ライフサイエンスコーパス: chaotic

1 , suggesting that the underlying dynamics is chaotic.

2 y disordered, whereas the ordered states are chaotic.

3 tute of Medicine described US cancer care as chaotic.

4 scillations into travelling waves, sometimes chaotic.

5 e distinct contact modes: single, double and chaotic.

6 orks are highly sensitive to noise; that is, chaotic.

7 The current biofuels landscape is chaotic.

8 ntratumoral heterogeneity is often viewed as chaotic.

9 ffice visits, 48.1% said their work pace was chaotic, 78.4% noted low control over their work, and 26

10 aligned with the protoplanetary disk through chaotic accretion , magnetic interactions or torques fro

11 1 occurs principally by coherent rather than chaotic accretion episodes.

12 Chaotic advection has served as the paradigm for mixing

13 The ability of chaotic advection under microscale confinement to direct

14 Tumor blood vessels are chaotic and abundantly distributed, owing to their heter

15 h secondary septation, alveolar flow becomes chaotic and chaotic mixing kicks in, significantly enhan

16 Based on modern spectral theory of chaotic and dissipative dynamical systems, the associate

17 riodic, quasi-periodic, weak chaotic, strong chaotic and intermittent dynamics.

18 in a dynamic regime that exhibits coexisting chaotic and locally stable trajectories.

19 ences about biological dynamic models in the chaotic and near-chaotic regimes, other than on an ad ho

20 Vessels found within B16 tumors are chaotic and poorly formed and express vascular endotheli

21 arguing that birth defects are related to a chaotic and random disarray of developmental mechanisms.

22 Failed defibrillation shocks changed chaotic and regular activation patterns to synchronized

23 ough the networks we train are spontaneously chaotic and we leave feedback loops intact and unclamped

24 ample, the climate system dynamics were more chaotic and with higher nonlinear variation in north Chi

25 such data, which are often spatio-temporal, chaotic, and non-stationary, the CNN algorithms must be

26 phenotype that leads to poorly perfused and chaotic angiogenesis, which is a hallmark of cancer.

27 n dimension D2 is determined at 1.67 for the chaotic attractor, along with a maximal Lyapunov exponen

28 These are called the fixed-point chaotic attractor, the fixed-point strange nonchaotic at

29 In case (iii), the dimension of the chaotic attractors can be very high, implying that the l

30 aining approximately full-length cilia had a chaotic beat with a frequency reduced from 24 to approxi

31 initial conditions reveals a tendency toward chaotic behavior as the radius of the circular orbit of

32 d genes have been studied extensively, their chaotic behavior has not been appreciated.

33 However, the chaotic behavior in single MD trajectories requires stat

34 ssion is presented for possible roles of the chaotic behavior in the robustness of cellular functions

35 the nucleotide sequence, we demonstrate that chaotic behavior in the sequence of a mutated gene can b

36 We suggest that chaotic behavior may be common in geomorphic systems and

37 slation' problem are the 'Butterfly Effect' (chaotic behavior of many animal models) and the 'Two Cul

38 Here, we report a route to chaotic behavior via a Shilnikov homoclinic bifurcation

39 nge of possible states, often referred to as chaotic behavior, and can be both characterized and quan

40 haracterized and quantified in terms of this chaotic behavior, which defined strange attractors (rho)

41 The challenge lies in commanding their chaotic behavior.

42 e of criticality close to the edge of random chaotic behavior.

43 ltiplicity of stable fixed points, and (iii) chaotic behavior.

44 to steady states, ruling out unpredictable ("chaotic") behaviors and even sustained oscillations in t

45 can result in a transition from periodic to chaotic behaviour and why chaotic motion is not possible

46 importance is to devise strategies to subdue chaotic behaviour even in the presence of gain/loss and

47 Our results therefore reveal chaotic behaviour in the native interaction between ultr

48 Chaotic behaviour is ubiquitous and plays an important p

49 esting-state activity (synchronized clusters/chaotic behaviour).

50 ctability, temporal symmetry, fractality and chaotic behaviour, from the systolic peaks within 15 min

51 Despite of a propensity for chaotic behaviour, no chaotic motifs were readily observ

52 terconnected communities, where neurons obey chaotic bursting dynamics.

