On Tuesday morning, teacher Marylin Leinenbach worked with student Noah Abdul-Raheem on probability and polynomial problems in preparation for his upcoming math GED test. Abdul-Raheem, who is 16, is ...

Information processing through intrinsic physical processes in materials enables energy-efficient, bioinspired computing ...

For homogeneous chains with N=3, predictions now reveal two distinct points where phase transitions occur, diverging from ...

After an OpenAI model presented a possible solution to the Navier-Stokes problem, mathematicians are speculating about which ...

Post-quantum zero-knowledge proof researcher Xiang Wang published CauchyFold, a lattice folding scheme that proves no construction can transmit less data when compressing multiple post-quantum proof ...

Chuck Brooks, a GovCon Expert, explores how quantum wave architectures, photonics and AI convergence could reshape computing.

To enable more rational optimization of MVA-based vaccines, we developed a mechanistic and executable systems vaccinology framework based on Boolean modeling to capture the dynamics of vaccine-induced ...

AI appears to have opened math research to a cohorts that weren’t typically expected to contribute meaningfully to the field until recently.

Latinized as Alhazen, was a mathematician, astronomer, and physicist of the Islamic Golden Age from Iraq. Referred to as "the father of modern optics", he made significant contributions to the ...

Prediction markets have taken off in popularity, drawing billions of dollars in trades. Some states have tried to ban them.

As artificial intelligence reshapes entry-level careers, colleges must rethink career readiness and give students meaningful work experience before they graduate.

LayerZero introduces Akita, a lattice-based post-quantum commitment scheme cutting proof sizes and boosting speed inside Jolt ...