There’s been a decades-long debate about how the brain processes information. Two main theories exist: One states that the brain encodes information based on the rate of neural spikes; the other focuses on the precise timing of the spikes. While there’s increasing experimental evidence that points to the second theory, a mathematical approach has been lacking until now.

Recently, researchers with the NeuroNex project, C3NS discussed the value of transatlantic research and collaboration at the German Embassy in both New York and Washington, DC.

Gravity, Elasticity, Viscosity, and Inertia play a key role in understanding muscle activity.

Researchers have discovered yet another remarkable feature in the ever-complex brain: its ability to extrapolate information from an individual action and forecast subsequent related actions—essentially predicting the immediate future.

The NSF Convergence Accelerator has issued a new funding opportunity for three new research track topics: Equitable Water Solutions, Real-World Chemical Sensing Applications, and Bio-Inspired Design Innovations. Researchers and innovators have two submission pathways to submit their proposals: Solicitation, NSF-23-590, and Broad Agency Announcement (BAA), NSFBAA-CA23-01.

Scientists have created the first detailed wiring diagram of an insect brain. The brain, from a fruit fly larva, contained 3016 neurons connected by 548,000 synapses, the team reported Thursday in the journal Science.

NeuroNex researchers are making valuable contributions to the field of neuroscience; they recently presented some of their ongoing research at the 4th NeuroNex Investigator Meeting.

The National Institutes of Health has awarded a prestigious research grant to Central Michigan University doctoral student, Emmanuel Crespo.

Sensorium 2022 will help develop baseline models and establish standardized benchmarks in neural research.