ライフサイエンスコーパス: coherent

1 d intelligence-related traits were the least coherent.

2 We find a narrow and coherent 2.7-kiloparsec arrangement of dense gas in the

3 th ions in crystals are known to have highly coherent 4f-4f optical and spin transitions suited to qu

4 The proposed model provides a coherent account of learning in stable or volatile envir

5 howed profound long-term changes, which were coherent across large spatial scales.

6 c of plants and pollinators to be remarkably coherent across years, allowing us to reveal general rul

7 generation of low-dimensional slowly varying coherent activity patterns and confers high sensitivity

8 ions flightless juveniles may aggregate into coherent, aligned swarms referred to as hopper bands.

9 Identifying both coherent and differential responses to environmental cha

10 -dried cells have been recorded using highly coherent and divergent x-ray waveguide radiation.

11 age-based hierarchical framework provides a coherent and feasible way to integrate regrowth and modi

12 suggests that the spin current contains both coherent and incoherent magnon contributions, which is f

13 However, coherent and incoherent optical detection results in fun

14 we leverage this strain response to achieve coherent and low-power acoustic control of a single SiV

15 t we are able to seamlessly transform into a coherent and meaningful perceptual experience.

16 Combining coherent and non-coherent spin wave detection, the spin

17 he excitation, detection, and utilization of coherent and non-coherent spin waves on various modes in

18 hin these disorders that are mechanistically coherent and offer targets for intervention.

19 cedure to produce AQY-Ms that are spectrally coherent and optimized for modeling accurate photobleach

20 ted in spatial clusters and characterized by coherent and robust expression of multiple IEGs.

21 ring trans-saccadic processing in building a coherent and stable representation of the world around u

22 ng MP-designed fluorescent reporter mice and coherent anti-Stokes Raman scattering (CARS) imaging of

23 opic techniques with enhanced resolution via coherent anti-Stokes Raman scattering (FASTER CARS) usin

24 e-built instruments were utilized, featuring coherent anti-Stokes Raman scattering and stimulated Ram

25 Coherent anti-Stokes Raman scattering microscopy was use

26 onergic signalling, might prove to be a more coherent approach to the development of new treatments f

27 The technique is based on a particular coherent averaging of diffraction coefficients of period

28 In this concept, a coherent beam passes through the shock-wave distortion,

29 e by a distinctive return of interregionally coherent beta oscillations and disruption of the slow-de

30 was observed with a gradual increase in the coherent beta oscillations.

31 in within BFO film and (2) the atomistically coherent BFO/substrate interface for the lattice mismatc

32 ld be an impossible task for us to project a coherent "big picture" of the MPMI field in a single rev

33 ustered in consistent trajectory groups with coherent biological functions-including extracellular ma

34 for a wide range of applications relying on coherent Bosons in lattices.

35 ooth-resolved spectra acquired with a highly-coherent broadband dual-frequency-comb system based on o

36 is an extremely nonlinear effect generating coherent broadband radiation and pulse durations reachin

37 This makes the formation of coherent bundles more robust against the passive nature

38 The fact that bacteria can passively form coherent bundles, i.e. bundles which do not contain tang

39 In vivo MSNs display coherent burst firing cell assembly activity patterns, e

40 to uniquely resolve novel transcriptionally coherent cell populations from an intuitive graphical us

41 We employed novel coherent Cherenkov diffraction radiation (ChDR) as a gen

42 ts that integrate these time cues to drive a coherent circadian output(1-3).

43 Immunofluorescence staining revealed central coherent collagen positive areas (mean surface area = 10

44 ghts into the mechanism for the emergence of coherent collective motion on the macroscale from the co

45 '-diamond waveguide arrays containing highly coherent colour centres-on a photonic integrated circuit

46 capable of addressing this need based on the coherent combination of multiple tailored Gaussian beams

47 sensitive detection techniques for classical coherent communication systems have reduced the received

48 nsequently, to lay the groundwork for a more coherent concept of empathy and thereby for a more fruit

49 formations, which has made it hard to form a coherent conceptual framework for their controlled forma

