A) Murray Gell-Mann B) Roland Omnès C) James Hartle D) Robert Griffiths
A) To prove that quantum mechanics completely disproves classical logic B) To argue that formal mathematics has no place in modern physics C) To show how quantum mechanics allows the recovery of a common sense view of the world D) To introduce entirely new physical principles developed after the 1920s
A) Possible future steps in philosophical reflection B) The Persian translation details of the book C) Mathematics, epistemology, and science from the classical to the early modern period D) The consistent histories approach to quantum mechanics
A) It was mandated by the publishers of the book B) It was a deliberate philosophical choice to confuse readers C) It was forced on researchers by the nature of the subject matter D) It was required to eliminate mathematics from physics entirely
A) Section II B) Section III C) Section I D) Section IV
A) Detailed proofs of wavefunction collapse B) A review of early modern mathematics C) Reflections on possible future steps D) Biographies of Einstein, Podolsky, and Rosen
A) Purely qualitative and informal B) Free of any mathematical framework C) Increasingly formal D) Dependent entirely on classical presuppositions
A) Thermodynamic laws without any logical framework B) Only quantum superposition laws C) Classical logic, classical probability, and classical dynamics D) Relativistic gravitational laws exclusively
A) It completely rejects the existence of experiments B) It is the exact opposite of the classical project C) It proves the classical project was scientifically fraudulent D) It is an identical continuation of the classical project
A) The relativistic level or the thermodynamic level B) The microscopic level or the astronomical level C) The formal level or the classical level D) The psychological level or the biological level
A) Yes, entirely new physical dimensions are required B) Yes, classical physics must be completely rewritten C) No, no new principles are needed D) Yes, new principles of wavefunction collapse are required
A) The principle of unitary time evolution B) Wavefunction collapse or wavefunction reduction C) The principle of consistent histories D) The principle of quantum decoherence
A) Non-unitary probabilistic variables B) A single, unitary (time-reversible) wavefunction C) Multiple collapsing wavefunctions D) Classical particles with no quantum properties
A) Quantum decoherence and the consistent histories approach B) Wavefunction collapse and relativity C) Classical probability and Newtonian dynamics D) String theory and loop quantum gravity
A) The Persian translation history of modern physics books B) Which sets of classical questions can be consistently asked of a single quantum system C) The exact date the French edition of Quantum Philosophy was published D) How long a macroscopic Schrödinger's cat can survive in superposition
A) That they invented the concept of quantum decoherence B) That classical logic never applies to any quantum experiment C) The questions they assumed could be asked together simply cannot be asked together D) That their assumptions about macroscopic cats were completely correct
A) Classical behaviour B) Absolute micro-superposition states C) Wavefunction collapse D) Inconsistent question sets
A) Exactly one standard day B) Several hours C) Longer than a minuscule time D) An infinite duration
A) The square of the Planck constant B) The speed of light in a vacuum C) The mass of the Earth D) The total number of observers present
A) Yes, an observer's consciousness is strictly required B) Yes, otherwise the cat remains alive and dead indefinitely C) No, even with no observer present, classical states are recovered D) Only if the measuring device is super-cooled
A) String theory B) Measurement theory C) Epistemological history D) Classical thermodynamics
A) Robert Griffiths, Murray Gell-Mann, and James Hartle B) R. Roknizadeh and Gallimard C) Princeton University Press editors D) Albert Einstein, Boris Podolsky, and Nathan Rosen
A) 1999 B) 2002 C) 1994 D) 2016
A) 2016 B) 1994 C) 1999 D) 2002
A) Murray Gell-Mann B) R. Roknizadeh C) Roland Omnès D) James Hartle
A) 1994 B) 1999 C) 2016 D) 2002
A) Mathematician B) Physicist C) Historian D) Philosopher
A) French B) American C) British D) Iranian
A) Questions can never be formulated mathematically B) All possible questions can always be asked simultaneously C) Only macroscopic questions are ever meaningful D) Some sets are fundamentally inconsistent and meaningless when asked together |