ライフサイエンスコーパス: nonlinearity

1 y explain the origin of the observed extreme nonlinearity.

2 electromagnetic fields and strong, inherent nonlinearity.

3 nterneurons was strongly correlated to theta nonlinearity.

4 single system mediated by intrinsic material nonlinearity.

5 tuated by light give rise to a large optical nonlinearity.

6 d to more complex mixtures while maintaining nonlinearity.

7 ntrinsic to these waveguides with consequent nonlinearity.

8 wn due to the complexity introduced by fibre nonlinearity.

9 accretion indicating significant mechanical nonlinearity.

10 ced to advance tunability, switchability and nonlinearity.

11 h either decreasing dispersion or increasing nonlinearity.

12 V1 inputs that are passed through a divisive nonlinearity.

13 ts of subunits, each with its own filter and nonlinearity.

14 e filter, followed by a common instantaneous nonlinearity.

15 ses the result through a final instantaneous nonlinearity.

16 ects of filtering, suppression, and response nonlinearity.

17 he plasmonics is placing heavier emphasis on nonlinearity.

18 uipartition is predicted for arbitrary small nonlinearity.

19 ves significantly deviate, exhibiting higher nonlinearity.

20 ccommodates both nonequilibrium dynamics and nonlinearity.

21 nderstood in a model with a simple threshold nonlinearity.

22 ys responds in the same manner unless it has nonlinearity.

23 whether a probe beam will "feel" or not the nonlinearity.

24 an interact with the quadratic Navier-Stokes nonlinearity.

25 cone-mediated signals followed by a synaptic nonlinearity.

26 on) is provided to overcome the PTIR spectra nonlinearity.

27 c, nonautonomous dynamical system with cubic nonlinearity.

28 and (4) cells with Y-like spatial summation nonlinearity.

29 1 billion cycles, and for their low optical nonlinearity.

30 ich enhanced the tunability due to increased nonlinearity.

31 dditive change to a threshold-linear spiking nonlinearity.

32 temporal summation followed by a compressive nonlinearity.

33 ose recently implemented using the Josephson nonlinearity.

34 ing for maximizing the diagonal second-order nonlinearity.

35 temporal summation followed by a compressive nonlinearity.

36 in systems with both geometric and material nonlinearities.

37 icon-based optical devices, or possess small nonlinearities.

38 allic plasmas because of their small optical nonlinearities.

39 bsorption edge, while still possessing large nonlinearities.

40 elastic shells and their intrinsic geometric nonlinearities.

41 s well as heterogeneous and highly irregular nonlinearities.

42 he proaromatic butenolide PhFu show the best nonlinearities.

43 ack, interference, adaptation over time, and nonlinearities.

44 rises simple linear filtering operations and nonlinearities.

45 cult to achieve because of inherent synaptic nonlinearities.

46 inear dispersive focusing) enhanced by bound nonlinearities.

47 system contains a recycling loop leading to nonlinearities.

48 ametric permittivity modulation or Josephson nonlinearities.

49 d non-reciprocal effects in conjunction with nonlinearities.

50 riant transmission despite history-dependent nonlinearities?

51 gnificantly decreased risk of the disease (P-nonlinearity = 0.017).

52 ) for more than 5.0 cup per day (P value for nonlinearity = 0.32; P value for trend < 0.001).

53 ause mortality risk in a J-shaped fashion (P(nonlinearity) = 0.001).

54 ek (HR, 0.68; 95% CI, 0.56-0.83; P value for nonlinearity = .02).

55 he form of Si7N3, that possesses a high Kerr nonlinearity (2.8 x 10(-13) cm(2) W(-1)), an order of ma

56 ort the observation of ultrahigh third-order nonlinearity about 0.45 cm(2)/GW in graphene oxide thin

57 ristics to first-order features and a static nonlinearity accurately reproduced experimentally observ

58 We use the same model to show that the nonlinearity affects a resonant two-photon propagation t

59 via the temporal storage effect and relative nonlinearity affects ecosystem variability.

