May 24
Lil Freax [1031 - 1042]
seen from Iraq
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seen from Iraq
seen from Russia
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Lil Freax [1031 - 1042]
Y’all voted and I’m happy to debut the result! Here’s a little preview (that I screen-recorded from my Insta Reels because if there’s a better way to lift that video, I’m 30 and don’t know it) of my new song that YOU chose, “Charm Quark”!
It’ll be available wherever you get music on Oct 20
Special Thanks to Liz Donehue (@/whatsnewdonehue on Insta) for the incredible artwork on this track, and thanks to Hank Green and @scishow for teaching me about Charm Quarks (and Disaster Taxons, which is another song title on this album!)
Charm Kitty! The charm quark is 1.27 GeV, with a charge of 2/3 e. Occasionally, a charm quark can be found inside of protons, despite being a much heavier particle! This is a technician form and comes with a quark/gluon gun. Typically, you are not able to isolate a color charge, but the weapon allows for the creation of light construct particles!
Who put that there???
The NNPDF Collaboration. Evidence for intrinsic charm quarks in the proton. Nature 608, 483–487 (2022).
Ty to @rebeccaistrans for sending me this :)
Yury Ermolenko, "QUANTUM FIELD (Charm Quark)", ("IN SEARCH OF DARK ENERGY" project), 2016, structural fabric, acrylic and fluorescent acrylic, 144 cm. X 50 meters. Facevinyl Gallery (special project), Vyšehrad, Prague, Czech Republic. Юрий Ермоленко, "КВАНТОВОЕ ПОЛЕ" (C-Кварк)", (проект "В ПОИСКАХ ТЕМНОЙ ЭНЕРГИИ"), 2016, структурная ткань, акриловая и флуоресцентная акриловая краска, 144 см. X 50 метров. Галерея "Facevinyl" (специальный проект), Вышеград, Прага, Чешская республика.
What did one duck with a mass of 95 MeV/c^2 say to a duck with a mass of 1.29 GeV/c^2 ?
“Quark!”
New Exotic Particle Could Help Explain What Holds Matter Together
A new exotic particle has been hiding out amidst the gobs of data collected by the world's largest atom smasher, physicists have discovered. The new particle, called Ds3*, is a meson — a type of unstable particle made of one quark and one antiquark. They're held together by the strong interaction, or strong force, that is one of the four fundamental forces in nature. To find the new particle, Tim Gershon, a professor of physics at the University of Warwick in the United Kingdom, and his team used the Dalitz plot analysis. http://dlvr.it/7PHMS0