A) Memory loss B) Hallucinations C) Paranoia D) Depression
A) A government intelligence agency B) A crypto-communist party C) A local political party D) A secret society of mathematicians
A) Emperor of Antarctica B) Ambassador of Reason C) King of the Mathematicians D) Grand Duke of Princeton
A) 1970 B) 1961 C) 1955 D) 1959
A) Fermat's Last Theorem B) Riemann hypothesis C) Nash equilibrium D) Poincaré conjecture
A) New Jersey State Hospital B) McLean Hospital C) Princeton Medical Center D) Columbia Psychiatric Institute
A) Obsessive-compulsive disorder B) Clinical depression C) Schizophrenia D) Bipolar disorder
A) Electroconvulsive therapy B) Cognitive behavioral therapy C) Insulin shock therapy D) Hydrotherapy
A) It showed him taking illegal substances B) It portrayed him as refusing all medical help C) It implied he was never medicated D) It implied he was taking atypical antipsychotics
A) 1995 B) 1970 C) 1964 D) 1961
A) His doctor at McLean Hospital B) His parents C) Alicia Lardé D) His colleagues at Princeton
A) Moving to a new city B) Rigorous academic work C) Maintaining a quiet life with social support D) Strict adherence to antipsychotic medication
A) Johann von Nassau B) The Emperor C) John of Antarctica D) The Messenger
A) 1959 B) 1964 C) 1994 D) 1970
A) Scientific recovery B) Dream-like state C) Enforced rationality D) The lost years
A) A solution to the Riemann hypothesis B) A proof of the implicit function theorem C) A theory on fluid dynamics D) A transformation idea suggested by Prof. Heisuke Hironaka
A) He viewed it as a hopeless waste of intellectual effort B) His doctors forced him to reject it C) His wife threatened to leave him D) He wanted to win a Nobel Prize
A) He felt he had accomplished everything he set out to do B) He believed his illness helped him achieve more C) He believed his medication prevented his success D) He did not realize his full potential due to nearly 30 years of illness
A) He stopped speaking entirely B) He was immediately re-hospitalized C) He became violent and erratic D) He became of relatively moderate behavior
A) 1951 B) 1950 C) 1953 D) 1949
A) Nash function and Nash manifold B) Nash surface and Nash curve C) Nash space and Nash field D) Nash polynomial and Nash set
A) Michael Artin and Barry Mazur B) Jürgen Moser and Mikhael Gromov C) Nicolaas Kuiper and Warren Ambrose D) Camillo De Lellis and László Székelyhidi
A) Michael Artin B) Jürgen Moser C) Warren Ambrose D) Mikhael Gromov
A) 1950 B) 1970 C) 1949 D) 1953
A) Stefan Müller B) Eduard Zehnder C) László Székelyhidi D) Nicolaas Kuiper
A) Euler equations B) Schrödinger equations C) Navier-Stokes equations D) Maxwell equations
A) Convex integration B) Riemannian analysis C) Differential topology D) Algebraic manifold theory
A) Fields Medal B) Abel Prize C) Leroy P. Steele Prize D) Nobel Memorial Prize
A) An implicit function theorem for isometric embeddings B) A study of algebraic polynomials C) A new method for solving Euler equations D) A classification of Riemannian manifolds
A) Nash–Ambrose theorem B) Nash–Moser theorem C) Gromov–Nash theorem D) Steele–Nash theorem
A) Jürgen Moser B) Jacob Schwartz C) Mikhael Gromov D) Lars Hörmander
A) Six months B) A decade C) Around a year and a half D) Three years
A) John von Neumann B) Ennio de Giorgi C) Albert W. Tucker D) David Hilbert
A) 50 B) 28 C) 100 D) 20
A) Differential geometry B) Game theory C) Algebraic geometry D) Cryptography
A) Seventeenth B) Eighteenth C) Nineteenth D) Twentieth
A) 2011 B) 1951 C) 1994 D) 1950
A) Modern physics B) Statistics C) Real algebraic geometry D) Quantum mechanics
