Related by context. All words. (Click for frequent words.) 64 phonon 63 excitations 63 paramagnetic 63 polariton 63 linewidth 62 electron 62 resonance frequency 62 amplitudes 62 conductance 62 surface plasmon 62 intramolecular 62 magnetization 62 exciton 62 antiferromagnetic 61 fluorescence intensity 61 transduction 61 photon energies 61 photon 61 plasmon 61 γ 61 photocurrent 61 dispersive 61 meV 61 dipole moment 60 absorption spectra 60 vibrational modes 60 electronic excitations 60 pulse widths 60 vibrational 60 polaritons 60 lasing 60 Ca2 + 60 oscillation frequency 60 depolarization 60 hyperfine 59 dopant 59 emission spectra 59 resonant frequency 59 Fig. 1a 59 oscillation 59 helium atoms 59 electron pairs 59 oscillatory 59 keV 59 dipolar 59 dephasing 59 ferromagnetic 59 quantum oscillations 59 bandgap 59 vibrationally excited 58 picosecond 58 cm -1 58 Fig. 2b 58 quasiparticle 58 input impedance 58 electron density 58 diffusive 58 Fig. 4a 58 Fig. 4b 58 photoemission 58 laser pulse 58 single photon detectors 58 magnon 58 metastable 58 supercurrent 58 X ray pulses 58 1kHz 58 surface plasmons 58 electrons 58 oscillations 58 inhomogeneity 58 MeV 58 fs pulses 58 quantum mechanically 58 sodium atoms 58 THz radiation 58 absorbance 58 silicon waveguide 58 fluorophore 58 photolysis 58 femtosecond pulses 58 adsorbate 58 decoherence 58 Fabry Perot 58 wavelength 58 electron tunneling 58 PWM signal 58 bosonic 58 vibrational frequency 58 passband 58 microcavities 58 sinusoidal 58 heterojunctions 57 thermodynamic equilibrium 57 hyperpolarization 57 electron spins 57 sine wave 57 spectra 57 rubidium vapor 57 electron spin 57 valence band 57 circular dichroism 57 fluorescence 57 photoluminescence 57 excitons 57 intermolecular 57 bilayer graphene 57 ATP hydrolysis 57 anion 57 helium ions 57 supercontinuum generation 57 optically pumped 57 ionisation 57 bandgaps 57 #mV [001] 57 gamma oscillations 57 emission wavelength 57 fluorescence emission 57 leakage currents 57 Nernst 57 electromotive force 57 qubit 57 laser excitation 57 electrons emitted 57 ohmic 57 nonequilibrium 57 amplitude 57 microcavity 57 FRET 57 excitonic 56 dimer 56 anisotropy 56 Fig. 2a 56 ferromagnet 56 output voltage 56 enthalpy 56 epitaxial layer 56 resonant frequencies 56 photons 56 Fig. 1A 56 emit photon 56 diffraction pattern 56 orbitals 56 thermally activated 56 phototransistors 56 equilibration 56 intracavity 56 GAPDH 56 electric dipole 56 quantum coherence 56 photon emission 56 ionization 56 dipoles 56 UV photons 56 synaptic 56 photodetector 56 photon counting 56 microwave photon 56 picoseconds 56 fig. S2 56 isotropic 56 inelastic scattering 56 fermion 56 cavity QED 56 superposition 56 superconducting qubits 56 Fig. 3b 56 dopants 56 absorption coefficient 56 amide 56 bandpass filter 55 nematic 55 birefringence 55 depolarizing 55 ferromagnetic materials 55 oscillator frequency 55 Fig. 1C 55 colocalization 55 martensite 55 delocalized 55 photobleaching 55 crystal lattice 55 magnesium ion 55 antiparallel 55 solvation 55 luminescence 55 magnetic dipole 55 atoms 55 autoregulation 55 photoactivation 55 kcal mol 55 emit photons 55 transfer FRET 55 adsorbed 55 capacitive coupling 55 reactant 55 Raman scattering 55 linearly polarized 55 Mott insulator 55 nonlinearity 55 Fig. 2c 55 σ 55 photon fluorescence 