A beautiful solution of the gravitational 4-body problem. But keep watching, because it's not stable!https://twitter.com/simon_tardivel/status/1215728659010670594 …
-
-
i’m not sure which is more surprising: that this is stable or that the other one suddenly isn’t!
-
If I knew enough physics I'd have some intuition for when these orbits are stable, but I don't.
- Još 5 drugih odgovora
Novi razgovor -
-
-
Is there triple stars that have stable orbits like this in real universe? What are the chances of realization of this stable orbits?
-
The star nearest to the Sun is a triple star: a pair of yellow dwarfs (Alpha Centauri A and Alpha Centauri B) and a much more distant red dwarf, Proxima Centauri. A perfectly symmetrical system like this with 3 stars of the same mass is unlikely.pic.twitter.com/V01g5h95ju
- Još 1 odgovor
Novi razgovor -
-
-
Not stable but non-periodic?
-
It's stable: that means small changes in initial conditions do not amplify over time. But it's also nonperiodic.
- Još 1 odgovor
Novi razgovor -
-
-
3-body problem isn't stable. This similation only changes initial speed/position and keep mass equals. If you introduce few % of differences between mass the evolution turns more chaotic :https://photos.app.goo.gl/wthBh1VnWntGMGDz9 …
- Još 3 druga odgovora
Novi razgovor -
-
-
Astoundingly cool. It does appear (qualitatively) that the loop sizes are changing disproportionately, which would imply eventual instability - but fascinating regardless.
Hvala. Twitter će to iskoristiti za poboljšanje vaše vremenske crte. PoništiPoništi
-
-
-
@simon_tardivel They get tired of beating around the bush, en francais, ils en ont marre de tourner autour du pot?Hvala. Twitter će to iskoristiti za poboljšanje vaše vremenske crte. PoništiPoništi
-
Čini se da učitavanje traje već neko vrijeme.
Twitter je možda preopterećen ili ima kratkotrajnih poteškoća u radu. Pokušajte ponovno ili potražite dodatne informacije u odjeljku Status Twittera.