Research Highlights

The Emerging Frontiers in Research and Innovation program offers an opportunity for interdisciplinary teams of researchers to embark on rapidly advancing frontiers of fundamental engineering research.

Researchers recently delved deeper into the impact of early brain development in mice using a unique model that can utilize both external light as well as chemicals to control neurons.

In June 2021, neuroscientists, researchers, collaborators and others convened online to discuss and explore the latest neuroscience research. Several researchers funded by the National Science Foundation’s NeuroNex Program also participated in the meeting.

NSF funds numerous projects and programs to help expand and improve infrastructure, workforce development, and research. These can range from facilitating virtual and in-person meetings that explore ways to integrate research methods from different sub disciplines of biology, to offering funded opportunities to further fundamental research within the biological sciences.

For years, NSF's Next Generation Networks for Neuroscience program, also known as NeuroNex, has worked to help develop new tools and theories to solve the mysteries of the brain. Now, NSF and a group of international partners are working to put those resources in the hands of researchers around the world and create international partnerships to accelerate the next generation of neuroscience.

In a recent article, posted on ConvergenceRI, Christopher Moore, Professor of Neuroscience and Associate Director of the Carney Institute of Brain Science, discusses the value and potential of bioluminescent optogenetics or BL-OG.