55 coherent superposition 55 photon beams 55 interconversion 55 femtoseconds 55 output capacitance 55 mK 55 PIN diode 55 collimated 55 superconducting 55 dV dt 55 cyclization 55 oscillation amplitude 55 x ray beams 55 modulation 55 synaptic cleft 55 adsorption 55 catalytically active 55 mJ 55 μs 55 #mV [002] 55 ultrasonic vibrations 55 gamma ray emission 55 impedances 55 inhomogeneous 55 shorter wavelengths 55 lattice vibrations 55 nuclei 55 magnetization reversal 55 switched capacitor 55 Fig. 1d 55 μm diameter 55 #μs [002] 55 photon absorption 55 ferroelectric 55 presynaptic 55 bistable 55 wavelength tunability 55 phototransistor 55 terahertz radiation 55 #nm laser [002] 55 Vdd 55 pulse width 55 unpolarized 55 1μm 55 electromagnetic flux 55 electron bunches 54 timebase 54 2dB 54 kVp 54 rostral 54 radiative recombination 54 laser pulses 54 parasitic capacitance 54 magnetisation 54 thermally induced 54 Schottky barrier 54 superconducting qubit 54 NMR spectra 54 dc voltage 54 frequency harmonics 54 leakage inductance 54 nonlinearities 54 electromagnetically 54 dI dV 54 pulse durations 54 transcranial 54 chromophore 54 superpositions 54 quantum dot 54 bistability 54 μm 54 λ 54 DFT calculations 54 porphyrin 54 exocytosis 54 crystallinity 54 phonons 54 dye molecules 54 uniaxial 54 hysteresis 54 Supplementary Fig 54 transmembrane 54 Coulomb blockade 54 millivolt 54 pulsed 54 dephosphorylation 54 magnons 54 GeV 54 electron scattering 54 output impedance 54 lowpass filter 54 ± #.#dB 54 femtosecond timescale 54 μV 54 rCBF 54 interparticle 54 β 54 velocity dispersion 54 circularly polarized 54 Si substrate 54 polarity 54 intracellular pH 54 toroid 54 ε 54 irradiance 54 vibrational excitation 54 translationally 54 ferromagnetism 54 magnesium ions 54 semiconductor nanowires 54 photoconductive 54 sidebands 54 detuning 54 multiphoton 54 undoped 54 #nm laser [001] 54 PWM controller 54 macrocycle 54 neurofilament 54 electron diffraction 54 cAMP 54 linearized 54 somatosensory cortex 54 linear interpolation 54 cantilever deflection 54 neuronal activity 54 glomerulus 54 ions 54 radiative 54 Fig. 4B 54 autofluorescence 54 optical excitation 54 Fig. 2A 54 Josephson junction 54 conductivity 54 waveguide 54 excitatory 54 valence electrons 54 photoelectrochemical 54 θ 53 ultrafast pulses 53 Dirac fermions 53 bilayer 53 sine waves 53 stimulated emission 53 pMOS 53 potentiation 53 oscillation frequencies 53 nonlinear optical 53 Rab5 53 triac 53 Excitation 53 dissociation 53 millivolts 53 QDs 53 ratiometric 53 fluorescence spectra 53 FWHM 53 EGFP 53 absorption spectroscopy 53 osmotic pressure 53 hydrogen ions 53 resonator 53 photon beam 53 electrostatic interactions 53 optical resonator 53 subthreshold 53 thermal decomposition 53 directivity 53 quantum correlations 53 magnetic flux 53 z = 53 supersolid 53 metallic nanostructures 53 cesium atom 53 dissipative 53 tensile stress 53 resonant tunneling 53 impedance input 53 LiNbO3 53 cm -2 53 phytochrome 53 nsec 53 AMPA receptor 53 postsynaptic 53 attosecond pulses 53 0V 53 spectral 53 nm wavelength 53 adiabatic 53 Vpp 53 processive 53 donor acceptor 53 Ti sapphire laser 53 fig. S1 53 monochromator 53 InAs 53 isomeric 53 refractive index 53 depolarized 53 muon neutrinos 53 #.