4 yrs ago, I jumped from AI into Brain-Computer Interface (BCI) research—with almost zero neuroscience experience. Today, I'm at NPTL, one of the world's leading BCI labs, contributing to breakthroughs like restoring speech for people with ALS and developing a robust handwriting

The output of Softmax should be interpreted as "the amount of class-N-iness" the input has, not the input's "probability of belonging to class N". scholarblogs.emory.edu/danziger/2025/…

An argument for embracing the coming wave of neurotechnology: Neural augmentation can enhance and amplify our humanity without threatening our identity. After all, it worked for the Borg. scholarblogs.emory.edu/danziger/2025/…

To help explain to all US communities why #biomedicalengineering is so amazing, Erin Buckley and I are launching a podcast for Coulter BME | Emory & Georgia Tech. Be sure to check it out when we launch. Great interviews with scientists about their work and their lives.

Why would I co-produce a science podcast? I think everyone needs to understand, especially now, how valuable the methods of science are to our world. We hope to show the science skeptical and science curious why biomedical science is so amazing. Blog: scholarblogs.emory.edu/danziger/2025/…

Why is studying human movement so important? Get the convincing story from Neuromechanics Lab is Lena Ting on the next episode. 🦿💃

Hear Lena discuss how we are understanding movement and how it can improve people's lives 🎙️

This is why we do biomedical research. This is is why biomedical research is valuable to every community across the US.

A compelling example of how neuroscience research can help us use the brain's own adaptability to fight disease. This is why biomedical research is so important!