The University of Missouri will help lead a national effort combining AI, computing and biology to advance synthetic cell ...

The global transition toward low-carbon energy systems has accelerated the development of sustainable hydrogen technologies as a promising pathway for ...

High-throughput technologies are currently flooding life sciences with massive, highly complex multi-omics and biological ...

A biophysical model is a simulation of a biological system using mathematical formalizations of the physical properties of that system. Such models can be used to predict the influence of biological ...

This review examines how microscopy and computational analysis can identify defects in self-assembled nanosphere structures ...

Artificial intelligence (AI) is transforming how atmospheric composition and chemical processes are observed, interpreted, and modeled. The complexity of atmospheric chemistry—shaped by nonlinear ...

Over the past few decades, rapid progress in both tissue engineering and regenerative medicine has revolutionized approaches to tissue regeneration and ...

Crucially, the framework demonstrates that brain computation requires only about 1.26 times the Landauer limit, operating at ...

Leaders should understand open and closed weight models, rather than defaulting to the most expensive option out of habit ...

James McDonagh discusses how AI and machine learning are transforming drug discovery and safety assessment, enhancing ...

Proposed RPM changes will require direct employee monitoring and may reduce payments, affecting care models improving patient outcomes under Medicare.

FMI researchers and their collaborators have shown how regenerating intestinal tissue turns small initial differences between ...