Mingde Du

Postdoctoral Researcher at University of Oxford, UK; Optoelectronics; Optical bio-interfaces; Neural engineering; Flexible electronics

[Mingde Du @Mingde_Du]

Higher-dimensional processing using a photonic tensor core with continuous-time data https://t.co/KmAPJP7qhT

[Mingde Du @Mingde_Du]

Really amazing work! Neuropixels has built up great spatial resolution. So is it possible that part of the “peaks” in neural recordings are results of neural-probe distance change, rather than the transmembrane potential change?

[Nick Steinmetz @SteinmetzNeuro]

Introducing Neuropixels Ultra, a new probe with >10x site density: an implantable voltage camera capturing complete planar images of neurons' electrical fields in vivo! ⬆️ spike sorting yield, ⬆️ detection of small fields and ⬆️ cell type identification.🧵
https://t.co/buk0jURuwY

[Mingde Du @Mingde_Du]

@SteinmetzNeuro Really great work, thank you! 👏 Even if the transmembrane potential distribution is steady along time, the change of neuron-probe distance could induce “peaks” in the neural recordings. So, does this relative distance change attributes to the recorded action potential “peaks”?

[Mingde Du @Mingde_Du]

Reduced rank photonic computing accelerator🎉🎉
#OSA_Optica https://t.co/VR3eakTMVV

[Mingde Du @Mingde_Du]

Self-assembled ultraflexible probes for long-term neural recordings and neuromodulation https://t.co/xgwbQ8QjMW

[Yale University @Yale]

In the university cleanroom, researchers build small, sensitive devices. The technical and scientific experts who run the facility help them along the way. @YaleSEAS #Yale https://t.co/UyKGYTESQu

[Zhipei sun @ZhipeiSun]

Very happy to see our review paper of Moiré photonics and optoelectronics published on @ScienceMagazine! Many thx/congratulations to all authors & all supports! @AaltoResearch @flagshipprein @QTFinland https://t.co/sdmDRih3Oz

[Petri Ala-Laurila @AlaLaurilaLab]

We are recruiting! Our lab @helsinkiuni & @AaltoUniversity has a PhD position immediately available for a project linking retinal circuit function to behavior. This position is part of #Horizon2020 network @enTRAINVision To apply: https://t.co/82aKDKrh9F. #Neuroscience #Finland

[Mingde Du @Mingde_Du]

The fruits of failure https://t.co/9zBzMoNnrr

[Eric Trautmann @EricMTrautmann]

I'm excited to announce our preprint for the Neuropixels 1.0-NHP probe. This represents a large-scale collaborative effort to develop high-density electrodes for neural recording in large animal models like nonhuman primates. https://t.co/z5hv70VZKc

[Mingde Du @Mingde_Du]

Mathematician who solved prime-number riddle claims new breakthrough https://t.co/KyLJflNgC8

[Lisa Fenk @lisafenk]

Paper out!!! #Drosophila has muscles that attach to their retinas, which it uses to move its photoreceptor sheet in ways that resemble vertebrate eye movements @Nature https://t.co/kQYT71OBy3

[Mingde Du @Mingde_Du]

Influence of data sampling methods on the representation of neural spiking activity in vivo https://t.co/WGVdHVZ8iT

[Mingde Du @Mingde_Du]

Awesome work from talented group.🎉🎉🎊🎊

[Zhipei sun @ZhipeiSun]

Great to see that our miniaturized spectrometers with a single tunable junction was published in @ScienceMagazine. Many Thanks to the great team from Finland, uk, China, usa, and Korea. @TawfiqueHasan,@giussabit.https://t.co/1HIXz7GVN8

[Aalto Techsperts @AaltoTechsperts]

Researchers replaced conventional hardware with AI to come up with a high-powered spectrometer that is just one tiny chip💡#Photonics @ZhipeiSun
https://t.co/y4Q1PVjUcQ

[Andreas Wallraff @AndreasAtETH]

This is a good one!

[Thomas Oxley @tomoxl]

Every day a little closer to reality

“This surgery was special because of its implications and huge potential,” says Dr. Shahram Majidi, @MajidiShahram the neurointerventional surgeon who performed the procedure at @MountSinaiNYC Mount Sinai West https://t.co/xa5cnSS8F5

[Chemical Reviews @ACSChemRev]

In the current #electrochemistry Special Issue "Understanding the Electric Double-Layer Structure, Capacitance, and Charging Dynamics" by Jianzhong Wu

https://t.co/LSRQwj2YES

[Mingde Du @Mingde_Du]

Dynamic brain tissue and static probe🎉🎉
“High-density single-unit human cortical recordings using the Neuropixels probe” https://t.co/RJaoMUgESI

[Aalto Techsperts @AaltoTechsperts]

Congratulations @ZhipeiSun for the Proof of Concept @ERC_Research grant. Prof Sun is leading one of the potential frontier research projects and aims to promote the photonic applications of the atomic layer deposition technology. https://t.co/g2fIsnZ4yS