〈 Berger | Dillon 〉 (@inertialobservr) 's Twitter Profile
〈 Berger | Dillon 〉

@inertialobservr

Dillon Berger, PhD | Physicist | Head of Risk & Trading @ChalkboardHQ

ID: 3409898008

calendar_today09-08-2015 06:22:04

18,18K Tweet

41,41K Followers

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〈 Berger | Dillon 〉 (@inertialobservr) 's Twitter Profile Photo

I was playing around, and stumbled upon something quite beautiful.. 👉If you sum over the volumes of all 2k-dimensional unit spheres, that sum converges to e^π. I have no idea why this should be true..

I was playing around, and stumbled upon something quite beautiful.. 

👉If you sum over the volumes of all 2k-dimensional unit spheres, that sum converges to e^π. 

I have no idea why this should be true..
〈 Berger | Dillon 〉 (@inertialobservr) 's Twitter Profile Photo

41 triple pendulums with 𝑠𝑙𝑖𝑔𝘩𝑡𝑙𝑦 different initial conditions (source:external-preview.redd.it/Cp2AZd3V52nIuM…)

maya benowitz 🕰️ (@cosmicfibretion) 's Twitter Profile Photo

Fundamental physics is in a strange liminal space where the problems are so incredibly difficult one essentially has to gamble their entire career away to make progress.

Jonathan Gorard (@getjonwithit) 's Twitter Profile Photo

Common misconception. Newtonian gravity (no spacetime) *also* allows a massless particle to be affected by gravity: in 1801, von Soldner calculated the trajectories of such particles by taking limits as M->0. Interestingly, the deflection is exactly half that predicted by GR.

Martin Bauer (@martinmbauer) 's Twitter Profile Photo

At the LHC, collisions occur every 25 nanoseconds, meaning that by the time the next collision happens, the data from the previous one has only traveled a few meters through the fiber-optic cables Yes, the speed of light is a limiting factor!

Ash Jogalekar (@curiouswavefn) 's Twitter Profile Photo

This is wonderful: Roy Kerr who discovered an exact solution to Einstein's field equations for spinning black holes - a solution that Subrahmanyan Chandrasekhar called "shuddering before the beautiful" - attributes his success (where others had failed) to his maverick approach.

This is wonderful: Roy Kerr who discovered an exact solution to Einstein's field equations for spinning black holes - a solution that Subrahmanyan Chandrasekhar called "shuddering before the beautiful" - attributes his success (where others had failed) to his maverick approach.