Lei Tian (@leitian14) 's Twitter Profile
Lei Tian

@leitian14

Assoc. Prof. @BU_ece. Ex. MIT, UC Berkeley, Tsinghua U. working on computational imaging.

ID: 1012115521024774144

linkhttp://sites.bu.edu/tianlab/ calendar_today27-06-2018 23:28:39

646 Tweet

2,2K Followers

3,3K Following

sylvain Gigan (@sylvaingigan) 's Twitter Profile Photo

Registrations are now open for the "Image Science" Gordon Research Conference (and accompanying Gordon research seminar) in June 2024. grc.org/image-science-… *Apply now!* amazing program and opportunity to interact with peers and top-notch speakers in a beautiful environment!

Registrations are now open for the "Image Science" Gordon Research Conference (and accompanying Gordon research seminar) in June 2024.

grc.org/image-science-…

*Apply now!* amazing program and opportunity to interact with peers and top-notch speakers in a beautiful environment!
BU_Neurophotonics (@bu_npc) 's Twitter Profile Photo

Lei Tian's Computational Imaging Systems group has been leading the charge in calculating new ways to see molecules, cells, and life in action, as featured in Katherine J. McAlpine's latest article for the Photonics Center! Check out the article here: bu.edu/photonics/2023…

<a href="/LeiTian14/">Lei Tian</a>'s Computational Imaging Systems group has been leading the charge in calculating new ways to see molecules, cells, and life in action, as featured in Katherine J. McAlpine's latest article for the Photonics Center!

Check out the article here: bu.edu/photonics/2023…
Lei Tian (@leitian14) 's Twitter Profile Photo

Help us spread the words about Photonics Undergraduate Research Summer Experience (PURSuE) program at Boston University -- a 10-week REU program (6/2/24 – 8/10/24) for students who are interested in pursuing doctoral research related to photonics. bu.edu/photonics/appl…

Lei Tian (@leitian14) 's Twitter Profile Photo

Hao’s work "NeuPh: a scalable, robust, and generalizable neural phase retrieval method". By integrating a coordinate-based training strategy, NeuPh enables continuous-domain, resolution-enhanced phase reconstruction with improved scalability and accuracy. doi.org/10.1117/1.APN.…

Hao’s work "NeuPh: a scalable, robust, and generalizable neural phase retrieval method". By integrating a coordinate-based training strategy, NeuPh enables continuous-domain, resolution-enhanced phase reconstruction with improved scalability and accuracy.
doi.org/10.1117/1.APN.…
Lei Tian (@leitian14) 's Twitter Profile Photo

Chang's work on self-supervised denoising with decoupled spatiotemporal enhancement for low-photon voltage imaging. doi.org/10.1117/1.NPh.…

Chang's work on self-supervised denoising with decoupled spatiotemporal enhancement for low-photon voltage imaging. 
doi.org/10.1117/1.NPh.…
Lei Tian (@leitian14) 's Twitter Profile Photo

Tongyu's work on reflection-mode intensity diffraction tomography for imaging scattering samples on a reflective substrate, with a modified Born series model incorporating Bloch and PEC boundary conditions, and adjoint method for solving inverse problem. arxiv.org/abs/2411.04369

Tongyu's work on reflection-mode intensity diffraction tomography for imaging scattering samples on a reflective substrate,  with a modified Born series model incorporating Bloch and PEC boundary conditions, and adjoint method for solving inverse problem.
arxiv.org/abs/2411.04369
BU Dept. of Electrical & Computer Engineering (@bu_ece) 's Twitter Profile Photo

Computational imaging pioneer Professor Lei Tian and ultrafast optics trailblazer Professor Michelle Sander have both been elected to Optica's 2025 class of Fellows: bu.edu/eng/2025/02/03…

Computational imaging pioneer Professor <a href="/LeiTian14/">Lei Tian</a> and ultrafast optics trailblazer Professor Michelle Sander have both been elected to <a href="/OpticaWorldwide/">Optica</a>'s 2025 class of Fellows: bu.edu/eng/2025/02/03…
Lei Tian (@leitian14) 's Twitter Profile Photo

Excited to share our multi-team effort, with collaborators in BU_Neurophotonics, Boston University CTE Center, and MGH Martinos Center, on enhanced multiscale human brain imaging using semi-supervised digital staining and serial-sectioning optical coherence tomography, is finally out! nature.com/articles/s4137…

#ICCP2025 (@iccp_conference) 's Twitter Profile Photo

In addition to our keynotes, we have an EXCITING lineup of invited talks featuring top experts in the computational imaging world!

In addition to our keynotes, we have an EXCITING lineup of invited talks featuring top experts in the computational imaging world!