#nm [002] 53 cytosolic 53 tunable 53 striatal 53 hydrophobic interactions 53 x ray diffraction microscopy 53 resonance frequencies 53 inductance 53 frequency modulated 53 photonic crystal 53 controllably 53 chemiluminescence 53 nanoribbon 53 heterostructure 53 photothermal 53 thermal conductance 53 Fig. 1D 53 conformational changes 53 diffusible 53 FETs 53 ligand receptor 53 5μm 53 dipole 53 histidine 53 CdSe 53 photodiode 53 QCLs 53 focal adhesions 53 electrical conductance 53 circularly polarized light 53 microvolts 53 perturbation 53 pulsed lasers 53 fluorophores 53 Josephson junctions 53 backscattered 53 analyte 53 IRE1 53 Doppler shifts 53 X ray emission 53 hydrogen atom 53 Bragg grating 53 electron pairing 53 Bose Einstein condensates 53 NADPH 53 cortical neurons 53 Fig. 3B 53 rubidium atoms 53 η 53 microwave photons 53 P selectin 53 voltage outputs 53 ARPES 53 CaM 53 beam splitter 53 surface plasmon resonance 53 ionise 52 denaturation 52 ATPase 52 cytoplasmic 52 superfluid 52 quantization 52 magnetic fields 52 dielectric 52 helicity 52 emitted photons 52 MAP kinase 52 sorption 52 electron transistor 52 Alfvén waves 52 colloidal particles 52 intensities 52 actin binding 52 diffracted 52 glutamatergic 52 photoionization 52 cm -3 52 SWCNT 52 SDS PAGE 52 thermal gradients 52 AMPA receptors 52 magnetic coupling 52 plasmons 52 antibody antigen 52 amplitude modulated 52 Fig. 4A 52 Fig. 3a 52 Bose Einstein Condensate 52 downconverter 52 photon detector 52 hippocampal neurons 52 anomalous dispersion 52 pyramidal cells 52 Fig. 1b 52 eddy currents 52 cysteine residues 52 cuprate 52 harmonics 52 Nd YAG lasers 52 ferroelectricity 52 fluorescently tagged 52 ω 52 photons emitted 52 nociceptive 52 nucleolar 52 weakly interacting 52 fluid viscosity 52 SNARE complex 52 theta waves 52 hyperactivation 52 pulse amplitude 52 spin precession 52 emits photons 52 Fig. 4c 52 galvanic isolation 52 opto couplers 52 perturbation theory 52 μW 52 UV VIS 52 proteolysis 52 valence electron 52 entangled photons 52 mesolimbic 52 x ray pulses 52 conduction electrons 52 bandpass 52 GRB# 52 steric 52 narrow linewidth 52 4mA 52 electron neutrinos 52 rubidium atom 52 manganese atoms 52 electron flux 52 ACh 52 fluoresces 52 photon flux 52 reactivity 52 τ 52 microwatt 52 BMP signaling 52 superposed 52 infrared laser beam 52 oscillatory behavior 52 calorimetric 52 synaptic transmission 52 intraventricular 52 δ 52 temperature coefficient 52 Yb 52 electron beams 52 x ray beam 52 catecholamine 52 solenoid valve 52 orbital angular momentum 52 excitation contraction 52 excitatory neurons 52 oligomer 52 triode 52 anterior temporal lobe 52 harmonic distortion 52 van der Waals interactions 52 interferometric 52 bipolar transistor 52 Fig. 3A 52 Brillouin 52 femtosecond laser pulses 52 cosmic ray particles 52 contractility 52 ultraviolet laser 52 protein adsorption 52 biotinylated 52 alkyl 52 femtosecond 52 mPFC 52 monopolar 52 permittivity 52 elution 52 transmittance 52 cesium atoms 52 birefringent 52 neutrons 52 halide 52 linearly polarized light 52 wavefunction 52 feedforward 52 crosslinks 52 arbitrary waveforms 52 Auger recombination 52 piezoresistive 52 hypothalamic 52 photochemical reaction 52 dimers 52 morphogen 52 ablated 52 transgene expression 52 piezoelectric crystals 52 multiwavelength 52 beta subunit 52 Fig. 2B 52 microlens 52 Rac1 52 deterministic