayers 59 supramolecular 59 heterogeneities 59 van der Waals forces 59 heterogeneous catalysts 59 amplitudes 59 strontium titanate 59 Fig. 4a 59 terahertz imaging 59 electroluminescence 59 W bosons 59 wavelet transform 59 spherical particle 59 microstructures 59 eigenvalues 59 hydrophobic interactions 59 morphogens 59 rheological 59 femtosecond pulses 59 Maxwell equations 59 viscoelasticity 59 perovskite 59 photoelectron 59 terahertz spectroscopy 59 oligomerization 59 microlasers 59 heterojunction 59 delocalization 59 nanometer scale 59 TappingMode 58 Fig. 2a 58 light scattering DLS 58 nanoscale dimensions 58 previously uncharacterized 58 ribozyme 58 electrochemical capacitors 58 intracellular signaling 58 photosystems 58 nanocomposite material 58 photonic bandgap 58 electromagnetically 58 radiative recombination 58 wavefronts 58 biomineralization 58 ultrashort laser pulses 58 crystallites 58 autoregulation 58 tomographic 58 Transmission electron microscopy 58 terahertz waves 58 ferromagnets 58 quantum mechanical 58 transcriptional activation 58 HRTEM 58 coexpression 58 deuterated 58 photochemistry 58 Photonic crystals 58 surface plasmon 58 laser desorption 58 dissipative 58 terahertz radiation 58 transfer FRET 58 femtosecond timescale 58 piezoelectric transducer 58 sorption 58 chromatin structure 58 dielectric layer 58 wavefunction 58 transduction 58 nucleons 58 synchrotron x ray 58 meiotic recombination 58 photon absorption 58 cosmic ray particles 58 synchrotron X ray 58 Josephson junction 58 multiwavelength 58 gravitational redshift 58 biological macromolecules 58 nanomechanical devices 58 cobalt atoms 58 keratinocyte 58 posttranslational modification 58 Perkinamine 58 heterostructures 58 surface plasmon resonance 58 neuroepithelial cells 58 X ray crystallographic 58 superfluids 58 photon microscopy 58 electron pairing 58 proton pump 58 femtosecond lasers 58 chlorosome 58 synaptic transmission 58 thermal diffusivity 58 membrane permeability 58 quantum bits qubits 58 organic TFTs 58 deconvolution 58 pulsed laser beam 58 magnon 58 electrostatic attraction 58 S nitrosylation 58 gelsolin 58 molecules adsorbed 58 poly dA 58 photon fluorescence 58 resonance frequency 58 conformational 58 diffraction grating 58 metastable 58 enzyme catalysis 58 III nitride 58 nanoworld 58 axon guidance 58 powder diffraction 58 perovskites 58 coronal heating 58 enzymatic reactions 58 polyphase 58 fluorescence excitation 58 conductance 58 Electron microscopy 58 nucleon 58 alternative splicing 58 Fig. 1b 58 photochemical processes 58 chlorophyll fluorescence 58 6S RNA 58 dynamical processes 58 complexation 58 Majorana fermions 58 confocal microscopy 58 oscillation frequency 58 impurity atoms 58 Bragg grating 58 neutrino mass 58 nanomembranes 58 ε 58 fluorescence spectroscopy 58 linewidth 58 anomalous dispersion 58 CFD modeling 58 piezoelectric materials 58 proton decay 58 piezoresistive 58 Mott insulators 58 magnetic permeability 58 gluon 58 giant magnetoresistance GMR 58 ionic currents 58 single photon detectors 58 optical interferometry 58 neutrino oscillations 58 morphogen 58 nanoribbon 58 nanobubble 58 delocalized 58 antiparallel 58 self assembled monolayer 58 ultraviolet lasers 58 dopant 58 nanoprobe 58 cyclic loading 58 nanopillars 58 oxygenic photosynthesis 58 collagen fibrils 58 microfluidic channels 58 cobalt atom 58 evanescent wave 58 bioelectrical 58 galactic cosmic rays 58 enzymatic digestion 58 chromosome segregation 58 nanostructured surfaces 58 multilayers 58 pnictides 58 transmural 58 biological molecules 58 silicon nanowire 58 indium gallium nitride InGaN 58 threshold voltages 58 bismuth ferrite 57 weakly interacting 57 lithium atoms 57 equilibration 57 nanowire transistors 57 fission yeast 57 protein