Ph.D. Student and Royster fellow @UNCRoysters. Co-advised by @NicoPegard and @JoseRodRoma. I use optics and computation to develop brain-machine interfaces.
Using light as a neural network, as this viral video depicts, is actually closer than you think. In 5-10yrs, we could have matrix multiplications in constant time O(1) with 95% less energy. This is the next era of Moore's Law.
Let's talk about Silicon Photonics...
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@SLBconference@UNC_Optics Interested in using optical technology to probe physiological arousal? Come check out my poster at #SfN2022 on Biometric Ocular Photometry (BOP)!
https://t.co/IJ49Ntetwf
New work from the research group of @UNC_Optics and @JoseRodRoma
Do you want to use a DMD to modulate light in your setup without spending 10+k$ on a custom devlopment board? My (amazing) students @Mariamag0614@VinceRCurtis and @e_11_ie made this video to show you how to isolate the chip in a <$200 videoprojector ! https://t.co/rnsOJXKkyP
@NicoPegard @SLBconference Thanks @NicoPegard! It was an honor to speak and learn from such a fantastic group of scientists. For anyone who came to the @SLBconference, feel free to reach out if you have any questions!
As we prepare for SLB 2022, our team is proud to present a series of short videos with science updates from our SLB community ! #SLBOnlineSeries21 https://t.co/kfgXXQoeJ6
10- This work has been made possible with funding from @BWFUND, @UNCRoysters, and the work of @aps_unc scientists @NickCaira, Jiayi Xu, @sata_asha, and @NicoPegard.
1- Our newest paper is out! We have developed a new holographic technique to render high-quality 3D images for the next generation of light sculpting technology.
9- DCGH enables new light sculpting capabilities and is perfectly suited for microscopy and virtual display applications. Our paper can be found here: https://t.co/WINGEHKXdB and our code here: https://t.co/GgynMQshvK