50 can aid in placing empirical findings into a coherent conceptual framework, and we emphasize some of

51 We demonstrate controlled loading of the coherent condensate in distinct orbital lattice modes of

52 ating at terahertz frequencies, showing that coherent control can overcome several of the limitations

53 The coherent control nature of the technique allows us to me

54 Here, it is shown how the coherent control of metagratings through multiple wave e

55 hey enable on-demand remote entanglement(4), coherent control of over ten ancillae qubits with minute

56 s the spin coherence time of 1 demonstrating coherent control of this spin qubit with a 240 GHz elect

57 In addition, we show individual coherent control of two qubits and measure single-qubit

58 rence between two excitation waves, enabling coherent control, with added benefits of enhanced effici

59 RASER activity, which results from the coherent coupling between the nuclear spins and the indu

60 erent spin control, which we exploit to show coherent coupling to single nuclear spins with ~1 kHz re

61 Solid-state quantum coherent devices are quickly progressing.

62 X-ray ptychography is a rapidly developing coherent diffraction imaging technique that provides nan

63 a variety of X-ray experiments and the Bragg coherent diffractive imaging of individual particles in

64 nes are ubiquitously expressed, functionally coherent, dosage-sensitive genes, or have evolved male-s

65 We use this readout to probe coherent dynamics and relaxation of the spin.

66 Spectroscopic investigations of coherent dynamics provide a direct measurement of electr

67 isms by which optogenetic stimulation drives coherent dynamics remain unclear, especially in the nonh

68 different reflectors, and we conclude that a coherent echo-based percept is created only when these t

69 n the current understanding of their quantum coherent effects and opportunities to exploit QDs as pla

70 way for exploiting the rich phenomenology of coherent effects in laser design, which has been hampere

71 Accounting for coherent effects, like the Risken-Nummedal-Graham-Haken

72 ign and exploitation of molecules as quantum-coherent electronic nanodevices.

73 ble mechanisms that could generate extremely coherent emission from FRBs invoke neutron star magnetos

74 ntense highly monochromatic radiation due to coherent emission in the spectral range from a few GHz t

75 l motion of water and measure the subsequent coherent emission of electromagnetic waves by water mole

76 he preparation of large, low-entropy, highly coherent ensembles of identical quantum systems is funda

77 Our findings provide a coherent evidence base for interpreting clinical diagnos

78 The coherent evolution of a molecular quantum state during a

79 ction theory, we determine the origin of the coherent excitonic excitation to be a transition from a

80 hippocampus integrates these features into a coherent experience at an event transition.SIGNIFICANCE

81 We show that a quantitative and coherent explanation of all observables is possible with

82 hat it increases in function of a shared and coherent explicit emotional experience.

83 oss highly structured fibre tracts, enabling coherent face processing that underpins behaviour and co

84 nction largely parallel to fos-1 in a type I coherent feed-forward loop with positive feedback to pro

85 the local auxin biosynthesis gene YUC4 in a coherent feed-forward loop, and this process is necessar

86 ncorporating negative auto-regulation and/or coherent feedforward loop motifs to the basic signal int

87 of the control problem involving a two-mode coherent field is shown to be NP-hard, contradicting a w

88 ng that this ecosystem functions as a single coherent financial market.

89 into functional integration via patterns of coherent fluctuations in spontaneous activity, known as

90 sesses deep tissue RBC dynamics by measuring coherent fluctuations of multiply scattered near-infrare

91 A coherent framework describing pulvinar function remains

92 ersity-stability theory, we currently lack a coherent framework to predict how nutrients influence fo

93 Our results provide a globally coherent framework with which to validate model simulati

94 , such heteronuclear soliton molecules yield coherent frequency combs whose unusual mode structure ma

95 se coherence method was used to estimate the coherent frequency coupling of temporal changes in cereb

96 learned in an unsupervised manner, allowing coherent fusion with transcriptomic measurements.

97 Strains of the influenza virus form coherent global populations, yet exist at the level of s

98 sions they observe others making, creating a coherent group decision.