60 Up to cubic-order nonlinearities allow for an instantaneous estimation of

61 Exploiting material nonlinearity along with tailored structural anisotropy c

62 ssential requirements for logic application: nonlinearity, amplification, concatenability, feedback p

63 ced modulation formats are affected by fibre nonlinearities and equalization enhanced phase noise (EE

64 The networks contain dendritic or synaptic nonlinearities and have a constrained connectivity.

65 ingle molecule interactions, highly enhanced nonlinearities and nanoscale waveguiding.

66 mentary waves enhanced by second-order bound nonlinearities and not the modulational instability.

67 would permit to dramatically enhance optical nonlinearities and operation temperature.

68 troscopy and quantum computing, but inherent nonlinearities and parameter variation have, to date, re

69 The anatomical production sources of vocal nonlinearities and the communication context of their oc

70 We model both the nonlinearity and a balanced beam splitter with a single

71 how that particular sounds are indicators of nonlinearity and can be used to quantify nonlinear contr

72 broadband pulses remains unsolved due to the nonlinearity and complexity of the underlying spin syste

73 zation rotation has been limited by fatigue, nonlinearity and hysteresis losses.

74 d a neural network for its capacity to model nonlinearity and interactions.

75 ing through a medium with a positive thermal nonlinearity and is shown to oscillate in time while als

76 entropy have issues such as difficulty with nonlinearity and large data requirement.

77 ing benchmark tasks, we demonstrate that the nonlinearity and memory within the body dynamics can inc

78 and plasma defocusing - mediated by the Kerr nonlinearity and multiphoton or tunnel ionization, respe

79 formation that survives the spike-generating nonlinearity and noise corruption in the next stage of p

80 which tissues and cells can balance elastic nonlinearity and plasticity, and thus can provide micros

81 We propose a method to enhance Kerr nonlinearity and realize low-power gigahertz solitons vi

82 conductance-based neurons with subthreshold nonlinearity and the slower timescales of biophysical sy

83 ies such as high indices of refraction, high nonlinearities, and large windows of transparency, makin

84 ion focusing on sample size and composition, nonlinearity, and unmeasured confounding.

85 3) cells with complex-like spatial summation nonlinearity; and (4) cells with Y-like spatial summatio

86 rbon nanotube film with extremely large Kerr-nonlinearity ( approximately 100 000 times larger than t

87 Nonlinearities are a ubiquitous feature of development t

88 Here, we show that dendritic nonlinearities are critical for the efficient integratio

89 Optical nonlinearities are intimately related to the spatial sym

90 Optical nonlinearities are typically strong near the electronic

91 ium with extremely large macroscopic optical nonlinearity are very promising materials for intense br

92 Here, we show that the optical nonlinearity arising from these effects, typically too s

93 ween strong anomalous dispersion and optical nonlinearity around the wavelength of 3.9 mum.

94 heterogeneous surfaces may present important nonlinearities as a function of composition.

95 se, and (2) characterization of both circuit nonlinearities as well as noise are necessary to evaluat

96 e operating point of neurons along a spiking nonlinearity as a function of behavioral state.

97 tics will require systems with giant optical nonlinearity as well as compatibility with photonic circ

98 unctional activity that is less dependent on nonlinearities associated with voltage-gated ion channel

99 asis for quantum networks and enable optical nonlinearities at the single-photon level.

100 Single photon nonlinearities based on a semiconductor quantum dot in a

101 Kerr nonlinearity-based frequency combs and solitons have bee

102 We observe nonlinearities between CO2 emissions and population dens

103 e assessment (LCA) of crop production is the nonlinearity between nitrogen (N) fertilizer inputs and

104 However, the nonlinearity between precipitation and flood magnitude m

105 effects (IFE) cause spectral distortion and nonlinearity between spectral signal intensity with incr

106 dulation is likely achieved via an expansive nonlinearity between spike rate and membrane potential w

107 ariance between these is expected to lead to nonlinearity between them, for example between birth wei

108 A few studies have addressed this nonlinearity by combining process-based N simulation mod

109 alloys extended to mid-IR wavelengths, where nonlinearities can also be employed.

