Alex Matlock, Ph.D. 🏳️🌈
@CislMatlock
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Postdoctoral Associate in Peter So's lab at MIT. interests in computational imaging and deep learning applied to the biomedical sciences
Boston, MA
Joined June 2020
Hey All! I had to remake my scholar profile recently from a new email, and I am unsure if notifications about my publications will still be sent to anyone who previously followed me. Here is my new profile link if you need to re-follow:
scholar.google.com
Massachusetts Institute of Technology - Cited by 702 - Computational Imaging - Tomography - Quantitative Phase Imaging - Sickle Cell Anemia
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Happy to share the So group's recent Raman spectroscopy work! Using a novel fiber probe with horizontally shifted fibers and deconvolution, we recover Raman spectra on multiple tissue types with enhanced photon detection limits for high throughput Raman
pubs.acs.org
Optical fiber probe-based Raman spectroscopy systems are widely used for in situ measurements ranging from material characterization to biomedical applications. However, small Raman cross sections...
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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.
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Congratulations to Hao Wang for winning the Best Student Paper Award in @OpticaWorldwide Imaging Congress for his work on “wide-field, high-resolution reflection-mode Fourier ptychographic microscopy”. @BUCollegeofENG @BU_ece
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Nine multidisciplinary teams with novel ideas to advance fundamental imaging science will receive a combined $1 million from RCSA, @cziscience, the Frederick Gardner Cottrell Foundation & Walder Foundation in the 3rd year of #Scialog: Advancing BioImaging. https://t.co/JSuFRvkul8
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Join us this weekend for the hybrid meeting "Phase4Life" featuring prominent speakers on holotomography, optical neural networks, X-ray phase retrieval, nanoscopy, & more. Register@ https://t.co/DQp5Psg0A1. (Present a poster to win a travel award to see Nothern Lights in Norway!)
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Excited to share Joe's work on Extended depth-of-field miniscope that integrates diffractive optics with GRIN lens for EDOF imaging in scattering tissue. https://t.co/5KryhvebHk
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Happy to share @alido_jeffrey's work on developing a scattering simulator-trained neural network for single-shot 3D fluorescence imaging from lightfield measurement. https://t.co/8cD2sA3zHG
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Happy to share @CislMatlock's work on deep learning for intensity diffraction tomography. Applying a multiple-scattering simulator-based learning strategy trained on natural images, IDTnet can robustly reconstruct complex 3D biological samples. https://t.co/mt7kpJiGN5
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Well, not a module, but an application. You can use the @openuc2 blocks to build a plate imager for your Petri dishes using a smartphone. Bonus: Use an LED ring to enhance contrast while scanning individual LEDs 🙃
Ok, here's another modified #3Dprinted optics module: A mirror mount with heat insert fixture. #OpenHardware
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Happy to share a new chemical 3D computational imaging technique. A multi-year collaboration with Ji-Xin Cheng group led by Jian Zhao and @CislMatlock. @BU_ece @BUCollegeofENG
nature.com
Nature Communications - The authors introduce Bond-selective Intensity Diffraction Tomography, a computational mid-infrared photothermal microscopy technique based on a standard bright-field...
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Excited to see this coming out! An amazing collaboration led by @ukmlv. Congrats to the team.
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So, as I understand the Supreme Court, the government can arrest and jail you without Miranda rights, execute you even if your lawyer screws up, force you to have a baby, and use tax dollars to support religion. But it can't protect your right to vote or keep you safe from guns.
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An exciting collaboration with Ji-Xin Cheng lab, making intensity diffraction tomography with chemically specific information using pump-and-probe photothermal principle.
Bond-Selective Intensity Diffraction Tomography. (arXiv:2203.13630v1 [physics.optics]) (relevance: 61%) https://t.co/nEVm0WPqc8
#biophotonics #biomedicaloptics
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Congratulations to Dr. Xue @xue_yujia! His work on Computational Miniature Mesoscope will always be one of my proudest!
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🎉Charlie Saunders @BU_ece @BUCollegeofENG @CISE_BU just named first place in the @APSphysics 2021 CLEO Student Poster Conference for “Edge-resolved transient imaging.” Congratulations! See https://t.co/1EVRVGweX1 More exciting after a random delay. Make this a common policy? 🤣
nature.com
Nature Communications - Non-line-of-sight imaging is typically limited by loss of directional information due to diffuse reflections scattering light in all directions. Here, the authors see around...
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Very exciting collaborative work on In vivo two-photon voltage imaging at high-speed across a larger neuronal populations with @ChenLabNeuro @jbpierce_lab @platisajelena.
High-Speed Low-Light In Vivo Two-Photon Voltage Imaging of Large Neuronal Populations https://t.co/2EbRqGpQXz Announcing a new preprint from the lab in collaboration with @jbpierce_lab @platisajelena @LeiTian14 1/n
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Physical dissertations may mostly be fancy dust collectors in the digital age, but it is nice having a print copy of your work
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I'm honored to contribute to this Roadmap on Digital Holography with many pioneers in the field. @OpticaWorldwide @OpticaPubsGroup
https://t.co/d1tLeWIndY
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