99 hs, (iii) time series clustering to identify coherent groups of organoids and (iv) dynamical modeling

100 king it ideally suited for 3D space and time coherent imaging of the dynamical plasmonic phenomena on

101 r method is general and is easily applied to coherent imaging systems with steerable illumination wit

102 For harnessing coherent information contained in spatially distributed

103 ducting qubit, 'blochnium', which exploits a coherent insulating response of a single Josephson junct

104 tering, motion in thyroid imaging can impact coherent integration of the Doppler ensemble and degrade

105 into resonance with the cavity, indicating a coherent interaction between the two spins and a cavity

106 ted by a pulsed optical pump, we demonstrate coherent interactions at cryogenic temperatures via the

107 s asymptotically approach those of a quantum-coherent Kondo lattice, but also markedly increase or de

108 le of the attribution system and proposing a coherent large-scale architecture of declarative memory,

109 e, ultrashort hard x-ray pulses of the Linac Coherent Light Source (LCLS) to map the change in electr

110 At the Linac Coherent Light Source (LCLS), the installation of such a

111 nds for the 6.92 keV FEL pulses at the Linac Coherent Light Source.

112 that can become periodic in the presence of coherent locking mechanisms.

113 expected coherence maps are obtained for the coherent longitudinal optical (LO) phonon, which serves

114 t resonant heat transfer from the lattice to coherent magnons.

115 il hominins from Asia and to understand in a coherent manner their relation to recent Asian populatio

116 in states emanating from all meta-atoms in a coherent manner, counter-intuitively enabling ultrahigh-

117 van der Waals magnets as a platform to study coherent many-body excitons.

118 cilitates single spin quantum bits(1,2,5) or coherent many-body interactions between the confined spi

119 y limits our ability to develop ecologically coherent marine protected area networks.

120 set a rigorous and general ME framework, the coherent ME (CME), that overcomes both limitations.

121 ch has been hampered so far by the lack of a coherent ME formalism.

122 /recrystallization to derivatives exhibiting coherent melting and a liquid phase that is stable over

123 clonic and anticyclonic eddies than EKE when coherent mesoscale eddies are the specific focus, such a

124 Overall, using LEKE to analyze coherent mesoscale eddies gives the rise to understand t

125 calculated in Eulerian framework and tracked coherent mesoscale eddies in Lagrangian framework.

126 tive to recognize the crucial role played by coherent mesoscale eddies in the ocean.

127 cies of EKE when focusing on the analysis of coherent mesoscale eddies.

128 ations, including nonlinear spectroscopy and coherent microscopy measurements using ultrafast lasers.

129 Likewise, coherent microwave-to-optical conversion of single photo

130 and single-molecule profiling, we propose a coherent model accounting for the interplay between DNA

131 usly-growing mouse incisor, which suggests a coherent model of cell dynamics enabling unarrested grow

132 key processes of the infection cycle into a coherent model of phage development encompassing space a

133 f cultivated and wild grapevine, providing a coherent model of sex determination in the latter and fo

134 itioning and drug-target prediction into one coherent model via cross-network embedding.

135 rocess has been constrained by the lack of a coherent, model-based inference framework.

136 er at threshold or suprathreshold levels for coherent motion detection.

137 Ultrafast, sub-10-fs 2DES tracks the coherent motion of a vibrational wave packet on an optic

138 r the course of several daily sessions while coherent motion was merely exposed as a task-irrelevant

139 rams (RDKs) reveals varied responsiveness to coherent motion, with stronger responses in dorsal strea

140 measure mesoscale and cellular responses to coherent motion.

141 he lower visual field are more responsive to coherent motion.

142 st cells harboring [SMAUG(+)] downregulate a coherent network of mRNAs and exhibit improved growth un

143 ways to test the functional significance of coherent neural activity.

