Related by context. All words. (Click for frequent words.) 77 keV 71 GeV 68 electronvolts 67 photon energies 67 meV 67 kcal mol 66 cm ² 65 cm -2 65 cm -3 65 absorption coefficient 65 kD 65 m z 65 mT 64 mJ 64 dipole moment 64 kVp 64 micromolar 63 electron volt 63 X ray pulses 63 μm wavelength 63 cm -1 63 electron volts 62 photoemission 62 kGy 62 microwatt 62 femtosecond pulses 62 micron wavelength 62 mCi 62 femtoseconds 61 petawatt 61 luminosities 61 μW 61 μm 61 electron bunches 61 #nm laser [002] 61 cosmic ray particles 61 photocurrent 61 kT 61 W/cm2 60 #.#μm [001] 60 QCLs 60 millivolts 60 picometers 60 photon detection 60 χ 60 μm diameter 60 gamma ray emission 60 fs pulses 60 pulse durations 60 √ Hz 60 λ 60 absorbance 60 J# +# [002] 60 mu m 60 microvolts 60 photoionization 60 relativistic protons 60 picoseconds 60 z = 60 fig. S2 60 paramagnetic 60 UV wavelengths 60 chemiluminescence 60 nanometer wavelength 59 g cm 59 scintillator 59 nanomolar 59 ε 59 5μm 59 absorption spectroscopy 59 transcranial 59 arcmin 59 nT 59 absorption spectra 59 picosecond 59 kpc 59 γ 59 μV 59 velocity dispersion 59 microampere 59 Mpc 59 photomultiplier 59 σ 59 VHE gamma rays 59 nm excitation 59 arcsec 59 kDa 59 Fig. 3b 59 #.#nm [002] 59 Å -1 59 linearly polarized 59 wavelength tunable 59 τ 59 electron volts eV 59 helium nuclei 59 hafnium oxide 58 cm ^ sup 58 photoluminescence 58 mG 58 mW cm 2 58 magnetoresistance 58 phonon 58 millimeter wavelength 58 Ytterbium 58 amplitudes 58 arcminutes 58 photon flux 58 electron diffraction 58 helium ions 58 dB insertion loss 58 m/s2 58 LINAC 58 #nm wavelength [001] 58 MBq 58 transmittance 58 #nm laser [001] 58 Fig. 2A 58 leakage currents 58 photon counting 58 pulsed lasers 58 Supplementary Fig 58 hyperfine 58 ms -1 58 gauss 58 excitation 58 luminous flux 58 surface plasmon 58 η 58 Interferometric 58 Gamma rays 58 dI dV 58 SNe Ia 58 helium atoms 58 ° sec 58 energetic electrons 58 linewidth 58 kelvin 58 VLTI 58 photolysis 58 emission wavelength 58 Yb 58 THz radiation 58 1nm 58 μmol L 58 Vpp 58 circularly polarized 57 xenon lamp 57 resonance frequency 57 redshift 57 fluorescence intensity 57 1kHz 57 visible wavelengths 57 Voltages 57 electron accelerator 57 mW/cm2 57 arcseconds 57 attoseconds 57 gamma ray radiation 57 1μm 57 Pulsed 57 QDs 57 nm wavelength 57 nm wavelengths 57 wavelength UV 57 arcsecond 57 irradiance 57 polaritons 57 GPa 57 fluorescence excitation 57 supercontinuum generation 57 MWIR 57 κ 57 #m Tc 57 phototransistors 57 micron thick 57 quasiparticle 57 Cherenkov radiation 57 attosecond pulses 57 μg ml 57 THz 57 electromotive force 57 Nd YAG lasers 57 Nd YAG 57 mK 57 5kV 57 ARPES 57 photoactivation 57 bilayer graphene 57 electron neutrinos 57 Fig. 2b 57 GFlops 57 Raman scattering 57 linac 57 LWIR 57 fA 57 Eq. 57 m 57 nucleon 57 FWHM 57 mGy 57 thermodynamic equilibrium 57 californium 57 #nm #nm [001] 57 megapascals 57 neutron flux 57 ν 56 degC 56 SAXS 56 radiotracer 56 μH 56 polariton 56 cd m 56 Ca2 + 56 1ppm 56 dielectric constant 56 α 56 sodium atoms 56 microquasar 56 quadrillionths 56 microcavity 56 MBd 56 tesla 56 DFB lasers 56 J#.