110 Fibre nonlinearities can be effectively compensated using digi

111 heir resources with increasing temperatures, nonlinearities can change this relation near temperature

112 A simple network model shows that threshold nonlinearities can interact with network activity to tra

113 Nonlinearity can be a desirable characteristic for engin

114 According to our modeling, the onset of nonlinearity can be associated to an abrupt bootstrap-pe

115 an be precisely adjusted so that the optical nonlinearity can be changed.

116 eight and survival show that the presence of nonlinearity can be partly explained by the genetic cova

117 In this work we examine how nonlinearity can smear statistical photon bunching in th

118 complexity sequences, and for branch-length nonlinearity caused by multiple mutations at the same si

119 Our simulations showed that because of this nonlinearity, CC normalization could not control for eve

120 Approximately at the frequency where nonlinearity commenced, the phase of extracellular volta

121 ning transmission reach, multi-channel fibre nonlinearity compensation and spectrally efficient data

122 rities, the impact of spectral broadening on nonlinearity compensation has never been quantified.

123 Although digital nonlinearity compensation was validated to be promising

124 e two-dimensional bosonic fluids with strong nonlinearities, composed of coupled photonic and electro

125 hancement of the chiroptical response to the nonlinearity dependence on point chirality.

126 In these systems, Kerr nonlinearity determines the performance limits, and lead

127 ut transfer function requires strong optical nonlinearity, e.g. self-phase modulation, which, for fun

128 Such high nonlinearity enables efficient nonlinear interaction wit

129 hat this k-space spectrometer can reduce the nonlinearity error in k-space from 14.86% to 0.47% (by a

130 er, materials usually exhibit a weak optical nonlinearity even under intense coherent illumination.

131 However, nonlinearity exists in all steps of their assessment, i.

132 p-subwavelength metamaterials, single-photon nonlinearities, extraordinarily strong light-matter inte

133 ing material structures with large ultrafast nonlinearity for applications in nanophotonics.

134 fficient design of metamaterials with strong nonlinearity for important applications such as coherent

135 ncertainties and for production systems with nonlinearities, for example, from loops.

136 ation of the hotspot-mediated ultrafast Kerr nonlinearity from slower, thermal effects is achieved.

137 racteristics for future computing, including nonlinearity, gain, cascadability, and room temperature

138 N1+x crested barrier selector yields a large nonlinearity (>10(4) ), high endurance (>10(8) ), low va

139 ulation of light with light based on optical nonlinearity has become a major research field and coher

140 novel theoretical approaches accounting for nonlinearity have been developed, yet the rich phenomeno

141 ium with extremely large macroscopic optical nonlinearity have been developed.

142 tran-sistors which are all based on optical nonlinearities, here I introduce a novel design for a hi

143 ng the interplay between non-Hermiticity and nonlinearity, here we demonstrate a new class of chip-sc

144 remarkable property of a phase-controllable nonlinearity, i.e., the amplitude of the nonlinear polar

145 nd higher-order correlated activity, and how nonlinearities impact the networks' spiking activity.

146 he ability to obtain strong and fast optical nonlinearities in a given spectral range makes these met

147 e the first cases of cavity-enhanced optical nonlinearities in a solid-state Lambda-system.

148 Optical nonlinearities in centrosymmetric metals are dominated b

149 It is unknown how these dendritic nonlinearities in individual cells contribute to computa

150 ive elements and analyze the effects of Kerr nonlinearities in its topological behavior.

151 Here we report ultra-strong optical nonlinearities in monolayer MoS2 (1L-MoS2): the third ha

152 to electrically control second-order optical nonlinearities in monolayer WSe(2), an atomically thin s

153 modest variation across different choices of nonlinearities in neuron models or synaptic plasticity r

154 -propagation (MC-DBP) for compensating fibre nonlinearities in Nyquist-spaced optical communication s

155 y feature in systems biology, resulting from nonlinearities in quantitative relationships between ups

156 y tuned by harnessing geometric and magnetic nonlinearities in the individual unit cells.

