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Every paper Pith has read. Search by title, abstract, or pith.
225 papers in nlin.CD · page 2
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Low-rank damping prevents LLM mode collapse at 0.8 nats/step
Escaping Mode Collapse in LLM Generation via Geometric Regulation
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Elliptical addition reduces chaos threshold for oval billiards
Critical parameters of an oval billiard with an elliptical component
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Amazon rainforest may already exceed safe warming and deforestation limits
Quantifying the safe operating space for the Amazon rainforest under climate change and deforestation
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Time delay in gravity response drives root oscillations
Delayed control driven oscillations in plant roots
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Astrocytes generalize Arnold tongues as star regions in parameter planes
Astrocytes: Arnol'd Tongues Generalization in Dynamical Systems' Parameter Plane
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One machine reconstructs bifurcation diagrams for two chaotic systems
Inferring bifurcation diagrams of two distinct chaotic systems by a single machine
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Cluster model predicts flow dynamics at new control values
Control-oriented cluster-based reduced-order modelling
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Negative average power sustains resonance via fractional memory
Transmitted and Storage-Dominated Resonance in Fractionally Damped Unidirectionally Coupled Duffing Oscillators
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Bohmian trajectories turn chaotic in 1D bistable wells
Bohmian Trajectories in a Bistable Potential Well
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LAVD maxima plus contraction tests locate rotating contracting structures
Lagrangian Rotating Contracting Structures
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Quantum spins diverge from classical in dipolar free induction decay
Quantum vs. Classical Spin: A Comparative Study of Dipolar Spin Dynamics and the Onset of Chaos
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This paper examines how temperature and environmental dissipation affect energy storage…
Impact of thermal and dissipative effects in a periodically-kicked quantum battery
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Regression estimates resilience in non-stationary systems
Estimating the Resilience of Non-Stationary Systems
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Score identity calibrates reduced stochastic models from lagged pairs
Conditional Score-Based Modeling of Effective Langevin Dynamics
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FTLE distributions match original chaos inside trained reservoirs
Finite-time Lyaponov analysis of a trained reservoir computer
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Maxwell-Bloch equations derived for stadium chaotic lasers
Chaotic Billiard Lasers
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Physics-informed U-Net cuts fluid interpolation error by over 80 percent
Physics-Informed Temporal U-Net for High-Fidelity Fluid Interpolation
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Wildfire vortex held material coherence 60 days via overlapping loops
Material coherence and life cycle of a wildfire-generated stratospheric vortex
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Driven pendulum shows long-period swings where stability analysis predicts calm
Non-Floquet oscillations of a parametrically driven rigid planar pendulum
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Bounded noise turns regular neuron firing into irregular bursts
Noise-accelerated Kramers Escape and Coherence Resonance in a 5D Neural Manifold
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Force field in MLC circuit triggers extreme events via attractor expansion
Extreme events in MLC circuit
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Neural surrogates cannot recover lost multiscale details
Predictivity and Utility of Neural Surrogates of Multiscale PDEs
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Feedback controls kicked top dynamics across all regimes
Measurement and feedback-driven adaptive dynamics in the classical and quantum kicked top
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Birkhoff sums on slow billiards follow stable laws from tails or mixing
Stable laws for heavy-tailed observables on polynomially mixing billiards
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Recurrence plots flag backtracking paths on networks
Node-weighted recurrence analysis for path dynamics on networks
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Correlation loss enables 15-day ocean forecasts from ML emulator
Skillful Global Ocean Emulation and the Role of Correlation-Aware Loss
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Quantum chaos arises as operators cascade to fractal non-locality
Quantum many-body operator cascade as a route to chaos
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Analog circuit maps full bifurcation landscape of Duffing-Holmes
From order to chaos: Bifurcations and parameter space organization in an analog Duffing-Holmes circuit
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MAD flows yield higher fractal dimensions than SANE in black hole simulations
Possible fractal nature of accretion flows in MAD and SANE simulations: Implications to GRS 1915+105
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Coupled chaotic engines reduce to single units via series and parallel rules
The thermodynamic efficiency of coupled chaotic dissipative structures
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Coupled chaotic engines reduce to single engines with defined efficiency
The thermodynamic efficiency of coupled chaotic dissipative structures
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Chaos shrinks the effective Rashomon set exponentially with lead time
Horizon-Constrained Rashomon Sets for Chaotic Forecasting
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One fixed Ising model hosts integrable to chaotic dynamics by symmetry
Integrable, Mixed, and Chaotic Dynamics in a Single All-to-All Ising Spin Model
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Chaotic maps raise CNN accuracy up to 9% with limited data
Chaotic CNN for Limited Data Image Classification
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Duality extracts classical orbits from many-body quantum spectra
The role of classical periodic orbits in quantum many-body systems
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MA integrals estimate secondary resonance widths without normalization
Melnikov-Arnold integrals and optimal normal forms
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Symmetries split rotor dynamics into three regimes
Dynamics of wavepackets and entanglement in many-body kicked rotors under quantum resonance
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Biomimetic scales produce chaotic bending vibrations at low amplitudes
Chaotic Flexural Vibrations in Biomimetic Scale Substrates
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Trajectory sums calculate quantum transport moments
Semiclassical theory of transport
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Neutrino billiards model relativistic quantum chaos
Relativistic Quantum Chaos in Neutrino Billiards
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Hamiltonian chaos topics support quantum semiclassics
Hamiltonian Chaos
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Chaos enhances tunneling only via resonance assistance
Chaos and Quantum Tunneling
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Lyapunov vector cascade yields perfect predictors for extreme events
Precursors of extreme events and critical transitions
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Ensemble spread uncovers chaos features in lattices
Data-driven characterization of spatiotemporal chaos using ensemble reservoir computing
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Many-body semiclassics explains quantum chaos and scrambling
Quantum chaos in many-body systems of indistinguishable particles
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Phase-space ray tracing accounts for quantum chaos in small cavities
Quantum Chaos in Phase Space
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Three quantities act as quantum stand-ins for classical Lyapunov exponents
Quantum analogues of exponential sensitivity: from Loschmidt echo to Krylov complexity
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Chaos shapes quantum transport from single particles to many-body systems
Chaotic Dynamics and Quantum Transport
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Scrambling rate equals sum over orbits on saddle manifold
A Periodic Orbit Trace Formula for Quantum Scrambling: The Role of the Normally Hyperbolic Invariant Manifold
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Quantum kicked top links classical chaos to quantum spectra
Quantum Kicked Top: A Paradigmatic Model