Varun Kapoor
@kapoorlab.bsky.social
120 followers
84 following
72 posts
Founding President & CEO/CTO of non-profit (Association)
@kapoorlabs.bsky.social 🇫🇷 kapoorlabs.org & Staff ML Engineer at Uni Osnabrück kietzmannlab.org & PhD in Physics 🇩🇪
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Reposted by Varun Kapoor
Reposted by Varun Kapoor
You might have noticed lots of activity in the napari project recently! 🚀 We're grateful for a grant from CZI that's keeping us going, but grants don't last forever: we're trying to figure out sustainable long term funding. Read our blog post to find out how you can help:
napari.org/island-dispa...
napari.org/island-dispa...
You might have noticed lots of activity in the napari project recently! 🚀 We're grateful for a grant from CZI that's keeping us going, but grants don't last forever: we're trying to figure out sustainable long term funding. Read our blog post to find out how you can help:
napari.org/island-dispa...
napari.org/island-dispa...
What you can expect as chapters in my book written in three levels for high school, college and PhD students.
E.g. Making of a chapter: Explaning the birth of quantum mechanics
For high school students just text and mental pictures, for college students math formulas with links to details.
E.g. Making of a chapter: Explaning the birth of quantum mechanics
For high school students just text and mental pictures, for college students math formulas with links to details.
Explaning the birth of quantum mechanics: A simple harmonic oscillator -> energy absorbed, dissipiated -> charged particle as oscillator -> radiation reaction force -> relate field energy to oscillator energy -> propose as classical model of atom -> using principle of maximizing entropy (1/n)
Reposted by Varun Kapoor
napari
@napari.org
· 16d
napari: a fast, interactive viewer for multi-dimensional images in Python
view and explore 2D, 3D, and higher-dimensional arrays on a canvas;, overlay derived data such as points, polygons, segmentations, and more;, annotate and edit derived datasets, using standard data st...
napari.org
Kathleen Lonsdale's notebook used while determining the crystal structure is also rather wonderful - such elegant handwritten calculations.
Explaning the birth of quantum mechanics: A simple harmonic oscillator -> energy absorbed, dissipiated -> charged particle as oscillator -> radiation reaction force -> relate field energy to oscillator energy -> propose as classical model of atom -> using principle of maximizing entropy (1/n)
Reposted by Varun Kapoor