157 revealed that temporal scaling emerges from nonlinearities in the network and that the degree of sca

158 found that spike count correlation explained nonlinearities in the relationship between EEG oscillati

159 We examine nonlinearities in the relationship between rice yields a

160 te flexible regression models that allow for nonlinearities in the relationship between temperature a

161 ve descriptions and quantitative analyses of nonlinearities in the song repertoire of humpback whales

162 tions in ultrafast laser technology, whereas nonlinearities in the terahertz regime, which arise from

163 et al. study the enhancement of third-order nonlinearities in two-dimensional lead iodide perovskite

164 of single-mode operation against saturation nonlinearity in -symmetric lasers.

165 ically amplified through the cubic tunneling nonlinearity in a cuprate superconductor.

166 constraining the form of the non-parametric nonlinearity in an LNP model.

167 tness-conferring genes in the context of the nonlinearity in biological systems.

168 Fortunately, nonlinearity in lithographically easy-to-produce wavegui

169 We theoretically demonstrate that Kerr nonlinearity in optical circuits can lead to both resona

170 higher discard rates because this creates a nonlinearity in perceived risk.

171 With strong nonlinearity in switching dynamics, different mechanisms

172 Understanding of nonlinearity in the biological responses to climate warm

173 propose a design for reducing the self-Kerr nonlinearity in the cavity.

174 this regime, including a striking re-entrant nonlinearity in the current-voltage characteristics.

175 iple demonstration illustrates how transient nonlinearity in the optical system can be exploited to t

176 erative units, thus generating an amplifying nonlinearity in their circuit output.

177 amics is driven by a transition triggered by nonlinearity in these structures, and we demonstrate tha

178 l muscles that control elongation and by (2) nonlinearity in tissue fiber tension.

179 w avenues to investigating how single-neuron nonlinearities-including those of different cell types-c

180 Optical nonlinearity induced by intense optical excitation of mo

181 hales were searched for occurrences of vocal nonlinearities (instabilities).

182 persive waves that interact strongly through nonlinearities is a challenging issue in physics.

183 The mitigation of fibre nonlinearities is an area of intense research.

184 However, such nonlinearity is controlled by the magnitude of the incom

185 The continuous phase control over the local nonlinearity is demonstrated for second and third harmon

186 ted nonlinear optics and a medium with large nonlinearity is desirable.

187 tive features including approximately 10(10) nonlinearity is developed.

188 In the time domain, nonlinearity is expressed as the development of skewness

189 oise may occur in neural circuits wherever a nonlinearity is followed by a difference operation.

190 This nonlinearity is higher for heat stress metrics that inte

191 emain unchanged at the same frequency unless nonlinearity is involved.

192 asmonic nanorod metamaterials, the Kerr-type nonlinearity is not limited by the nonlinear properties

193 a frequency, either a focusing or defocusing nonlinearity is observed.

194 ration in passive waveguides with increasing nonlinearity is presented.

195 concomitant increase of bandgap and optical nonlinearity is truly remarkable in these novel perovski

196 binocular energy model-adding a point output nonlinearity-is by itself sufficient to produce cells th

197 O results for dissolved nitrate samples when nonlinearity issues are considered.

198 d technique for achieving locally controlled nonlinearity, it leads only to a binary nonlinear state,

199 This strong nonlinearity leads to aperiodic response of Ca at rapid

200 oidal suspensions with exponential saturable nonlinearity leads to formation of necklace beams (NBs).

201 selective for orientation that have spatial nonlinearities like those of subcortical Y cells.

202 ntary time and incident CVD was found (P for nonlinearity < .001), with an increased risk observed fo

203 esterol and LDL cholesterol was nonlinear (P-nonlinearity < 0.001 each); stronger effects were observ

204 crease in risk with increasing intake (P for nonlinearity < 0.01).