translocation 57 non linearities 57 myosins 57 nanoelectromechanical 57 steric 57 infrared microscopy 57 nanoarrays 57 fluorescence resonance energy 57 C# fullerenes 57 CRISPR Cas 57 attosecond pulses 57 nanotube transistors 57 nanodevice 57 terahertz frequencies 57 photosynthetic apparatus 57 frictional resistance 57 sonoluminescence 57 fluid viscosity 57 electron orbits 57 Fig. 3a 57 ion beams 57 stem cell differentiation 57 differential gene expression 57 electron diffraction 57 titin 57 nanostructure 57 coherent superposition 57 pore sizes 57 Aâ 57 microscopy techniques 57 photocatalysis 57 tyrosine phosphorylation 57 quantum particle 57 electrochemical reactions 57 emission spectra 57 outcoupling 57 thermal conductance 57 micromechanics 57 photon laser 57 spin excitations 57 epigenetic regulation 57 photon counting 57 Force Microscopy 57 HTS wires 57 polarized electrons 57 proteolytic activity 57 pyroelectric 57 thermodynamic modeling 57 electrodynamic 57 nucleases 57 chromosome condensation 57 periodicities 57 electrons tunneling 57 morphological evolution 57 MT1 MMP 57 semiconducting nanowires 57 Skeletal muscle 57 infantile hemangioma 57 oscillation frequencies 57 Rydberg atom 57 functionalization 57 HBLEDs 57 Carbon nanotube 57 transcriptional regulation 57 intercellular communication 57 titania nanotubes 57 deformable mirror 57 elemental composition 57 birefringent 57 Ca2 + 57 submicrometer 57 disulfide bond 57 Rayleigh scattering 57 RNA polymerases 57 nucleation 57 transgene expression 57 GLUT4 57 semiconductor nanostructures 57 Chlamydomonas reinhardtii 57 excitons 57 photomultiplier 57 LiNbO3 57 plasmonic 57 mammalian brains 57 dopants 57 Schematic representation 57 ultracold temperatures 57 desmosomes 57 dielectric constants 57 magnetic coupling 57 azimuthal 57 cuticular 57 JAK STAT 57 monodisperse 57 ultracold atomic gases 57 nucleolar 57 backscattering 57 electroencephalographic 57 adiabatic 57 MSn 57 Awschalom 57 PbS 57 spectroscopic methods 57 photonic crystals 57 neutron beams 57 bandgap 57 vibrationally excited 57 trigonometric functions 57 laser interferometers 57 metal oxide nanoparticles 57 nanoscopic 57 subcellular structures 57 oscillatory behavior 57 spatiotemporal 57 vibrational frequency 57 fluorescent microscopy 57 neurite outgrowth 57 transmembrane 57 stereopsis 57 non coding RNA 57 MALDI imaging 57 spin precession 57 disulfide bonds 57 silicon waveguide 57 voltage divider 57 Quantum teleportation 57 osteoblastic 57 epigenetic modifications 57 cadmium selenide 57 gene amplification 57 QCLs 57 interannual variability 57 colocalization 57 rotational symmetry 57 titania 57 reproducible measurements 57 molecule spectroscopy 57 Photoemission 57 multiphoton 57 lithium niobate 57 electrophysiologic 57 hydrated electron 57 macromolecular 57 shear modulus 57 collinear 57 nanotubes nanowires 57 quantum superpositions 57 carbon nanostructures 57 mRNA decay 57 circularly polarized light 57 optically transparent 57 nanomechanics 57 Notch signaling pathway 57 zebrafish larvae 57 superlattices 57 colloidal quantum dots 57 cryo EM 57 germanium silicon 57 Schottky barrier 57 Einstein equations 57 lipid bilayer 57 iron arsenide 57 NiSi 57 fig. S2 57 dielectric materials 57 magnetic reconnection 57 bacterial virulence 57 quantum dot lasers 57 H#K#me# 57 fig. S# 57 vesicle trafficking 57 Brownian motion 57 Young modulus 57 magnetic monopole 57 resonant cavity 57 capacitively coupled 57 topologically 57 superconducting 57 micropores 57 nanosize 57 acyclic 56 saccadic 56 reflectance spectroscopy 56 deterministically 56 viscoelastic properties 56 electric dipole 56 martensite 56 Flow cytometry 56 walled carbon nanotube 56 gamete formation 56 quantum electrodynamics 56 superconductive