2261–2280
The approach reproduced several signals in a six-site hard-core boson ring, but its dipole-correlation calculation remained non-exact and realistic atomic and molecular systems were not tested.
A higher-derivative regularizer removes the oscillations in the reported calculation, but the result has not been tested beyond the model’s Local Potential Approximation.
A classical model finds field-following rotation at low frequencies and two different high-frequency scaling laws, but offers no new experiment.
Three-dimensional electron imaging found more interstitial oxygen where neighboring copper atoms were farther apart, but the result is an association and alternative defect structures remain unresolved.
An analysis found documentation was nearly as likely to be produced as consulted, while code changes usually came first.
The 22-nm design reports 7.34-millisecond processing and bit-true agreement with its software model, but its power figures are simulated and patient-level validation is still ahead.
Direct Qwen-Plus scheduling produced no feasible plan in 20 trials; storage rules rejected every violation, while delegated solver calls returned the correct result in 10 of 10.
In a 1,050-case stress test, every evaluated memory strategy trailed a no-memory baseline; a prompt-based safeguard improved scores in some settings.
A benchmark of 10 language models found stronger results on explicit defined-term problems than on errors involving parties and capitalization.
The theorem-driven study links bounded and compact embeddings to dyadic and semidefinite capacities, then applies the criteria to Volterra and multiplication operators.
RoMAN-Flow combines likelihood-based offline reinforcement learning with one-step distillation and was tested on simulation benchmarks and four real-world manipulation tasks.
JFSnet posts benchmark results for images and video, but its performance on real paired footage and unfamiliar lenses remains untested.
A theoretical argument says a narrow relaxation of curvature bounds still leaves the standard sphere as a volume ceiling, while the allowable threshold remains unspecified.
A theorem for one-parameter lattice Hamiltonians places at least one transition inside a calculable interval under specific assumptions, while leaving its order and total number open.
In a one-seed comparison, the 160-million-parameter model reached 1.76 times the throughput of a matched all-attention twin at 2,048 tokens, while downstream scores were essentially tied.
A theorem gives uniform bounds for hyperplane families and extends to certain bounded-degree divisors, but only under strict growth and geometric conditions.
A mathematical construction shows that the best dimension-dependent factor approaches √e as the number of dimensions grows.
In a controlled simulation, a partial-order method matched all 1,000 evaluation traces at nine executions; sequential discovery did so only around 24.
The best model scored 99.64% balanced accuracy against 17 known generators, while its built-in feature rankings broadly tracked SHAP; unseen sources were not tested.
In one illustrative MIMO model, optimized waveforms matched a target pattern more closely than the starting set, but the work has not been validated with hardware or field measurements.