53 We propose that this intermediate chaotic but non-ergodic regime characterizes mesoscopic

54 of the infant gut microbiome has been called chaotic, but this view could reflect insufficient docume

55 es electric potential fluctuations in a cold chaotic cavity connected to external leads by two quantu

56 full-field imaging is demonstrated using the chaotic cavity laser as the illumination source.

57 For two arbitrary nonidentical chaotic cavity modes, phase synchronization can also be

58 hronization can be achieved in two identical chaotic cavity modes.

59 rude a polar body and be fertilised, despite chaotic chromosome segregation at the first meiotic divi

60 quantum phase space of dynamics that have a chaotic classical counterpart.

61 line, through glassy intermediate states, to chaotic configurations.

62 The laser resonator was fabricated with a chaotic, D-shaped cavity optimized to achieve highly mul

63 es, lateral oscillations, and unpredictable, chaotic deformations.

64 remain debated for the Mesozoic owing to the chaotic diffusion of the solar system in the past.

65 diagram in strain-friction space that shows chaotic dispersion, crystal formation, vortex patterns,

66 lains this statistical character revealing a chaotic distribution for the short-range collision compl

67 ranging from simple harmonic oscillators to chaotic double-pendula.

68 delays, but went on to exhibit enlarged and chaotic ductal morphologies and decreased terminal branc

69 ntal space, but potentially incompatible (or chaotic) during transitions to vertical motion.

70 This analysis confirms the predicted chaotic dynamical behaviour of the Solar System, and pro

71 years ago remains highly uncertain, and the chaotic dynamical nature of the Solar System predicted b

72 The main idea is that the dynamics of a chaotic dynamical system consisting of multiple time-ser

73 e non-Gaussian features in large-dimensional chaotic dynamical systems.

74 Yet, due to highly nonlinear and chaotic dynamics (particularly during ENSO initiation),

75 ation, though longer term shedding suggested chaotic dynamics and could not be predicted based on spa

76 Systems with near-chaotic dynamics are little better.

77 cosystems, finding that the evolution-driven chaotic dynamics confer community stability at the "edge

78 An ensemble of spinners exhibits chaotic dynamics due to self-generated advection flows.

79 moved back and forth between stabilizing and chaotic dynamics during the cyclic succession.

80 We propose that chaotic dynamics enhance the sensitivity and temporal re

81 eneration and the emergence of deterministic chaotic dynamics from discrete noise in a system that ap

82 al (behavioral state, unreliable neurons, or chaotic dynamics in neural circuits) and external (uncon

83 Here we demonstrate the hallmarks of chaotic dynamics in the movement patterns of mud snails

84 ay embedding and Koopman theory to decompose chaotic dynamics into a linear model in the leading dela

85 al variation or noise, and that the onset of chaotic dynamics is the result of the fitness landscape

86 We present an investigation of chaotic dynamics of a low Reynolds number electrokinetic

87 We study how confinement transforms the chaotic dynamics of bulk microtubule-based active nemati

88 The disordered static structure and chaotic dynamics of frictional granular matter has occup

89 ear seasonal pattern, despite the persistent chaotic dynamics of individual populations.

90 as due to heterogeneities and spatiotemporal chaotic dynamics of the foci.

91 it conjecture, such fluctuations would imply chaotic dynamics of the underlying classical motion driv

92 tained generation of desired low-dimensional chaotic dynamics or memory-dependent computations.

93 which leads to complex streaming flows whose chaotic dynamics seem to destroy long-range order.

94 examples of learning linear, non-linear and chaotic dynamics, as well as the dynamics of a two-link

95 cted recurrent neural networks often produce chaotic dynamics, meaning their precise activity is sens

96 of electrical coupling on dimensionality and chaotic dynamics, we first determined the physiological

97 ck loops are the minimalist elements to have chaotic dynamics.

