A) Collège de France B) Clay Mathematics Institute C) American Mathematical Society D) OpenAI
A) 1990 B) 2010 C) 2002 D) 2000
A) Five hundred thousand US dollars B) One hundred thousand US dollars C) One million US dollars D) Two million US dollars
A) Twenty-three B) Ten C) Five D) Seven
A) Collège de France B) Moscow State University C) OpenAI Headquarters D) University of Cambridge
A) Collatz conjecture B) Goldbach's conjecture C) Fermat's Last Theorem D) Poincaré conjecture
A) Grigori Perelman B) Richard S. Hamilton C) Michael Atiyah D) John Tate
A) 2026 B) 2010 C) 2000 D) 2003
A) He believed the proof was incomplete B) It was not also offered to Richard S. Hamilton C) He felt the prize money was too low D) He did not like the Clay Institute
A) OpenAI B) IBM C) Microsoft D) Google
A) Birch and Swinnerton-Dyer conjecture B) P versus NP problem C) Yang–Mills existence and mass gap D) Navier–Stokes existence and smoothness
A) At least five years B) At least ten years C) At least one year D) At least two years
A) John Tate B) Michael Atiyah C) David Hilbert D) Anatoly Vershik
A) Grigori Perelman and Richard S. Hamilton B) David Hilbert and Shing-Tung Yau C) John Tate and Michael Atiyah D) Andrew Wiles and Alain Connes
A) 2000 and 2001 B) 2025 and 2026 C) 2009 and 2010 D) 2002 and 2003
A) Shing-Tung Yau B) Grigori Perelman C) Anatoly Vershik D) Andrew Wiles
A) Andrew Wiles B) David Hilbert C) John Tate D) Alain Connes
A) Anatoly Vershik B) Andrew Wiles C) Alain Connes D) Michael Atiyah
A) The media coverage of Grigori Perelman B) The one million dollar prize per problem C) Direct funding of research conferences and young researchers D) The choice of naming the problems after a foundation
A) Richard S. Hamilton B) David Hilbert C) Shing-Tung Yau D) John Tate
A) David Hilbert B) Alain Connes C) Richard S. Hamilton D) Michael Atiyah
A) Yes, through an online portal B) Yes, via physical mail C) No D) Yes, via email
A) It must have been published in a qualifying outlet B) It must be presented at the Collège de France C) It must be submitted directly to the Clay Institute D) It must be endorsed by OpenAI
A) Ten B) Twenty-three C) Seven D) One hundred
A) Geometric topology B) Riemannian geometry C) Differential calculus D) Algebraic topology
A) The 3-sphere B) A two-dimensional sphere C) A smooth manifold D) A Ricci flow
A) The 2000s B) The 1950s C) The 1900s D) The 1970s
A) Algebraic geometry B) Number theory C) Riemannian geometry D) Geometric topology
A) The Abel Prize B) The Millennium Prize C) The Fields Medal D) The Nobel Prize |