jitter 52 graphene layers 52 transcriptional activation 52 afferent 52 chalcogenide 52 msec 52 dielectric constant 52 heterochromatic 52 microglial 52 PTH secretion 52 oxyhemoglobin 52 sub picosecond 52 quantum particle 52 ERK1 2 52 photoelectron spectroscopy 52 colloidal crystals 52 magnetic pulses 52 ionic currents 52 waveguides 52 magnetically coupled 51 ν 51 electron doped 51 mosfet 51 astrocytic 51 Eq. 51 resonant cavity 51 photometry 51 terahertz waves 51 diffusion coefficient 51 backscattering 51 mV 51 interferometry 51 lowpass 51 retinal neurons 51 ultracold gas 51 NMOS 51 pyramidal neurons 51 fluorescence quenching 51 GaN layer 51 1mA 51 nanopillars 51 ZnSe 51 pulsations 51 epoxide 51 nanosecond pulses 51 oppositely charged 51 p#Kip# 51 conventional superconductors 51 terahertz frequencies 51 5kV 51 conformational 51 TGF ß 51 kHz frequency 51 sensory neuron 51 quantum superposition 51 lamella 51 SUMOylation 51 responsivity 51 neuronal pathways 51 magnetoresistance 51 fluorescence excitation 51 wavelengths 51 ultracold atoms 51 efferent 51 Rydberg atom 51 VLTI 51 thermally stable 51 transcriptional regulator 51 neuroepithelial cells 51 mRNA expression 51 impedance 51 strontium atoms 51 dimerization 51 spectrally 51 diffractive 51 anneal 51 meson 51 rotational torque 51 nAChR 51 hydrogens 51 nanomesh 51 delta sigma 51 solitons 51 connexin# 51 optical lattice 51 photomultiplier tube 51 capacitively coupled 51 piezoelectric actuators 51 frequency synthesizer 51 piezoelectric crystal 51 magnetic excitations 51 pulse width modulation PWM 51 gate electrode 51 GaP 51 compressive stress 51 X ray beam 51 heterostructures 51 nociceptors 51 electrospray 51 NKG2D 51 compressive strain 51 copper oxide superconductors 51 luciferase 51 electron positron pairs 51 RhoA 51 hyperpolarized xenon 51 relativistic particles 51 rotational symmetry 51 pentacene molecule 51 ATPase activity 51 1MHz 51 stoichiometry 51 sodium ions 51 topological insulator 51 fermionic 51 covalent bonding 51 VUV 51 temperature coefficients 51 polarized electrons 51 substorm 51 Fig. 1c 51 TRPV1 receptors 51 apoptosis pathway 51 variable resistor 51 EBNA1 51 κ 51 relaxivity 51 SWNTs 51 GPa 51 soliton 51 nanocages 51 Tunable 51 myocytes 51 granule cells 51 redox reactions 51 chromophores 51 diode 51 cobalt atom 51 graphene nanoribbons 51 subwavelength 51 amplitude modulation 51 ferrites 51 systole 51 electroencephalographic 51 inductances 51 superlattice 51 corona discharge 51 absorbs photons 51 diffusivity 51 frequency transducers 51 BMP receptor 51 √ Hz 51 alpha particles 51 6S RNA 51 polypeptide 51 F actin 51 coupling capacitors 51 photomultiplier tubes 51 attosecond 51 excitation wavelength 51 Raman spectra 51 synchrotron emission 51 modulated 51 bosons 51 contractile 51 thermoregulatory 51 circuitry 51 dopamine receptors 51 circadian pacemaker 51 serotonergic neurons 51 PMOS transistors 51 interferometers 51 scanning tunneling microscopy 51 cycloaddition 51 noradrenergic 51 vasodilation 51 SiO 2 51 fluence 51 cytosol 51 nMOS 51 inferior frontal 51 gamma rays emitted 51 cadherin 51 moduli 51 reversibly 51 Particle acceleration 51 helices 51 dorsal anterior cingulate cortex 51 zinc ions 51 proton 51 fluorescence resonance energy 51 manganite 51 #μm [002] 51 hypothalamic pituitary 51 oscillator 51 micrometer scale 51 planar 51 voltages 51 Hcrt 51 microwave radiation 51 sulfur atoms 51 phasic 51 ionize 51 1μA 51 GABAA receptors 51 coercivity 51 Alfven waves 51 melanopsin 51 UV wavelengths 51 ultracold 51 lasing wavelength 51 Kv#.