# [001] 56 isotropic 56 z ~ 56 collimated 56 terahertz waves 56 near infrared NIR 56 SQUIDs 56 antiproton 56 nH 56 mU L 56 amu 56 inelastic scattering 56 #nm #nm [002] 56 alpha particles 56 amperometric 56 microwatts 56 femtogram 56 redshifts 56 μs 56 undoped 56 ionizing dose 56 CdSe 56 Ncm 56 Deg C 56 circular dichroism 56 fig. S6 56 W mK 56 μsec 56 capacitances 56 nanolaser 56 Fig. 4a 56 gravitational radiation 56 pmol L 56 collimator 56 SiO 2 56 ionised 56 ps nm 56 milligauss 56 multiphoton 56 sievert 56 1kV 56 x ray beam 56 luminous intensity 56 56 #nm wavelengths 56 corona discharge 56 dipolar 56 fluence 56 ion flux 56 μm thick 56 excitations 56 plasmon 56 diffraction pattern 56 energetic gamma rays 56 teraelectronvolts TeV 56 Coulomb blockade 56 output voltages ranging 56 Supplementary Table 55 relaxivity 55 photometer 55 EDXRF 55 Terahertz 55 neutrons 55 X ray beam 55 thyroglobulin 55 shear modulus 55 photoelectron 55 input impedance 55 x ray beams 55 conductance 55 emits photons 55 Nova NanoSEM 55 gadolinium Gd 55 mA output 55 Bose Einstein Condensate 55 Fig. 1c 55 mN 55 θ 55 fluorophores 55 V dc 55 milliwatt 55 uM 55 oscillation frequency 55 IR wavelengths 55 joules 55 Linearity 55 ohm cm 55 kg/m3 55 photobleaching 55 W/m2 55 microfocus 55 gamma rays 55 electron tunneling 55 bandgap 55 pfu 55 infrared LEDs 55 photomultiplier tubes 55 excitation energies 55 interleukin IL 55 NMR spectra 55 galactic disk 55 mV V 55 Fig. 1a 55 absorbs ultraviolet 55 LiNbO3 55 mrad 55 Spectroscopic 55 emittance 55 neutron radiation 55 roentgen 55 mm ² 55 ZnSe 55 UVB radiation 55 thermal EMF 55 relativistic particles 55 Kelvins 55 submillimetre wavelengths 55 highly collimated 55 Rydberg atom 55 μSv 55 kΩ 55 narrow linewidth 55 InAs 55 IR LEDs 55 Figure 1A 55 oxyhemoglobin 55 diffusion coefficient 55 μS cm 55 cm sec 55 dBm output 55 r2 = 55 Â ± 55 F FLT 55 candelas 55 milliohm 55 Fig. 1A 55 AlGaAs 55 laser excitation 55 #Ω [002] 55 nsec 55 muons 55 electron beams 55 Fig. 4c 55 ml min 55 ultraviolet laser 55 pmol 55 Fig. 1E 55 GRB# 55 copper oxide superconductors 55 superlattice 55 microbolometers 55 laser pulse 55 InSb 55 surface plasmons 55 laser pulses 55 ionize 55 antineutrinos 55 samarium 55 valence electron 55 Tubulin 55 H#O# 55 kilohertz kHz 55 nitride semiconductor 55 Si substrate 55 wavelengths 55 z axis 55 phototransistor 55 DPSS lasers 55 6GHz 55 ^ sup #m 54 ionizing 54 W boson 54 UV photons 54 optical isolator 54 Distagon T * 54 Shutter speeds 54 picomolar 54 exciton 54 ± #.