144 onstrate that optogenetic stimulation driven coherent neuronal dynamics are governed by the temporal

145 erator.SIGNIFICANCE STATEMENT We examine how coherent neuronal dynamics arise from optogenetic stimul

146 mechanisms of optogenetic-stimulation-driven coherent neuronal dynamics in three male nonhuman primat

147 Coherent neuronal dynamics play an important role in com

148 y provide a general mechanism for generating coherent neuronal dynamics without the need for an oscil

149 The coherent nonlinear process where a single photon simulta

150 is unprecedented, yet there is currently no coherent nor accepted scheme for naming the expanding ph

151 r electric quadrupole interaction results in coherent nuclear spin transitions that are uniquely addr

152 ct level, facilitating the reconstruction of coherent objects from fragmented representations in earl

153 Coherent oceanic mesoscale eddies with unique dynamical

154 s of light required for ionization, cooling, coherent operations and quantum state preparation and de

155 Here we demonstrate spin initialization, coherent optical and spin manipulation, and high-fidelit

156 allenge is identifying emitters that exhibit coherent optical and spin transitions while coupled to p

157 Lastly, we performed coherent optical rotations of a single collective nuclea

158 incoherent A-exciton bleaching along with a coherent optical Stark shift in WSe(2).

159 information processing and for probing weak coherent optical transitions.

160 a variety of applications requiring quantum-coherent optomechanical interactions, such as transducer

161 pulated by accessible external interactions (coherent or dissipative) such that a chosen target reach

162 tures, cancer cells in vivo displayed higher coherent orientation of MT dynamics along their cell maj

163 eta activity is commonly studied as a unique coherent oscillation, it is the result of complex intera

164 Here, we report phase-coherent oscillations of out-of-plane magnetoresistance

165 ction and developmental gene expression in a coherent pathway.

166 dering a membrane protein of interest into a coherent pattern of fully functional membrane proteins o

167 Because no coherent PCDD/F degradation HL data sets are currently a

168 rming this barrage of sensory signals into a coherent percept of the world relies inherently on solvi

169 rmation from different senses is central for coherent perception across the lifespan from infancy onw

170 Coherent perception relies on integrating multiple dimen

171 visual cortex (phosphenes) will combine into coherent percepts of visual forms, like pixels on a vide

172 onstrate that a brain prosthetic can produce coherent percepts of visual forms.

173 eculate that opponency neurons might mediate coherent percepts when dissimilar information separately

174 features.SIGNIFICANCE STATEMENT To generate coherent percepts, sensory systems integrate simultaneou

175 grate multiple stimulus features to generate coherent percepts.

176 he success of a general WFS scheme, based on coherent perfect absorption (CPA) electromagnetic protoc

177 chitecture of doublet microtubules, maintain coherent periodicities along the axoneme, and stabilize

178 ic arrangement of sharp grain boundaries and coherent perovskite/PbI(2) interfaces, with a striking a

179 efined as a group of genotypes who exhibit a coherent phenotype pattern during a relatively short tim

180 We use ultrafast nonlinear coherent photoelectron microscopy to generate attosecond

181 This work shows that a modular and coherent photonic-aided payload is feasible, making way

182 Here, we demonstrate a coherent photonic-aided receiver meeting such demands.

183 We demonstrated that failure to mount a coherent physiologic response to simple 40-Hz stimulatio

184 However, there is no coherent picture about how this diversity of cell states

185 copy and gene and cell disruptions, reveal a coherent picture of an organised tissue carrying cells w

186 This hampers efforts to develop a more coherent picture of global patterns of past temperatures

187 This gives a coherent picture of pathogens and xenobiotics as importa

188 ine over 40 mus of trajectory data to form a coherent picture of the ligand binding landscape.

189 d S(N)Ar reactions have been described and a coherent picture of when a S(N)Ar reaction proceeds via

190 events in eukaryotic evolution to generate a coherent picture.

191 t-term efficiency patterns into a global and coherent picture.

192 A theoretical model of a coherent polarization that dephases and relaxes to an in

193 ional approaches to detect transcriptionally coherent populations.

194 Observed climate data and spatially coherent probabilistic projections of daily future weath

195 spectroscopy techniques allow the mapping of coherent processes along multiple time or frequency axes

196 r observations with possible contribution of coherent processes.

197 pen the door to the controlled generation of coherent, pure spin currents at terahertz frequencies.

198 and nano-fabrication procedures towards more coherent quantum circuits.