205 is a crucial step towards the exploration of nonlinearities, macroscopic coherence and advanced spino

206 ent; linear splines were used to account for nonlinearity.Maternal weight at each time point had a co

207 Our results show that vocal nonlinearities may be a communication strategy that conv

208 hat the symmetry breaking is induced by Kerr-nonlinearity-mediated interaction between the counter-pr

209 s exhibit a variety of properties, including nonlinearity, memory, and potentially infinitely many de

210 Effective nonlinearity mitigation is achieved using multi-channel

211 Aiming at considering nonlinearity more fully and simultaneously following mar

212 Here, we show that the third-order optical nonlinearity, n 2, of hybrid lead iodide perovskites is

213 couple two key mechanisms underlying optical nonlinearity, namely, (i) intramolecular charge transfer

214 ructure which gives rise to the second order nonlinearity, necessary for three photon processes such

215 splines to simultaneously capture 2 types of nonlinearity: nonlinear association between temperature

216 he decoding model can account for the strong nonlinearities observed in neural data.

217 In the optical regime, the nonlinearities of graphene originated from the Pauli blo

218 To quantify nonlinearities of spatial integration independently of s

219 gration, including untuned normalization and nonlinearities of spike generation and somatic adaptatio

220 tial integration independently of subsequent nonlinearities of spike generation, we applied the techn

221 s have proposed that it emerges from spatial nonlinearities of subcortical Y cells.

222 cillators, enabled by the strong and coupled nonlinearities of two-photon absorption induced Drude el

223 We show that the nonlinearity of a transition modifies the counting stati

224 the ultrafast and large third-order optical nonlinearity of BP.

225 In particular, we show that the nonlinearity of change in selective pressure with phenot

226 arameter, [Formula: see text], measuring the nonlinearity of density dependence, remains constant, th

227 e is a systems-level property resulting from nonlinearity of H2O2 scavenging by peroxiredoxins and ou

228 Here we report on the sub-picosecond optical nonlinearity of indium tin oxide nanorod arrays (ITO-NRA

229 Due to the nonlinearity of magnetization dynamics, the spin-current

230 The nonlinearity of mitochondrial functionality is cell size

231 Exploiting the reorientational nonlinearity of nematic liquid crystals and imposing a l

232 thamphetamine-dependent subjects had greater nonlinearity of probability weighting along with impaire

233 and examine structural neural correlates of nonlinearity of probability weighting in healthy volunte

234 Nonlinearity of probability weighting was associated wit

235 on of probability and valence leading to the nonlinearity of probability weighting with overweighting

236 tivariable probabilistic model optimized for nonlinearity of serum creatinine time series that calcul

237 Therefore, understanding the nonlinearity of the brain is paramount for understanding

238 ed by the contractility of the cells and the nonlinearity of the ECM behavior play a crucial role in

239 riance or dysregulation, but emerge from the nonlinearity of the genotype-phenotype curve.

240 eveals and quantifies for the first time the nonlinearity of the mechanical response of living single

241 virtue of the extraordinarily large optical nonlinearity of the nematic host.

242 fication regarding how behavior enhances the nonlinearity of the nervous system.

243 anical resonator by exploiting the intrinsic nonlinearity of the radiation-pressure interaction.

244 We show the mechanical nonlinearity of the silk structure generates a unique re

245 Yet owing to the nonlinearity of the underlying stretching and bending fo

246 function with 137 (87%) patients displaying nonlinearity or nonprogression.

247 ior of a general network model with a single nonlinearity parameter.

248 result show that the extracted basic optical nonlinearity parameters of Bi2TexSe3-x nanosheets, alpha

249 ight some of the consequences of the optical nonlinearity phase-dependence, such as the coherent cont

250 tivity, paramagnetic susceptibility, optical nonlinearity, photoconductivity, gas permeability, liqui

251 een tested in a variety of experiments where nonlinearities play a key role, like spatial soliton sha

252 ge of 334.5 to 306 nm as a result of surface nonlinearity polarization at the core-cladding interface

253 egenerate four-wave mixing (FWM) and surface nonlinearity polarization in an in-house designed and fa

254 at it is responsible for a large interfacial nonlinearity probed via second harmonic generation that

255 ry of studies examining an expected cap that nonlinearity puts on the information-carrying capacity o

256 This introduces a cubic nonlinearity, related to the Toner-Tu theory of flocking

257 n relationship, although the origins of this nonlinearity remain unknown.