#dB 54 TUNEL 54 valence electrons 54 oC 54 1W LEDs 54 μg mL 54 2kHz 54 nM 54 nanosecond pulses 54 Input Voltage 54 Ti sapphire laser 54 PIN diode 54 stimulated emission 54 Carina constellation 54 colliding protons 54 magnetostrictive 54 Wm -2 54 #mV V 54 mH 54 interferometers 54 quantum oscillations 54 pulse widths 54 fig. S1 54 cosmic ray protons 54 induced cytotoxicity 54 Nd YAG laser 54 X ray binaries 54 mmol kg 54 mOhm 54 mbar 54 synthetic aperture 54 kHz frequency 54 micron diameter 54 epitaxial layer 54 photodetector 54 micrograms mL 54 alpha particle 54 2dB 54 #μm [002] 54 cm2 54 Fabry Perot 54 optical wavelengths 54 deoxy 54 -# mV [001] 54 photon beams 54 NWs 54 Fig. 1D 54 cosmic ray collisions 54 CuO 54 femtosecond pulse 54 -# ° C [001] 54 Uncooled 54 vibrationally excited 54 ionization 54 galactic cosmic rays 54 TIMP 1 54 mcg mL 54 microwave frequencies 54 gigapascals 54 phosphorus atom 54 transmissivity 54 dc voltage 54 nonlinear optical 54 Nanoprobe 54 Nernst 54 avalanche photodiode 54 Erbium 54 hyperpolarization 54 VCSELs 54 #.#nm [001] 54 W bosons 54 diffract 54 terahertz THz 54 cryogenically cooled 54 La Ce Pr 54 oscillator frequency 54 inductances 54 powder diffraction 54 microbolometer 54 pN 54 voltage outputs 54 infrared photons 54 yr -1 54 mrem 54 high redshift galaxies 54 GaAs FET 54 millisecond pulsar 54 magnon 54 avalanche photodiodes 54 #lm [002] 54 electrons emitted 54 luminous efficacy 54 YBCO 54 multicrystalline cells 54 frequency electromagnetic waves 54 Si#DB 54 #cm [001] 54 optically pumped 54 coplanar 54 nanometers nm 54 V ac 54 Gaussian beam 54 Nd Yag 54 AVANCE III 54 illuminance 54 enthalpy 54 metallicity 54 antiprotons 54 Spectrometers 54 Amperes 54 microcavities 54 monochromator 54 mAh g 54 Fig. 4b 54 isotherm 54 gravitational acceleration 54 MHz NMR 54 Fig. 2a 54 milliampere 54 -1 ^ 54 ppm deg 54 backscattered 54 #.#um [001] 54 magnetic permeability 54 Wh kg 54 output capacitance 54 kilobases 54 photon 54 ultraviolet wavelength 54 permittivity 54 solar radii 54 cGy 54 μl 54 Nm3 h 54 #ppm U 54 #degreesC 54 collimators 54 electrical resistivity 54 kBq 54 ZXLD# 54 Magnetic Imager HMI 54 ellipsometry 54 Dektak 54 starburst galaxies 54 shorter wavelengths 54 degreesC 54 radiative cooling 54 heterostructure 54 capacitive loading 54 Annexin V 54 vanadate 53 ug mL 53 fluorogenic 53 birefringence 53 FDG uptake 53 numerical apertures 53 tetragonal 53 hydrogen nuclei 53 FT ICR 53 #.#kV [001] 53 gamma ray photons 53 terahertz 53 Photons 53 transmembrane 53 oligonucleotide probes 53 ionisation 53 EDFAs 53 spectral density 53 electron density 53 proton particles 53 MWCNTs 53 kPa 53 anisotropy 53 nm spectral 53 Eridani 53 #us [001] 53 responsivity 53 ω 53 0 dBm 53 baryon 53 ultrashort pulses 53 HRTEM 53 VLT telescope 53 Young modulus 53 intracellular Ca 2 53 beamline 53 picogram 53 Strain Gauge 53 immunofluorescence staining 53 nuclei 53 Fig. 2d 53 photocatalysts 53 HEMT 53 magnetic flux 53 emissivity 53 neutron beams 53 mΩ 53 amplitude modulated 53 mm f/#.#-#.# 53 microlens 53 neutron detectors 53 ventricular myocardium 53 #μm [001] 53 attosecond 53 Quiescent current 53 PaO 2 53 lymph node metastasis 53 revs min 53 Photometric 53 laser irradiation 53 malignant nodules 53 dopant 53 Fig. 1b 53 terawatt 53 inhomogeneous 53 #.