Harshith Bachimanchi
@harshi_b7
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PhD student @goteborgsuni | University of Gothenburg | Optics, Microscopy, Deep Learning |
Gothenburg, Sweden
Joined December 2014
Glad to share that our article, "Diffusion models for super-resolution microscopy: a tutorial," is now published in @JPhysPhotonics! Check it out: @VolpeResearch
Excited to share our new tutorial on using diffusion models to enhance the resolution of microscopy images!🧬🔬 It covers the key fundamentals with a full, step-by-step code implementation of diffusion models from scratch. Take a look! @VolpeResearch
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Excited to share our new tutorial on using diffusion models to enhance the resolution of microscopy images!🧬🔬 It covers the key fundamentals with a full, step-by-step code implementation of diffusion models from scratch. Take a look! @VolpeResearch
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RT @JoanaBPereira1: Want to apply Deep Learning but don't know where to start? Already familiar but eager to learn more? Our book Deep Lear…
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RT @JPhysPhotonics: Great to be in La Rà pita last week for AIM 24 hosted by Board Member @VolpeResearch 🌞 it was great to have the opportun…
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RT @AndiChallenge: Do you want to learn about the AnDi2 challenge? Join us online for an end-to-end guide on the challenge, the datasets,…
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RT @Naturvetenskap: Bubbeldrivna mikromotorer. Det låter som något från Willy Wonkas chokladfabrik, men är en ny form av vattenrening som u…
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🔬🔧Excited to have contributed to this latest research on micromotors by @rebecaferrer99 & @katheVillag💡In this fantastic collaboration, we used @DeepTrackAI to simulate diverse bubble-propelled micromotors and trained a neural network to accurately track them. @VolpeResearch
Very happy to share our just accepted manuscript in @nanoscale_rsc. Great collaboration with @VolpeResearch @uniofgothenburg on the deep learning tracking of bubble-propelled micromotors for ammonia generation. @ICIQchem
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RT @micromotility: Nice work from Phil Bayly, @DutcherLab and collaborators, using acoustic trapping as an alternative way to confine micro…
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RT @VolpeResearch: A new comprehensive roadmap on #deeplearning for #microscopy exploring the possibilities and challenges of the field w…
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RT @carlomanzo78: 🪄Our latest work just published in @NatMachIntell is ...a kind of #MAGIK!!! (Motion Analysis through #GNN Inductive Knowl…
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RT @VolpeResearch: Get ready to be amazed by the power of #MAGIK! Our new research in @NatMachIntell uncover hidden dynamics in microscop…
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Our work got featured on Swedish national radio yesterday! Listen to the short feature at: @radiosweden @SRvetenskap @VolpeResearch @FysikGU @Sea_and_Society
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@FalkoResearch @NaturePhysics @VolpeResearch @calle_it @FysikGU @UniJena @HHU_de @ChalmersPhysics Impressive! Congratulations Falko!
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RT @FysikGU: Hologram, plankton och artificiell intelligens i ljuv harmoni! Tvärvetenskapligt forskningsprojekt tar fysiken ut till havs 🔬🌊
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Unlike conventional tools, the method allows quantitative assessment of trophic interactions such as feeding and biomass increase throughout the cell cycle, providing unprecedented detail to the life histories of marine microorganisms.
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RT @VolpeResearch: Ever wondered how plankton preys, eats and reproduces? We can now see these processes with unprecedent resolution — and…
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