〈 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

17,17K Tweet

43,43K Followers

1,1K Following

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

Any time you pick up a well shuffled deck, you are almost certainly holding an arrangement of cards that has never before existed and will likely never exist again. - Yannay Khaikin

Any time you pick up a well shuffled deck, you are almost certainly holding an arrangement of cards that has never before existed and will likely never exist again.   

- Yannay Khaikin
Differential Eqns (@diff_eq) 's Twitter Profile Photo

'The fact is that PDEs, in particular those that are nonlinear, are too subtle to fit into a too general scheme. On the contrary, each important PDE seems to be a world in itself.' -- Sergiu Klainerman

alz (@alz_zyd_) 's Twitter Profile Photo

It's only consciousness if it's from the Sapiens species of the Homo genus, otherwise it's just glorified pattern matching

Fermat's Library (@fermatslibrary) 's Twitter Profile Photo

"Nobody else took what I was doing seriously, so nobody would want to work with me. I was thought to be a bit eccentric and maybe cranky" Peter Higgs, the physicist who discovered the theoretical mechanism explaining the origin of mass in the universe, has passed away today.

"Nobody else took what I was doing seriously, so nobody would want to work with me. I was thought to be a bit eccentric and maybe cranky"

Peter Higgs, the physicist who discovered the theoretical mechanism explaining the origin of mass in the universe, has passed away today.
Fermat's Library (@fermatslibrary) 's Twitter Profile Photo

Here's a cool way to paper-fold an ellipse: 1) Cut a circle and fold it so that the circumference falls on a fixed point inside 2) Repeat this procedure using random folds

Sam Walters ☕️ (@samuelgwalters) 's Twitter Profile Photo

The linear #algebra behind the concept of raising and lowering indices of vectors and tensors, so often used in #Einstein's theory of Relativity. #math #physics #geometry

The linear #algebra behind the concept of raising and lowering indices of vectors and tensors, so often used in #Einstein's theory of Relativity. #math #physics #geometry