#MHz [007] 53 monodisperse 53 gamma rays emitted 53 oxide thickness 53 X ray photons 53 cryostat 53 electrons positrons 53 Holmium 53 ion beams 53 intracavity 53 4kW 53 colloidal crystals 53 molecular orbitals 53 #.#V #.#V [001] 53 lasing 53 perturbation theory 53 Fig. 4B 53 spin precession 53 megajoules 53 elastic modulus 53 kWe 53 GAPDH 53 HT 1A 53 diffusible 53 X rays gamma rays 53 cm H2O 53 bolometer 53 X ray diffraction pattern 53 unpolarized 53 chromatogram 53 intensities 53 mcg ml 53 SWCNT 53 capacitance values 53 fluorescence emission 53 ohm load 53 electron doped 53 MIL HDBK #F 53 orbitals 53 #VDC [002] 53 protostar 53 capacitively coupled 53 #W halogen 53 proton decay 53 dispersive 53 FRET 53 nMOS 53 photothermal 53 nanomotors 53 submillimeter 53 qubit quantum 53 troponin T 53 tera electron volts 53 diene 53 thermal equilibrium 53 X ray emission 53 multiwavelength 53 bandgaps 53 vibrational modes 53 μS 53 ohmic 53 quantum dot lasers 53 supercurrent 53 -# º C [002] 53 hPa 53 #mA output [002] 53 neutron 53 Î ¼ 53 ug ml 53 radioligand 53 diffraction 53 depolarization 53 Halogens 53 porphyrin 53 -# ° [002] 53 excitation wavelength 53 cantilever deflection 53 AGNs 53 C 53 homodimer 53 mU liter 53 excitonic 53 eclipsing binary 53 Force Microscopy 53 methoxy 53 CMOS transistors 53 micron pixels 53 femtosecond 53 #.#GHz [001] 53 magnetization 53 UV VIS 53 protons 53 schwannomas 53 YAG lasers 53 micro sieverts 53 glutamyl 53 dc converter 53 torr 53 cm3 53 emission spectra 53 Polymer Tantalum 53 xenon ions 53 F FDG PET 53 ionization mass spectrometry 53 #um [002] 53 superconducting cables 53 Secretase 53 titanium sapphire 53 Fig. 3A 53 DFT calculations 53 #pF [001] 53 Angstroms 53 EMCCD 53 deuterium tritium 53 spectrographs 53 ZnO 53 intracellular pH 53 InGaAs 53 epiwafers 53 microg 53 GRB #B 53 ß = 53 kA 53 ppm ° C 53 mercury cadmium telluride 53 ratiometric 53 ionise 53 nmol 53 ug l 53 LC MALDI 53 SUVmax 53 synchrotron X ray 53 Brookhaven Relativistic Heavy 53 rms jitter 53 +5 VDC 53 dipole 53 pCi l 53 Tunable Laser 53 CAIs 53 NMOS 52 MWCNT 52 OGLE TR 52 sieverts 52 Magnetically 52 hadron 52 ppm U 52 resonant frequency 52 intramolecular 52 fluorophore 52 radiofrequency RF 52 photoelectron spectroscopy 52 N acetyl 52 Fig. 1d 52 strange quark 52 electromagnetic flux 52 immunostaining 52 nm VCSEL 52 polarimetry 52 cardiac troponin T 52 single photon detectors 52 cd m² 52 photometric 52 +# dBm output 52 kilo watts 52 biotinylated 52 breakdown voltages 52 CRIUS 52 Zecotek MAPD 52 tensile stress 52 MΩ 52 Earth radii 52 #nm #nm [003] 52 ^ Tc 52 IU ml 52 photons emitted 52 concentration Cmax 52 nanowatts 52 uniaxial 52 Excitation 52 Extracellular 52 rubidium atoms 52 catalytically active 52 timebase 52 kg hr 52 surface plasmon resonance 52 piezo actuators 52 crystalline Si 52 electron mobility 52 spectrometric 52 6kW 52 total harmonic distortion 52 radiofrequency RF energy 52 Vrms 52 uW 52 germanium silicon 52 electron 52 wph 52 input capacitance 52 PIN photodiode 52 ,#,# [002] 52 electrons protons 52 #μs [002] 52 distant quasar 52 Supplemental Figure 52 ° C ambient temperature 52 ^ sup -1 52 photon beam 52 photons 52 DEV DA TOMAR NEXT 52 #oC [001] 52 HV# [003] 52 pulsed laser 52 D2PAK 52 #V dc [001] 52 non dispersive infrared 52 antiparallel 52 voltage divider 52 broadly tunable 52 x 2mm 52 #.