199 Here we demonstrate the coherent quantum control of a single (123)Sb (spin-7/2)

200 Nuclear spins are highly coherent quantum objects.

201 We show that the coherent radiation emitted by plasma mirrors follows a p

202 the physical conditions required to achieve coherent radiation in SGR bursts are difficult to satisf

203 are shown to result from a superposition of coherent radiation, generated by a directly accelerated

204 We investigate the possibility of tailoring coherent Raman generated spectra via adaptive wavefront

205 demonstrate the application of hyperspectral coherent Raman scattering microscopy combined with a qua

206 In this study, coherent Raman scattering microscopy was used to probe d

207 Coherent random lasing is indicated by the presence of n

208 /low degree of interactions is suggestive of coherent/random molecular mechanisms, respectively.

209 wcase a solid-state platform based on single coherent rare-earth ions for the future quantum internet

210 Coherent reflection theory indicates that SFOAEs arise m

211 asal of CF, and the data are consistent with coherent reflection theory.

212 showed strong alignment between surveys and coherent regional-scale trends, with the 1998-2017 decad

213 features, such as color and shape, into one coherent representation and compare it with stored objec

214 e necessary to integrate such details into a coherent representation during initial encoding.

215 our eyes, it has yet to be integrated into a coherent representation of an object.

216 To form a coherent representation of the world, the brain needs to

217 Tyrol to examine if these records exhibit a coherent response of hazards to changes in climate; (ii)

218 MixONat gave coherent results that rapidly oriented the user toward t

219 To the best of our knowledge, there is no coherent review available on the biodegradability of unc

220 The observed long coherent rotational dynamics of isolated water molecules

221 We resolve the real-time coherent rotational motion of isolated water molecules e

222 A coherent rotational motion, the vortex phase, is of grea

223 are advantageous to wavelength multiplexing, coherent sampling, and self-referencing.

224 on with changing external cues to generate a coherent sense of direction(7-12).

225 This coherent set of results points out the insertion of the

226 d Majorana modes are expected to allow phase-coherent single-electron transport through a topological

227 lifetimes(6), gate-based spin readout(7) and coherent single-spin control(8).

228 spectral range and possible operation at non-coherent solar irradiance.

229 We present partially coherent sources that are statistically twisted in the s

230 the superposition rule for genuine partially coherent sources, we derive source plane expressions for

231 cy coupling using a beamformer algorithm for coherent sources.

232 ted space-frequency and space-time partially coherent sources.

233 despite prolonged efforts to develop various coherent spectroscopic techniques, the lack of an all-en

234 state coherences could form a new family of coherent spectroscopies that were the optical analogue o

235 models and experiments, we demonstrate that coherent spiking and local field potential activity is g

236 ate high-fidelity optical initialization and coherent spin control, which we exploit to show coherent

237 also demonstrate subwavelength control over coherent spin rotations by using an optical AC Stark shi

238 nt squeezing of 4.5 decibels relative to the coherent spin state.

239 une their emission or as hosts for isolated, coherent spin states that can be coupled to light or to

240 ffset of the Faraday signal are hallmarks of coherent spin switching into adjacent potential minima,

241 Combining coherent and non-coherent spin wave detection, the spin pumping efficienc

242 The apparent lack of coherent spin wave excitations and strong sensitivity to

243 ngular momentum carried by microwave-excited coherent spin waves in a V(TCNE)(x) film can be transfer

244 In addition, it is shown that non-coherent spin waves in a V(TCNE)(x) film, excited therma

245 tection, and utilization of coherent and non-coherent spin waves on various modes in V(TCNE)(x) is de

246 the Zhang-Rice singlet(10,11), and reaches a coherent state assisted by the antiferromagnetic order.

247 at, by possibly consuming work, obtains pure coherent states from mixed states, at a nonzero rate.

248 ar, the superpositions of two opposite-phase coherent states in an oscillator encode a qubit protecte

249 sible to distill a sub-linear number of pure coherent states with a vanishing error.

