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 delayed host–parasitoid model of pine wilt disease shows that energy-conversion and memory delays jointly drive spatial patterns and chaos-like ...
A new theoretical study shows that particle motion near a traversable wormhole throat becomes chaotic at high energies while retaining ...
A new numerical study validates that a six-dimensional series-connected memcapacitor system sustains bounded deterministic chaos with a single robust positive ...
A new study shows that Dale's principle and modular connectivity boost the computational performance of recurrent neural networks, while Hopfield-style ...
Researchers applied a new auxiliary equation method with conformable fractional derivatives to the time-fractional SRLW equation, deriving bell-shaped, anti-bell, kink, ...
A mathematical model of 10 interacting nephrons reveals that all operate in weakly chaotic states, with electrical signaling through the ...
Researchers at the CUNY Advanced Science Research Center have shown that waves inside irregularly shaped cavities made of hyperbolic materials ...
A decade of satellite observations shows that shoreline–sandbar systems follow deterministic but chaotic dynamics, explaining why beaches resist long-term prediction.
A new study shows that the minimum ensemble size for accurate ensemble Kalman filtering of chaotic dynamics equals the number ...
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© 2025 Scienmag - Science Magazine