# 51 electrochemical reactions 51 HPA axis 51 evanescent waves 51 Seebeck effect 51 titania nanotubes 51 actin filament 51 buck converter 51 shear modulus 51 T1 weighted 51 synchrotron X ray 51 toroids 51 DLPFC 51 beryllium ion 51 microlenses 51 Cdc# 51 diffraction patterns 51 CMOS transistors 51 refractive indices 51 redox 51 milliamperes 51 demodulate 51 JAK STAT 51 confocal 51 hysteresis loop 51 photonic bandgap 51 wavefront distortion 51 photon detection 51 ultraviolet wavelengths 51 frictional heating 51 electrochemically 51 photostability 50 pseudogap 50 microwave frequencies 50 ouabain 50 habenula 50 occipital cortex 50 ultracold molecules 50 coupling capacitor 50 TGFß 50 #.#dB [003] 50 secondary windings 50 serotonergic 50 somatosensory 50 protonated 50 cortical regions 50 tunability 50 cyclic AMP cAMP 50 convection cooling 50 DRG neurons 50 immunofluorescence 50 #ppm ° C 50 intercalation 50 ChR2 50 GluR1 50 nitride layer 50 diamagnetic 50 bismuth telluride 50 neuron 50 gravitational radiation 50 baryon 50 highly collimated 50 MAPK signaling 50 Fig. 2C 50 acetylcholine receptors 50 friction coefficients 50 vibrational mode 50 endonuclease 50 T2 weighted images 50 external resistor 50 homodimers 50 excitation energies 50 piezo 50 voltage 50 miRNA expression 50 neutron scattering experiments 50 superior temporal gyrus 50 cuvettes 50 SAXS 50 photoelectron 50 hydrogenase 50 flyback converter 50 microlasers 50 modulated signals 50 demultiplexer 50 diffraction grating 50 tetragonal 50 coplanar 50 tensor 50 vesicle fusion 50 SQUIDs 50 cysteines 50 nitric oxide synthase NOS 50 instrumentation amplifier 50 glial 50 nucleons 50 inhibitory synapses 50 raphe 50 downregulate 50 STAT1 50 neuronal signaling 50 molecules adsorbed 50 CuO 50 electromagnetic 50 μsec 50 guanosine 50 #ohm [001] 50 InGaAs 50 demagnetization 50 dBc 50 scintillation 50 intracellular Ca 2 50 neuronal synapses 50 dielectric permittivity 50 dihydrogen 50 ventral pallidum 50 PIN photodiode 50 fig. S5 50 nanodot 50 x ray diffraction 50 x ray absorption spectroscopy 50 electroluminescence EL 50 microfluidic channels 50 1kV 50 SWNT 50 hydrogen atoms 50 IEPE 50 saturable 50 actin polymerization 50 Confocal microscopy 50 interfacial tension 50 photometer 50 transiently 50 costimulatory molecules 50 ssDNA 50 synchronism 50 wavelength tunable 50 trimers 50 #.#Hz 50 #.#V [002] 50 sine wave output 50 erbium 50 spectral density 50 LOV domain 50 ferroelectrics 50 synchrony 50 rhodopsin 50 thermodynamic properties 50 hydrogen nuclei 50 m z 50 beta adrenergic receptors 50 #nm #nm [002] 50 TRPV4 50 inhibitory 50 heterodyne 50 triangular lattice 50 GABAB receptors 50 cosmic ray protons 50 nanomotors 50 Aâ 50 fluorescent molecules 50 silicon nanowire 50 milliamp 50 quasiparticles 50 xenon lamp 50 posterior cingulate 50 sinewave 50 ionised 50 autocatalytic 50 valence 50 electrochemical 50 F1 ATPase 50 NMDAR 50 epitaxially grown 50 DC LVDT 50 lamellar 50 blackbody 50 mesoderm 50 electrical resistivity 50 Fig. 3c 50 photochemical reactions 50 parasitic capacitances