258 al and, so far, dynamical control of optical nonlinearities remains confined to research laboratories

259 with this parameterization and no additional nonlinearities reproduces a realistic ENSO cycle with in

260 ance the SIM resolution without invoking any nonlinearity response from the sample.

261 wo-orthogonal-crystals source and the double-nonlinearity single-crystal source, the orthogonal QPM s

262 highlight the need for careful modelling of nonlinearities so that conclusions are not driven by unr

263 o coupling strength, frequency distribution, nonlinearity strength, and noise amplitude is investigat

264 allenges as their dynamics gets dominated by nonlinearities that degrade their performance, for insta

265 l clustering of synaptic inputs in dendritic nonlinearities that shape orientation selectivity.

266 differences reflected a robust input-output nonlinearity that could not be explained by spike thresh

267 ory that formalizes how a neuron's dendritic nonlinearity that is optimal for integrating synaptic in

268 excitability, thereby reducing the expansive nonlinearity that links firing rate and variance.

269 feedback, and further identify a fundamental nonlinearity that strongly amplifies their effect.

270 alidated to be promising for mitigating Kerr nonlinearities, the impact of spectral broadening on non

271 Owing to the independence of the two nonlinearities, the ultrafast temporal dynamics of the m

272 Compared with gold's nonlinearity, the measured nonlinear absorption and refr

273 spatial summation followed by a compressive nonlinearity, this model accurately predicts responses o

274 l in terms of a standard third order optical nonlinearity: this shows a clear inversion of the roles

275 tic diodes and mechanical switches have used nonlinearities to break transmission symmetry.

276 nonic transistor-like device using geometric nonlinearities to switch and amplify elastic vibrations,

277 They use the Kerr nonlinearity to both compensate dispersion and offset op

278 We then show that adding a rectification nonlinearity to such a feedback inhibitory circuit allow

279 chy switching to illustrate the interplay of nonlinearities, transport phenomena, and spatial effects

280 nt conductive oxides exhibit large ultrafast nonlinearities under both interband and intraband excita

281 Such nonlinearity was not detected in a much older pine stand

282 rm parameters revealed isotherm linearity or nonlinearity was not significantly different between col

283 A clear indication of nonlinearity was seen for the relations between vegetabl

284 Although the test for nonlinearity was significant (P<0.0001), this appeared t

285 By exploring gain-saturation nonlinearity, we demonstrate on-chip optical nonreciproc

286 In this paper, with the weak cross-Kerr nonlinearity, we investigate the parallel quantum comput

287 peration between multiple sources of optical nonlinearity, we report the design, synthesis, and nonli

288 Temporal distributions of nonlinearities were assessed within sound units, and bet

289 Nonlinearities were explained by homogeneity of environm

290 This is in stark contrast to bulk nonlinearities where propagation in the medium averages

291 ata is challenging in the presence of hidden nonlinearities, where traditional eigenvalue-based metho

292 nterference effects between surface and bulk nonlinearities, which offer a new handle on engineering

293 allow for interplay between surface and bulk nonlinearities, which otherwise dominate only at atomica

294 uencies and amplitudes are determined by the nonlinearity, which also leads to bistability and hyster

295 aviour even in the presence of gain/loss and nonlinearity, which often assume adversarial roles.

296 Brillouin nonlinearities-which result from coupling between photon

297 This is achieved by combining large nonlinearities with suitable geometrical asymmetries and

298 We have observed large optical nonlinearity with a magnitude of chi((3)) up to 10(-9) e

299 can measurements revealed a high third-order nonlinearity with n2 exceeding 10(-9) at a wavelength of

300 exhibit extremely large macroscopic optical nonlinearity with optimal molecular ordering for maximiz

301 We thus argue that the presence of such nonlinearity would reduce the visibility in the standard