materials 56 unpolarized 56 ipRGCs 56 nanolayers 56 electromigration 56 yttrium barium copper 56 neuroanatomical 56 diffraction 56 NMR experiments 56 compressive stress 56 lattice spacing 56 x ray absorption spectroscopy 56 mitotic spindle 56 mammalian neurons 56 chemisorption 56 subnanometer 56 nanoelectromechanical systems 56 superposed 56 boron nitride 56 electron microscopic 56 cortical excitability 56 proteomic analysis 56 nonmagnetic 56 Higgs bosons 56 Brillouin 56 NMR spectra 56 MTT assay 56 EF Tu 56 undoped 56 microfocus 56 amino acid substitutions 56 Fig. 3b 56 striated muscle 56 perpendicular magnetic 56 macroscopic 56 linearly polarized 56 neuronal synapses 56 histone modifications 56 hammerhead ribozyme 56 interferometric 56 exocytosis 56 photon beams 56 PTH secretion 56 modulatory 56 microelectronic circuits 56 kcal mol 56 InGaN 56 magnetic nanoparticle 56 interferometers 56 Fig. 1d 56 valence electrons 56 somatic motility 56 ultracold 56 subcellular localization 56 carbonate globules 56 centromeres 56 ventricular myocardium 56 semiconductor quantum dots 56 superhydrophobic surfaces 56 carbon nanotube membranes 56 multiphoton microscopy 56 heterochromatic 56 FGFs 56 electromechanics 56 autocorrelation 56 nanolaser 56 figs. 56 magnetic fields 56 ultraprecise 56 ATP hydrolysis 56 Fig. 1A 56 Hedgehog signaling 56 photon microscope 56 myogenic 56 Experimentally 56 hydroxyapatite crystals 56 microresonator 56 magnetic susceptibility 56 variabilities 56 mRNA molecules 56 spintronic device 56 optical waveguides 56 dielectric constant 56 trimeric 56 spectrin 56 microsystem 56 photoselective 56 Aharonov Bohm effect 56 Western blotting 56 micromechanical 56 antimonide 56 controllably 56 attentional blink 56 laser spectroscopy 56 stator windings 56 chirality 56 sarcomere 56 scintillator 56 nanocrystalline 56 cortical neurons 56 microwires 56 circularly polarized 56 acupuncture meridians 56 electrons behave 56 nucleotide substitutions 56 cortical activation 56 magnons 56 pleiotropy 56 fluorogenic 56 dependences 56 magnetized plasma 56 optical aberrations 56 Schematic diagram 56 Pax6 56 eddy currents 56 electrochemical 56 acoustic cavitation 56 X chromosome inactivation 56 nanoscale 56 finFETs 56 nonlinearly 56 numerical simulations 56 linearized 56 plasmonic devices 56 mitochondrial membranes 56 epitaxy HVPE 56 laser speckle 56 MALAT1 56 ultrafast pulses 56 vascular endothelial 56 tumor perfusion 56 scanning electron 56 self assembled monolayers 56 microcantilever 56 ligand receptor 56 photonic crystal fibers 56 valence electron 56 thermo mechanical 56 spectroscopic analysis 56 silicon Mach Zehnder 56 Seebeck effect 56 Jovian planets 56 electroactive 56 photoemission spectroscopy 56 elastic deformation 56 quantum chromodynamics 56 nanocrystalline materials 56 picosecond 56 morphogenetic 56 Rapid prototyping 56 angle resolved photoemission 56 electro optic polymers 56 ionise 56 phonon scattering 56 MEMS resonators 56 MWNT 56 mechanotransduction 56 Fourier domain 56 mammalian fatty acid 56 subsurface scattering 56 Kelvin Helmholtz 56 dimeric 56 indium gallium arsenide InGaAs 56 post translational modifications 56 proteolysis 56 interstitial fluid 56 pulsed laser deposition 56 surface plasmons 56 binding affinities 56 magnesium ion 56 SOI CMOS 56 photon detectors 56 refractive indices 56 Synchrotron radiation 56 fig. S4 56 chemical functionalization 56 ribonucleoprotein 56 Fig. 2B 56 microfabricated 56 waviness 56 metabolite concentrations 56 oligomer 56 insertional mutagenesis 56 Schematic illustration 56 mammalian sperm 56 Gravitational waves 56 kinesin motor 56 Alu elements 56 primary cilia 56 electrospinning technique 56 ferro electric 56 nucleic 56 MWCNT 56 femtosecond 56 biominerals