98 electrically homogeneous tissue models that chaotic EADs synchronize globally when the tissue is sma

99 election-a potential observable signature of chaotic eco-evolutionary dynamics in experimental studie

100 Chaotic ecological dynamic systems defy conventional sta

101 Adverse workflow (time pressure and chaotic environments), low work control, and unfavorable

102 demonstrate a new path to locally persistent chaotic epidemics via subtle shifts in seasonal patterns

103 However, the chaotic evolution of its spin state has so far forestall

104 cursion to very high eccentricity during the chaotic evolution of the inner orbit allows planet-star

105 planet and its oblate host star can lead to chaotic evolution of the stellar spin axis during Kozai

106 Jupiter (rather than Mercury) sized, and its chaotic evolution was terminated when it was tidally cap

107 ghly 50 per cent of scatterings that undergo chaotic evolution).

108 atially structured optical pump, we create a chaotic exciton-polariton billiard--a two-dimensional ar

109 Although the eigenstates of the system are chaotic, exhibiting exponential sensitivity to small per

110 rough which the cells flow in a confined yet chaotic fashion.

111 that intermediate coupling strengths induce chaotic firing of inferior olive neurons and increase th

112 nt of long flexible polymers, resulting in a chaotic flow dubbed 'elastic turbulence'.

113 The simulation results demonstrate that chaotic flow due to recirculation within the alcoves res

114 activities these patterns are transient and chaotic flows are observed at longer times.

115 Chaotic flows drive mixing and efficient transport in fl

116 Furthermore, defect separation-which drives chaotic flows in non-rotating active fluids-is suppresse

117 luid streams have focused mainly on creating chaotic flows to enhance mixing.

118 e network characterized by internally driven chaotic flows, hydrodynamic instabilities, enhanced tran

119 looked so far in the context of small scales chaotic flows.Elastic turbulence, a random-in-time flow,

120 nsmission can destabilise it to the point of chaotic fluctuations in population levels.

121 otion of spinners at the interface generates chaotic fluid flow reminiscent of 2D turbulence.

122 We show that the potential structures are chaotic for a range of their temporal half-widths and th

123 es and diversity as more than a confusion of chaotic forms generated at random, but rather as geometr

124 of fibre, rather than the expected random or chaotic fragmentation.

125 st likely the main driver of this fine-scale chaotic genetic patchiness within this otherwise homogen

126 vel but significant genetic differentiation (chaotic genetic patchiness), indicative of temporal vari

127 Chaotic genome-capsid associations could inhibit packagi

128 n, dynamical fluctuations in size and shape, chaotic growth and fusion, spontaneous ejection and sequ

129 only balanced growth but also oscillatory or chaotic growth modalities, explaining nonequilibrium dyn

130 variational principle, results in classical chaotic Hamiltonian dynamics.

131 ree well with our numerical simulations of a chaotic Hopf oscillator and suggest that chaos may be re

132 ne structures in different organisms appears chaotic; however, biosynthetic flexibility and evolution

133 Hence, our results show that chaotic human behaviour occurring on a millisecond scale

134 n time and reproducible, aggregation becomes chaotic in later phases.

135 The results suggest that nonlinear chaotic index L1 may serve as a quantitative measure for

136 times observed in confined systems of rather chaotic initial states, for example, lattes formed by po

137 uld not be ignored, because odor plumes show chaotic intermittency, with the concentration variance s

138 n of a low-order atmospheric model featuring chaotic intermittent regime transitions, where classical

139 is known to present with highly variable and chaotic karyotypes, including hypodiploidy, hyperdiploid

140 s, including the intensity fluctuations of a chaotic laser, the detection of single photons, and the

141 ents were selected a priori to gauge ongoing chaotic lifestyle behaviours).

142 two distant double-slit masks illuminated by chaotic light, in the absence of first-order imaging and

143 ing linear and nonlinear oscillators and the chaotic Lorenz system, to the fluid vortex shedding behi

144 tions that manifest as domain avalanches and chaotic magnetization jumps exemplify such stochastic mo

145 ntinue to grow by coherent accretion or in a chaotic manner, though clear differences are predicted i

146 nd quantify nontrivial properties of coupled chaotic maps, including the transition between different

147 Our data unveil the emergence of a weakly chaotic mechanical breather(15), in which vibrational en

148 ess which is mechanistically grounded in the chaotic mechanics of the body.

