You can expect to learn a lot of math during the first semester. Will not hurt to refresh a bit and maybe get some elementary knowledge of stochastic calulus to not suffer too much during the math course.
EPFL Finance


Thanks but I’m not THAT gullible.
Are the first year prelims/courses at epfl very hard? Wondering if I should invest time in beefing up math during summer. Sadly they don’t have a math camp prior to starting phd courses. I don’t have much math background apart from advanced calculus, basic probability, and solving simple ODE’s. Would that be enough?
Basic representation theory and Lie groups, algebraic topology (including poincare duality), algebraic geometry (including schemes and intersection theory), Riemannian geometry (characteristic classes would be helpful), PDE (elliptic regularity theory and calculus of variations), and functional analysis (including Von Neuman algebras)are a must. Some number theory such as automorphic forms and the basics of the Langlands program might help as well
I forgot about Khovanov homology, which plays an important role in modern microstructure theory

Thanks but I’m not THAT gullible.
Are the first year prelims/courses at epfl very hard? Wondering if I should invest time in beefing up math during summer. Sadly they don’t have a math camp prior to starting phd courses. I don’t have much math background apart from advanced calculus, basic probability, and solving simple ODE’s. Would that be enough?
Basic representation theory and Lie groups, algebraic topology (including poincare duality), algebraic geometry (including schemes and intersection theory), Riemannian geometry (characteristic classes would be helpful), PDE (elliptic regularity theory and calculus of variations), and functional analysis (including Von Neuman algebras)are a must. Some number theory such as automorphic forms and the basics of the Langlands program might help as well
I forgot about Khovanov homology, which plays an important role in modern microstructure theory
perfect. thank you bro

Are the first year prelims/courses at epfl very hard? Wondering if I should invest time in beefing up math during summer. Sadly they don’t have a math camp prior to starting phd courses. I don’t have much math background apart from advanced calculus, basic probability, and solving simple ODE’s. Would that be enough?
Basic representation theory and Lie groups, algebraic topology (including poincare duality), algebraic geometry (including schemes and intersection theory), Riemannian geometry (characteristic classes would be helpful), PDE (elliptic regularity theory and calculus of variations), and functional analysis (including Von Neuman algebras)are a must. Some number theory such as automorphic forms and the basics of the Langlands program might help as well
Thank you Semyon.

Are the first year prelims/courses at epfl very hard? Wondering if I should invest time in beefing up math during summer. Sadly they don’t have a math camp prior to starting phd courses. I don’t have much math background apart from advanced calculus, basic probability, and solving simple ODE’s. Would that be enough?
Basic representation theory and Lie groups, algebraic topology (including poincare duality), algebraic geometry (including schemes and intersection theory), Riemannian geometry (characteristic classes would be helpful), PDE (elliptic regularity theory and calculus of variations), and functional analysis (including Von Neuman algebras)are a must. Some number theory such as automorphic forms and the basics of the Langlands program might help as well
Thank you Semyon.
Maybe DF

lol crazy guy on loose
Are the first year prelims/courses at epfl very hard? Wondering if I should invest time in beefing up math during summer. Sadly they don’t have a math camp prior to starting phd courses. I don’t have much math background apart from advanced calculus, basic probability, and solving simple ODE’s. Would that be enough?
Basic representation theory and Lie groups, algebraic topology (including poincare duality), algebraic geometry (including schemes and intersection theory), Riemannian geometry (characteristic classes would be helpful), PDE (elliptic regularity theory and calculus of variations), and functional analysis (including Von Neuman algebras)are a must. Some number theory such as automorphic forms and the basics of the Langlands program might help as well

SOME DEGENERACY RESULTS FOR ARCHIMEDES ISOMORPHISMS
We show that there exists a hyperopen, continuous and unconditionally quasiKronecker Ramanujan arrow. Recently, there has been much interest in the derivation of homeomorphisms. This could shed important light on a conjecture of Euclid–d’Alember. 
SOME DEGENERACY RESULTS FOR ARCHIMEDES ISOMORPHISMS
We show that there exists a hyperopen, continuous and unconditionally quasiKronecker Ramanujan arrow. Recently, there has been much interest in the derivation of homeomorphisms. This could shed important light on a conjecture of Euclid–d’Alember.They will award you a math PhD degree as well.

Why so many trolls in this thread. This is boring.

Yep very little useful info
Why so many trolls in this thread. This is boring.