Science & Technology

WashU researchers are working on ways to use machine learning to not just make predictions about potential chemical compounds but also to model out the synthesis of those materials.

Scheduled to launch Aug. 30, scientists will use Roman to settle essential questions in the areas of dark energy, exoplanets and astrophysics. WashU plays a key role in four new projects.

With a CAREER Award from the National Science Foundation, WashU’s Umar Iqbal proposes to redesign the web with infrastructures that will allow AI agents to reliably use it.

Biologist Keith Hengen, in WashU Arts & Sciences, is applying lessons from the brain to next-generation quantum sensors through a U.S. Department of Energy-funded project.

New research from the lab of WashU McKelvey Engineering’s Srikanth Singamaneni shows the early success of a microneedle patch that can be applied on the skin to capture biomarkers of kidney injury. It may one day support home or point-of-care monitoring.

Advances in medical imaging and artificial intelligence have revolutionized many aspects of medical practice, but it can be hard to know if a given measurement tool works as intended. A technique developed by WashU researchers can be used to assess the reliability of quantitative imaging tools.

McKelvey Engineering researchers, led by James Friend, have developed a device that uses sound waves to pump fluid through porous materials. Such a device could have uses from fuel cells to delivering drugs efficiently.

Thomas Kannampallil, a professor of anesthesiology at WashU Medicine, is recognized for his expertise in AI-based technology designed to improve healthcare.

As the fall semester approaches, WashU’s AI initiative is driving academic innovation across schools and disciplines.

Research from Amit Pathak’s lab at WashU McKelvey Engineering shows how cells can sense even the smallest defects, or micro-injuries — work that could help develop treatments for wound healing and cancer.