250 he non-classicality for the superposition of coherent states, is highly sensitive to the coupling con

251 The dynamers were applied in a coherent stimuli-responsive molecular system in which la

252 ew horizontal stress orientations, revealing coherent stress fields at various scales.

253 e turnover times of biological particles and coherent structures can indeed enhance the likelihood of

254 sing tool for representation and analysis of coherent structures embedded into dispersive radiation.

255 Here, we propose that turbulent coherent structures, long-lasting flow patterns which tr

256 development, cells coordinate to organize in coherent structures.

257 g a self-consistent, kinetic theory of these coherent structures.

258 -onset Alzheimer's disease into biologically coherent subgroups is important for personalized medicin

259 s in directing the self-assembly of NCs into coherent superlattices are also discussed, which provide

260 tion of these product states by changing the coherent superposition of initial nuclear spin states wi

261 Quantum entanglement involving coherent superpositions of macroscopically distinct stat

262 The coherent synchrotron emission model, when adequately cor

263 endencies explicit, it is possible to create coherent systems of global targets that account for the

264 duce the rock-salt phase formation along the coherent TB.

265 Here, we discover strong coherent terahertz emission from Weyl semimetal TaAs, wh

266 t of these in-gap states displays long-lived coherent THz oscillations up to 2 ps at low temperature.

267 t bind its individual cellular clocks into a coherent time-keeper.

268 d X-ray oscillators producing intense, fully coherent, transform-limited pulses.

269 of h/e (h is Planck's constant), indicating coherent transport of single electrons through the islan

270 Transport is constant with coherent tunneling down to 10 K, indicating the carbon p

271 nential thickness dependence consistent with coherent tunneling when d < 5 nm, but becomes weakly dep

272 e Prismatic Basal interface; thereafter, the coherent twin boundaries propagate by twinning dislocati

273 r deviation is corrected by the formation of coherent twin boundaries through rearrangement of the di

274 s a precursor for crack initiation, often at coherent twin boundaries.

275 om 0.5 to 18 megahertz and use it to execute coherent two-qubit controlled rotations.

276 n hole doping, we observe the formation of a coherent, two-band Fermi surface, consisting of both hol

277 We also identified coherent type 4 feed-forward loops within this ML-hGRN;

278 ysis showed that diverse chromatin states of coherent type-1 feedforward loop (C1-FFL) and incoherent

279 nstitute the fundamental source of optically-coherent ultrashort-pulsed radiation, with huge impact i

280 nd dSTORM particle size distributions showed coherent unimodal and bimodal particle size populations

281 abits natural environments into ecologically coherent units.

282 ation, including a time-domain signature for coherent vibration associated with the photogenerated CN

283 ensed phases to measure both high-resolution coherent vibrational spectrum and nanosecond electronic

284 al regions are specialized for processing of coherent visual motion.

285 r, by controlling the characteristics of the coherent vortices formed along West Greenland.

286 In the intermediate case, evidence of coherent wave interference is clearly observed in altitu

287 ures are used for launching spatially shaped coherent wavefronts, diffraction-limited spin-wave beams

288 applicable to any system that can propagate coherent waves, such as electromagnetic, acoustic, plasm

289 Metabolic traits and diseases were the most coherent, while psychiatric disorders and intelligence-r

290 nal extracted with the present technique was coherent with its noise-free version.

291 litate a new public narrative about obesity, coherent with modern scientific knowledge.

292 m which, although of smaller amplitude, were coherent with OB activity.

293 d perspective in drug research and how it is coherent with the new paradigm of drug discovery.

294 Finally, we organize the resource into a coherent workflow to prioritize key elements and variant

295 -ray free electron laser-based time-resolved coherent X-ray diffraction imaging to investigate the in

296 tion reaction under operando conditions with coherent X-ray diffractive imaging.

297 combination of full-field three-dimensional coherent x-ray imaging and scanning x-ray diffraction.

298 es femtosecond, ultrabrilliant and spatially coherent X-ray pulses at megahertz (MHz) repetition rate

299 The ability to deliver two coherent X-ray pulses with precise time-delays ranging f

300 rkedly enhanced with the advent of brighter, coherent X-ray sources.