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