GPU-native jaxon simulator accelerates peripheral nerve modeling
A new open-source simulator called jaxon uses GPU-native differentiable computing to accelerate peripheral nerve fiber modeling and enable population-scale optimization.
A new open-source simulator called jaxon uses GPU-native differentiable computing to accelerate peripheral nerve fiber modeling and enable population-scale optimization.
A patient-specific AI-powered biophysical model predicted radiofrequency ablation volumes in hepatocellular carcinoma with a median relative volume difference of 0.39, ...
A prospective study found that time-dependent diffusion MRI microstructural parameters distinguished mismatch repair deficient from proficient endometrial cancer with an ...
A comparative analysis across six species found that anesthesia shortens intrinsic neural timescales and weakens inter-regional synchrony, while thalamic stimulation ...
An integrative study combining physiology, distribution modeling, and biophysical simulations projects that the nocturnal Cerrado gecko Gymnodactylus amarali will lose ...
Researchers have built and validated a new general-purpose biophysical model of hippocampal CA1 pyramidal neurons that captures a wide range ...
New biophysical simulations of Florida's Coral Reef show that the ocean currents which connect restored coral populations also transmit stony ...
A new study shows that a small deep neural network trained on simulations of a classic biophysical model can accurately ...
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© 2025 Scienmag - Science Magazine