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#PhysicsFactlet (fun with Lagrangians) Cylinders with the same mass but different moments of inertia will roll down a flat surface at different accelerations, as they have to "convert" different amounts of potential energy into kinetic energy to achieve a given angular velocity. pic.twitter.com/2KGrfZVcqJ -
#PhysicsFactlet (199) A (continuous) wavelet transform is given by the overlap integral of the signal s with the kernel (wavelet) w, where the kernel is both shifted and stretched, allowing to extract information at different scales. pic.twitter.com/m4GjmXDV6jPrikaži ovu nit -
“Resolving the mystery of the vacuum fine structure constant, α (=1/137)” by
@nafousi https://link.medium.com/E6E7gh3LN3#quantumphysics#PhysicsFactlet -
#PhysicsFactlet (198) Aliasing: If your sampling is not fine enough, the signal you recover can have some very weird shape. Ironically this animation suffer from aliasing, so some dots seem to be moving backwards
pic.twitter.com/qMyYc0UooKPrikaži ovu nit -
#PhysicsFactlet (197) You can create the illusion of movement by sliding a mask over an appropriately prepared image. How-to in the short thread below (1/5) pic.twitter.com/SZVA7hufzbPrikaži ovu nit -
Surprised it took me this long to hear about
#PhysicsFactlet but check it out :) https://twitter.com/j_bertolotti/status/1214918749838594048 …
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I can go first — Mikhail Kats
@mickeykats posts threads with loads of great advice in general Jacopo Bertolotti@j_bertolotti creates beautiful and insightful animations for optics and for his#physicsfactlet seriesPrikaži ovu nit -
By the way, congratulations for you
#PhysicsFactlet ! Which Physics book would you recommend for someone curious but not in the field? And something 'light' about relativity? -
Introducing you
#physicsfactlet by@j_bertolotti of course with SPP!https://twitter.com/j_bertolotti/status/1191365991592275971 …
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#PhysicsFactlet (185) At the interface between a dielectric and a metal, Maxwell equations admit solutions in the form of oscillations along the surface that couple the electric field and the electrons in the metal (surface plasma polaritons). pic.twitter.com/pg42NuTxRDPrikaži ovu nit -
#PhysicsFactlet (184) Any pulse can be thought as the superposition of sinusoidals If all sinusoidals travel at the same speed, the pulse will propagate without changing shape. But if different frequencies travel at different speeds, the pulse will be distorted (dispersion). pic.twitter.com/lBmOAs8PqEPrikaži ovu nit -
I love your
#PhysicsFactlet@j_bertolotti They somehow make me very happy when I read them. Like reconnecting to the reasons I studied Physics in the first place such a long time ago
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#PhysicsFactlet (183) The dynamics of a free rigid sphere can be surprisingly complicated. In fact, beside rotating around an axis, the sphere can also precede (i.e. the axis of rotation is itself rotating) and nutate (i.e. the axis of rotation oscillates back and forth). pic.twitter.com/dn9lUPNV92Prikaži ovu nit -
Hallo you can read it here: Thread by
@j_bertolotti: "Moving all the old Physics factlects to the same hashtag to make easier to find them. As Twitter does not allow me to ed […]"#Physicsfactlet#Photon https://threadreaderapp.com/thread/1026395828263559168.html … Enjoy :)
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Why not creating a section on your website with a collection of all the
#DnD#PhysicsFactlet? Making them a must for all players will definitely get you an invitation to all the shows.

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Let me introduce you the
#PhysicsFactlet by@j_bertolotti. One of the most fun and instructive moments on Twitter for me! This is an example of the interesting factlets you can find. Two coupled nonlinear (wow that's new this week) oscillator sinchronize in anti-fase! Huygens.https://twitter.com/j_bertolotti/status/1143465926584688642 …
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Hey, you must be in that parallel universe too,
@Hunter_R_DuBose. 'Cause you heard and are repeating:#IrelandOwesTheUKNothing You can only repeat something from a parallel universe: if you share it, too.#PhysicsFactlet#bbcqthttps://twitter.com/Hunter_R_DuBose/status/1180127419853918208 … -
"We need to look for patterns to organize our questions." —
@DanielWhiteson#UCIPhysAstro#physicist#PHDcomics#physastro#physicsFactlet#brella#DareToKnow#TEDxSanFrancisco#TEDx#TED#Tedx_official#TEDtalks#Thursdaythoughtspic.twitter.com/j90LIIN5qV
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@DanielWhiteson is also co-author of "We Have No Idea”, a light-hearted look at the open mysteries of the Universe, and co-host of the podcast “Daniel and Jorge Explain the Universe."#UCIPhysAstro#physicist#physicsFactlet#brella#DareToKnow#TEDxSanFrancisco#TEDxpic.twitter.com/yDRjGrfgH0
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@DanielWhiteson has a desire to understand the fundamental nature of our Universe. So naturally, he is a Professor of Physics at@UCIrvine.#UCIPhysAstro#physicist#PHDcomics#physastro#physicsFactlet#DareToKnow#TEDxSanFrancisco#TEDx#TED#Tedx_officialpic.twitter.com/HWPR2fiVwT
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