149 CTH is likely to be high in the chaotic microvasculature of a tumor, increasing the effe

150 These chaotic milieus contained B lymphocytes with the same di

151 A microfluidic device with integrated chaotic mixer and EMR has been successfully combined wit

152 at with a re-useable glass-chip comprising a chaotic mixer, an incubation channel and optical detecti

153 nanostructured substrates, and microfluidic chaotic mixers.

154 The strategy to generate chaotic mixing by modification of standard multiwell pla

155 ever, the mathematical theory that describes chaotic mixing in small airways and alveoli is highly co

156 this classical view, proposing the idea that chaotic mixing is a potent mechanism in determining the

157 The key to understanding chaotic mixing is to identify two types of frequency in

158 septation, alveolar flow becomes chaotic and chaotic mixing kicks in, significantly enhancing particl

159 the basic mechanisms that operate in acinar chaotic mixing more accessible, by translating the key m

160 tation of a disposable stir disc that causes chaotic mixing of glass beads ("MagVor").

161 mechanism that leads to efficient microscale chaotic mixing.

162 basis for a general kinematic model linking chaotic-mixing rates in the fluid phase to the generic s

163 stationary, Gaussian, ergodic, and even more chaotic--mixing.

164 Here we use Lorenz's paradigmatic chaotic model to show that regime behavior can also caus

165 spin quadrupolar nuclei could be deployed as chaotic models, strain sensors and hybrid spin-mechanica

166 te of a propensity for chaotic behaviour, no chaotic motifs were readily observed in the P. aeruginos

167 of the optical modes is strongly driven into chaotic motion and transfers chaos to other weakly drive

168 The periodic-chaotic motion is an attractor, and simultaneously posse

169 A new type of responses called as periodic-chaotic motion is found by numerical simulations in a Du

170 n from periodic to chaotic behaviour and why chaotic motion is not possible in pinned systems.

171 ently the mechanism to generate the periodic-chaotic motion.

172 Assisted by chaotic motions, broadband light can travel between opti

173 three new attractors in the form of periodic-chaotic motions.

174 ication mechanisms can lead in some cases to chaotic movement.

175 ogists, who focus rather on a dynamic, often chaotic nature buffeted by constant disturbances.

176 The atmosphere's chaotic nature limits its short-term predictability.

177 flow boiling due to highly transitional and chaotic nature of multiphase flows as well as unfavorabl

178 The chaotic nature of the climate system(7-9) may also mean

179 star and a stable bound binary(3,4), but the chaotic nature of the three-body problem(5) prevents the

180 Here we show that strongly chaotic networks produce patterned spikes that reliably

181 ence serves to distribute signals throughout chaotic networks so that small groups of cells can encod

182 nails, can have their mechanistic origins in chaotic neuronal processes.

183 atistics are well described by the theory of chaotic neutrino billiards.

184 hether the oscillatory systems are periodic, chaotic, noise-free or driven by stochastic inputs.

185 nd chemical fractionations that occur in the chaotic nuclear fireball.

186 lated two main causes of odor intermittency: chaotic odor plumes and active sampling behaviors.

187 Despite their irregularity, chaotic odor plumes still drove dynamic neural response

188 ese findings are of paramount importance for chaotic operation of quantum cascade lasers in applicati

189 etical methods to synchronize the motions of chaotic optical cavity modes in an optomechanical system

190 optical fibre system to produce periodic and chaotic optical signals.

191 resonant structures as well as in ballistic, chaotic or in Anderson localized systems.

192 Unfortunately, much road proliferation is chaotic or poorly planned, and the rate of expansion is

193 We envision this structure as a chaotic or stochastic type of pore, involving both lipid

194 Mercury has a particularly chaotic orbit and is in danger of being lost within a fe

195 eroids placed in these locations will follow chaotic orbits and be removed.

196 Deterministic chaotic oscillation is achieved, and statistical and ent

197 ower spectral density (PSD) analysis reveals chaotic oscillations that are consistent with electrocon

198 tream adaptation emerge if networks generate chaotic oscillations which can be phase entrained by sti

199 eously possesses the feature of periodic and chaotic oscillations, which is a new addition to the ric

200 ing mechanisms of population structuring and chaotic patchiness in a wide range of species even with

201 while the stepwise trajectories show only a chaotic pattern and less pronounced bending vibrations.