#x#.#mm 52 microvolt 52 hyperoxia 52 detect gamma rays 52 mAs 52 acyltransferase 52 ZnS 52 stoichiometric 52 eutectic alloy 52 quantum cascade laser 52 excitation wavelengths 52 atmospheric opacity 52 lx 52 MnO 52 angstroms 52 echogenicity 52 GaN transistor 52 mol L 52 ultraviolet wavelengths 52 Arsenide 52 wavelength lasers 52 #.#VDC 52 protein tyrosine phosphatase 52 pMOS 52 IFN α 52 fermion 52 diffracting 52 kilopascals 52 ° C ambient 52 MTT assay 52 proton accelerator 52 1mA 52 calorimeters 52 muon 52 SiO 52 Near Infrared NIR 52 Gbps transceiver 52 deformable mirror 52 Electron beam 52 msec 52 sorption 52 operon 52 tin Sn 52 zinc selenide 52 vanadium oxide 52 ionised gas 52 vibrational excitation 52 -# ° Fahrenheit 52 kilovolts kV 52 tokamaks 52 positron emitting 52 milliamperes 52 nanosecond pulse 52 particle acceleration 52 2nm 52 conjugated polymer 52 optical modulator 52 NMR spectrometer 52 Mott insulator 52 transduction 52 Saturn magnetosphere 52 Sitrans 52 emit photons 52 magnetisation 52 #ohm [002] 52 iron arsenide 52 cardiac perfusion 52 photostability 52 gadolinium enhanced 52 epitaxially grown 52 2μm 52 lactate dehydrogenase 52 multijunction solar cells 52 thermal conductance 52 antineutrino 52 Gamma ray 52 FAIMS 52 Doppler sonography 52 log# copies mL 52 Fig. 2B 52 frequency comb 52 InN 52 -# dBm [001] 52 ppm boron 52 dephasing 52 uL 52 nmol liter 52 emf 52 fig. S3 52 #β estradiol 52 fluorescence detection 52 photochemical reactions 52 Gallium Nitride 52 #.#Ah 52 electrochemical sensor 52 collinear 52 Tunable 52 millimeter mm 52 nanomesh 52 Total Harmonic Distortion 52 emit X rays 52 scanning electron microscopes 52 F FDG 52 millivolt 52 millisievert mSv 52 spectroscopic analysis 52 lasing wavelength 52 particle beams 52 #lm W [002] 52 photoelectric conversion 52 adsorbate 52 electron scattering 52 orbital velocity 52 psec 52 magnetization reversal 52 crystallinity 52 PSA nadir 52 PIN photodiodes 52 gamma ray energies 52 Gd#O# 52 sestamibi 52 chromite grains 52 3mm x 52 quadrillionth 52 2ppm 52 deuterium nuclei 52 gravitationally lensed 52 magnesium ion 52 Josephson junction 52 optical excitation 52 aspartate aminotransferase 52 #mTc 52 cytokeratin 52 RDS ON 52 ft sec 52 dielectric constants 52 Nd 52 Z axes 52 dBc 52 labetuzumab 52 mM 52 Fiber Laser 52 frequency synthesizer 52 #mA [003] 52 temperature coefficient 52 thermal conductivities 52 sulfur dioxide SO 52 HEMTs 52 tau neutrinos 52 quadrupole 51 Fig. 1B 51 linear interpolation 51 Lyman alpha 51 velocities 51 Raman spectra 51 ZrO 2 51 #.#Hz 51 fissile isotope 51 anthracene 51 isomers 51 bosonic 51 UV Visible 51 Fourier transform infrared spectroscopy 51 TDFN packages