Brian DePasquale and Mike Economo Named 2026 Sloan Research Fellows
Prestigious award recognizes the most promising early-career researchers in their fields
Steve Ramirez Featured on Actor Alan Alda’s “Clear + Vivid” Podcast
Experiments with mice have shown it’s possible to tinker with and even erase a memory. The goal for neuroscience now is to apply the science to help people struggling with PTSD and other mentally crippling memories.
Neurophotonics Center Community Featured Across SPIE’s Photonics West 2026 Conference
Last week, SPIE held it’s annual “Photonics West” conference, bringing together researchers and experts across the varying fields of optics and photonics research. With over a hundred conferences, plenary events, and presentations, several Boston University Photonics and Neurophotonics Center faculty––and graduate students––were not only in attendance, but led several key talks.
ENGineer Magazine Fall 2025 is Live!
Memories Change. But Can We Change Them On Purpose?
Neuroscientist Steve Ramirez joins Host Ira Flatow to explain how memory manipulation could revolutionize the way we treat brain disorders. They also discuss Ramirez’s book, How to Change a Memory: One Neuroscientist’s Quest to Alter the Past, and how the sudden death of his friend and scientific collaborator made him rethink the role of memory.
Meryem Yücel Leads a Group of fNIRS Experts to Advance Field Accessibility and Resources
A society of neuroscience experts are creating a dedicated hub of resources for fNIRS research. by Danny Giancioppo Research Associate Professor Meryem Yücel (BME) isn’t just a technical director at the Neurophotonics Center––she’s also a leading expert in the field of functional Near-Infrared Spectroscopy (fNIRS), with a keen interest in community work. While there are […]
NPC Podcast Episode #7 | “How Did We Get Here?”
How Did We Get Here? With the NPC Podcast Team
Meryem Yücel Featured in MedicalXPress Article
Functional near-infrared spectroscopy (fNIRS) is a promising non-invasive neuroimaging technique that works by detecting changes in blood oxygenation linked to neural activity using near-infrared light. Compared to fMRI and various other methods commonly used to study the brain, fNIRS is easier to apply outside of laboratory settings.
The 2025 Neurophotonics Center Annual Report is Live!
NPC Podcast Episode #6 | Stefan Mihalas
Our Noisy Brain with Dr. Stefan Mihalas