202 forcing are shown to exhibit a deterministic chaotic pattern composed of frequencies which are linked

203 e in the child's electroencephalogram to the chaotic pattern of hypsarrhythmia and brief tonic seizur

204 The results showed that the chaotic pattern was predominant in early VF, but the reg

205 structures of these fetuses reveals a more "chaotic" pattern than that detected by superficial gross

206 shifts in epidemic periodicity resulting in chaotic patterns.

207 uent elements and exhibit turbulent-like and chaotic patterns.

208 d spores could similarly stabilize a diverse chaotic phase.

209 We argue that this spatiotemporally chaotic "phase" should exist in a wide range of models,

210 upiter could be the end state of a secularly chaotic planetary system reminiscent of the solar system

211 hed BMG specimen is designed, which exhibits chaotic plastic flows consisting of several catastrophic

212 failure more predictable than the ones with chaotic plastic flows.

213 tterns on which coexistence depends, causing chaotic population fluctuations and subsequent extinctio

214 understand the onset of rapid cycling in the chaotic predator-prey dynamics.

215 the D-Wave Two chip on different temperature-chaotic problems and find, surprisingly, that its perfor

216 hat identifies periodontitis as a non-linear chaotic process.

217 es, an essential ingredient of deterministic chaotic processes.

218 rast, the term 'diffusive' is more akin to a chaotic propagation in scattering media, where light is

219 re have been no studies reporting on whether chaotic properties are manifest in the movement patterns

220 The purpose of this study was to examine chaotic properties of human scalp EEG signals associated

221 The chaotic properties of this function were investigated by

222 Analyzing changes in chaotic properties, such as changes in periodicity and l

223 al forces have been exploited to demonstrate chaotic quivering of microcavities, optical cooling of m

224 Chaotic recurrent networks, which spontaneously generate

225 outweigh its signaling costs: in politically chaotic refuge and periphery zones; in the context of lo

226 ing in networks that provably cannot enter a chaotic regime and, at the same time, denotes nonlinear

227 This is achieved by driving the system to a chaotic regime of continuous core reversals and subseque

228 We find that in the chaotic regime, robustness exhibits a pronounced increas

229 In the chaotic regime, the total payoffs fluctuate intermittent

230 the activity increases, the system enters a chaotic regime.

231 ll amplitude when it is poised in the weakly chaotic regime.

232 kedly higher than >>50% for the processes in chaotic regimes whereas those of nonlinearly correlated

233 perturbation in chaotic versus regular, non-chaotic regimes, and present experimental evidence for d

234 continuous and discrete dynamical systems in chaotic regimes, nonlinear transform of linearly correla

235 gical dynamic models in the chaotic and near-chaotic regimes, other than on an ad hoc basis, leaves d

236 dition to the classification into stable and chaotic regimes, the cell state can be simple or complex

237 Distinct organization patterns of chaotic, regular, and synchronized activity were previou

238 Here we present geological evidence for a chaotic resonance transition associated with interaction

239 Our astronomical solution requires a chaotic resonance transition at ~50 Ma in the Solar Syst

240 patterns, a process from which the seemingly chaotic responses form into a harmonic defense.

241 Images of Jupiter's poles show a chaotic scene, unlike Saturn's poles.

242 This study revealed that seemingly chaotic shifts in the microbiome are associated with lif

243 ted breakthroughs in typhoid control nor any chaotic shocks, history suggests that we should expect t

244 ral systems, including the brain, often seem chaotic, since they are typically driven by complex nonl

245 nces in regulation of actin bundling lead to chaotic spatial patterns that could impair the foot proc

246 nt a universal view on diffusive behavior in chaotic spatially extended systems for anisotropic and i

247 g prior to segmentation to reduce strong and chaotic spectrum-to-spectrum variation.

248 o or within a model neural network to change chaotic spontaneous activity into a wide variety of desi

249 state, followed by a second transition to a chaotic state.

250 ent periodic state and then to an aperiodic, chaotic state.

251 migration between them, stabilizes a diverse chaotic state.

