BuzzingRoomOct 3

KeiyaA // #KeiyaA //

take it
[album hooke’s law, out October 31,2025]

//via // #XLRecordings //

#buzzingroom #music #bandcamp #KeiyaA #HookesLaw #TakeIt

link bandcamp: https://keiyaa.bandcamp.com/track/take-it

take it, by keiyaA

from the album hooke’s law

keiyaA
BuzzingRoomOct 3

KeiyaA // #KeiyaA //

stupid prizes
[album hooke’s law, out October 31,2025]

//via // #XLRecordings //

#buzzingroom #music #bandcamp #KeiyaA #HookesLaw #StupidPrizes

link bandcamp: https://keiyaa.bandcamp.com/track/stupid-prizes-1

stupid prizes, by keiyaA

from the album hooke’s law

keiyaA
Risto A. PajuSep 30

Another blow-up view of the Apollonian spheres, now dropping on a concave surface to gather all the jetsam together. This is what I had in mind when writing the first drop demo, and the model just needed a bit of refinement for the differently sized balls: properly scaled masses and elastic factors, as well as proper handling of these quantities in each pair collision.

As a recovering science teacher, it's fun to see such physics in action: a simple, linear elastic force is all it takes to keep each body in its place. Well, at least approximately; I've included a basic drag term to help things settle, but it seems it would take a while, as the tiniest balls are easily thrown around by the larger masses.

#apollonianspheres #apolloniangasket #particlesimulation #elasticcollision #hookeslaw #3dgraphics #pythoncode #numpy #opengl #algorithmicart #algorist #mathart #laskutaide #ittaide #kuavataide #iterati

Risto A. PajuSep 28

New demo just dropped! Testing a basic elastic model with blocks of FCC, BCC and diamond lattice.

#particlesimulation #elasticcollision #hookeslaw #bodycenteredcubic #facecenteredcubic #diamondlattice #lattice #crystalstructure #3dgraphics #pythoncode #numpy #opengl

PhET SimsSep 6, 2025
How does a mass-spring system change throughout its oscillation? Explore real-time energy graphs with the PhET Masses and Springs simulation to discover the relationship between mass, gravity, spring constant, length, and the period of oscillation.  #HookesLaw #iTeachPhysics https://phet.colorado.edu/en/simulations/masses-and-springs
PhET SimsFeb 18, 2025
Which variables affect the period of an oscillating spring? With Masses and Springs: Basics, Students will play with one or two mass-spring systems and discover the relationship between the mass, spring constant, and displacement. #HookesLaw #iTeachPhysics #physics
https://phet.colorado.edu/en/simulations/masses-and-springs-basics/
Masses and Springs: Basics

Hang masses from springs and discover how they stretch and oscillate. Compare two mass-spring systems, and experiment with spring constant. Transport the lab to different planets, slow down time, and observe the velocity and acceleration throughout the oscillation.

PhET
PhET SimsDec 20, 2024
Explore how the applied force, displacement, and spring constant affect the potential energy stored in a spring. #HookesLaw #physics
https://phet.colorado.edu/en/simulations/hookes-law/
Hooke's Law

Stretch and compress springs to explore the relationships between force, spring constant, displacement, and potential energy! Investigate what happens when two springs are connected in series and parallel.

PhET
ESASep 11, 2018
#FAQ: "How do you 'weigh' yourself in space if you are 'weightless'? @Astro_Alex answers, "By bouncing on a spring. When we bounce ourselves at the end of a spring-loaded rod, the time it takes for one bounce tells us our exact body mass (not 'weight')." #HookesLaw https://twitter.com/esa/status/1039393361767985153/photo/1 source: https://twitter.com/esa/status/1039393361767985153
ESA on Twitter

“#FAQ: "How do you 'weigh' yourself in space if you are 'weightless'? @Astro_Alex answers, "By bouncing on a spring. When we bounce ourselves at the end of a spring-loaded rod, the time it takes for one bounce tells us our exact body mass (not 'weight')." #HookesLaw”

Twitter