A) Differential geometry B) Encryption systems C) Hilbert's nineteenth problem D) Noncooperative games
A) Geometric probability B) Algebraic topology C) Prime number theory D) Computational hardness
A) June 13, 1930 B) June 13, 1928 C) May 23, 1928 D) June 13, 1932
A) Quantum physics B) Game theory C) Organic chemistry D) Microbiology
A) Princeton University B) Carnegie Institute of Technology C) University of Chicago D) Harvard University
A) Riemannian Geometry B) The Nash Equilibrium C) Mathematical Genius D) A Beautiful Mind
A) Princeton, New Jersey B) Bluefield, West Virginia C) Cambridge, Massachusetts D) Pittsburgh, Pennsylvania
A) Mathematics B) Physics C) Chemical engineering D) Electrical engineering
A) Ron Howard B) Sylvia Nasar C) John Nash D) Russell Crowe
A) Russell Crowe B) John Harsanyi C) Louis Nirenberg D) Richard Duffin
A) Richard Duffin B) John Lighton Synge C) John Forbes Nash Sr. D) Solomon Lefschetz
A) Steele Research Fellowship B) Princeton Graduate Fellowship C) George Westinghouse Scholarship D) John S. Kennedy fellowship
A) Courant Institute B) Harvard University C) MIT D) Princeton University
A) Louis Nirenberg B) Charles Morrey C) Paul Garabedian D) Elias Stein
A) 1958 B) 1938 C) 1948 D) 1928
A) Ennio De Giorgi B) Peter Lax C) Lars Hörmander D) Jürgen Moser
A) Non-linear B) Hyperbolic C) Parabolic D) Linear
A) Louis Nirenberg B) Ennio De Giorgi C) Elias Stein D) Charles Morrey
A) Paul Garabedian B) Lars Hörmander C) Jürgen Moser D) Eugene Fabes
A) Jürgen Moser B) Peter Lax C) Eugene Fabes D) Louis Nirenberg
A) Smoothness B) Convergence C) Uniqueness D) Existence
A) Abel Prize B) Fields Medal C) Wolf Prize D) Nobel Prize
A) First B) Fourth C) Third D) Second
A) 23 B) 12 C) 34 D) 19
A) Economic shift B) Monetary deviation C) On strike D) Rational disconnect
A) John Harsanyi B) John von Neumann C) Reinhard Selten D) Friedrich Hayek
A) Standardized Gold B) Equilibrium Currency C) Ideal Money D) Centralized Credit
A) 2011 B) 2015 C) 2006 D) 2012
A) American Mathematical Society B) Nobel Committee C) National Academy of Sciences D) American Philosophical Society
A) 1999 B) 2015 C) 2006 D) 2012
A) Classical liberalism B) Keynesian ideas C) Game theory D) Monetarist theory
A) A basket of foreign currencies B) Global GDP C) Gold standard D) Industrial consumption price index
A) Princeton B) Warwick C) Stockholm D) Oslo
A) Economics B) Philosophy C) Mathematics D) Science
A) Warwick Economics Summit B) Abel Prize ceremony C) American Philosophical Society meeting D) Nobel Memorial Prize banquet
A) Dean of mathematics B) C. L. E. Moore instructor C) Professor of physics D) Research assistant
A) Mathematics student B) Teacher C) Physicist D) Nurse
A) 1957 B) 1954 C) 1951 D) 1963
A) Mathematics B) Nursing C) Physics D) Philosophy
A) 1957 B) 1959 C) 1954 D) 1970
A) 1959 B) 1970 C) 2001 D) 1963
A) Guest B) Boarder C) Legal guardian D) Landlord
A) 1990 B) 2010 C) 1995 D) 2001
A) Plane crash B) Illness C) Heart failure D) Car crash
A) New York Thruway B) New Jersey Turnpike C) California Highway 1 D) Massachusetts Route 128
A) Ron Howard B) Harold W. Kuhn C) Rebecca Goldstein D) Sylvia Nasar
A) Sylvia Nasar B) Rebecca Goldstein C) John Nash D) Ron Howard
A) Jennifer Connelly B) Sylvia Nasar C) Rebecca Goldstein D) Marika Griehsel
A) BAFTA Award B) Abel Prize C) Golden Globe D) Academy Award
A) Best Actor – Motion Picture Drama B) Best Supporting Actor C) Best Director D) Best Screenplay
A) Reinhard Selten B) John Harsanyi C) Louis Nirenberg D) Carlton Lemke
A) Chemistry B) Mathematics C) Economic Sciences D) Physics
A) Seven B) Three C) Four D) Five
A) Martin Raussen B) Riz Khan C) Marika Griehsel D) Mike Wallace |