252 leading to actively driven spatiotemporally chaotic states in 2 and 3 dimensions and coherent flows

253 lly depict the sequence between periodic and chaotic states.

254 is strong enough to create subharmonics and chaotic states.

255 These features include chaotic statistical behavior of the mean flow with a sub

256 nergy positions were shown to follow quantum chaotic statistics.

257 The forces between stereocilia produced chaotic stick-slip behavior.

258 the range of cross-immunity values in which chaotic strain dynamics and competitive exclusion occur.

259 rface acoustic waves (SAWs) to drive intense chaotic streaming within a 100 muL chamber cast in polyd

260 dback loops that are involved in potentially chaotic stress response, indicating that the dynamics of

261 ors including periodic, quasi-periodic, weak chaotic, strong chaotic and intermittent dynamics.

262 The more chaotic sugar ratios had narrower dynamic ranges.

263 ristor, the thermistor, in a Muthuswamy-Chua chaotic system (circuit) instead of memristor emulators.

264 these advantages in the classical Lorenz-63 chaotic system and in networks of Hindmarsh-Rose neurons

265 uantum and classical Lyapunov exponents in a chaotic system without finite-size effects.

266 erra oscillator, a limit-cycle oscillator, a chaotic system, and systems implementing feedback digita

267 l.develop a data-driven technique to analyze chaotic systems and predict their dynamics in terms of a

268 of a nonlinear Huygens principle for weakly chaotic systems in isotropic media whereby the dynamics

269 Chaotic systems require minimal energy to produce a wide

270 /IDPRs are complex entities often resembling chaotic systems, are structurally and functionally heter

271 heoretically in small systems, but in larger chaotic systems, it is known that exact counterdiabatic

272 also worked well in differentiating rewired chaotic systems, whose dynamics are notoriously difficul

273 s the case with deterministic algorithms and chaotic systems.

274 Spreading fires are noisy (and potentially chaotic) systems in which transitions in dynamics are no

275 Chaotic temporal dynamics are known to occur in pacemake

276 pes degraded into vast knob fields, known as chaotic terrain (AKA hilly and lineated terrain).

277 examination of the Caloris basin's antipodal chaotic terrain reveals multi-kilometer surface elevatio

278 Furthermore, we identified multiple chaotic terrains with no antipodal impact basins; hence

279 r interior plains, possibly lavas, share the chaotic terrains' age, suggesting a development associat

280 Our results suggest that chaotic thermal convection may play a previously unappre

281 tions and in situ experiments to show how 3D chaotic thermal convection-flows that naturally permeate

282 The chaotic time series produced having their relevant dynam

283 e high-entropy alloy, which are based on the chaotic time-series, approximate entropy, fractal dimens

284 tial angular velocity of the shell for which chaotic trajectories are realized while contact between

285 quantum to the classical regime, the average chaotic transient lifetime increases dramatically (faste

286 t major paleoenvironmental disturbances or a chaotic transition affecting this cycle.

287 Altered vasculature and the resultant chaotic tumor blood flow lead to the appearance in fast-

288 We tested whether the chaotic tumor microcirculation could be reconfigured by

289 on that tumour permeability is static amid a chaotic tumour environment.

290 tion lifts the circular symmetry and creates chaotic tunneling channels that enable broadband collect

291 rdial activation patterns were classified as chaotic (varying cycle lengths and nonsynchronous activa

292 fluids with nonlinear rheology flow through chaotic vasculature composed from a range of biopolymers

293 rences in the sensitivity to perturbation in chaotic versus regular, non-chaotic regimes, and present

294 The system exploits correlated chaotic wavepackets, which are mixed in inexpensive and

295 the properties of molecules but rather from chaotic waves excited on the surface of vertically agita

296 , the steady-state helical structure becomes chaotic when the longest characteristic time is that of

297 We hypothesize that following a chaotic wide-cross/new tetraploid period, genes acquire

298 irregular dynamics of EADs is intrinsically chaotic, with random fluctuations playing a nonessential

299 e of aberrant belief processing about a more chaotic world relevant to delusions.

300 ext change probabilities, and that this more chaotic worldview may subsequently gain familiarity and