Quantum Cournot Duopoly Model Reveals Chaos When Entanglement Rises
Researchers extended the LDM quantum Cournot duopoly framework to two-product competition, finding that high entanglement or fast output adjustment triggers ...
Researchers extended the LDM quantum Cournot duopoly framework to two-product competition, finding that high entanglement or fast output adjustment triggers ...
A systematic review of 20 studies finds chaos theory applied across cardiology, neurology and oncology, but with wide heterogeneity and ...
A new numerical study validates that a six-dimensional series-connected memcapacitor system sustains bounded deterministic chaos with a single robust positive ...
A new theoretical paper proposes that particle-like mass can emerge from nonlinear self-interactions of a single gauge field, without a ...
A newly published conceptual paper proposes the Pendular Regulation Model, a transdiagnostic framework that frames psychopathology as either over-rigid or ...
A new neural architecture converts the classical Volterra series into learnable coefficient tensors, recovering known chaotic dynamics, matching transformer physics, ...
A nonlinear numerical model shows that internal and external flows can couple the first and second bending modes of a ...
A controlled-breathing study shows that inhale-holds and exhale-holds push cortical activity and heart rate into distinct dynamical regimes, revealing respiration ...
New research shows that the complexity of ankle force production and walking patterns co-vary in older adults but not in ...
Researchers have built a tri-beam MEMS resonator with ultra-weak substrate-mediated coupling whose nonlinear frequency locking, triggered by gas-induced thermal shifts, ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine