A) The brain operates exactly like a classical computer B) Artificial intelligence will surpass human intelligence within decades C) Quantum physics has no relevance to understanding consciousness D) Human consciousness cannot be explained by computational models alone
A) Pythagorean theorem B) Bayesian probability C) Euler's identity D) Gödel's incompleteness theorems
A) Special relativity B) String theory C) Quantum mechanics D) Newtonian mechanics
A) SAT exam B) Turing Test C) CAPTCHA test D) IQ test
A) Mathematical insight B) Logical deduction C) Memory storage D) Pattern recognition
A) Consciousness is purely algorithmic B) Consciousness requires random algorithms C) Consciousness transcends algorithmic computation D) Algorithms can fully simulate consciousness
A) Physics has already explained consciousness B) Only biology can explain consciousness C) Current physics is incomplete for explaining consciousness D) Physics is irrelevant to understanding mind
A) Data storage and retrieval B) Human understanding and insight C) Basic arithmetic operations D) Pattern matching algorithms
A) It varies between cultures B) It's entirely constructed by humans C) It exists independently of formal systems D) It's determined by computational proofs
A) Neurosurgeon B) Psychologist C) Mathematical physicist D) Computer scientist
A) They may play a crucial role in consciousness B) They are irrelevant to brain function C) They only occur in dead brain tissue D) They prevent conscious thought
A) The mystery of quantum physics B) The power of human imagination C) The illusion that computers can think D) The evolution of artificial intelligence
A) The speed of algorithmic computation B) The foundations of geometry C) The limitations of formal systems D) The nature of prime numbers
A) It has both computable and non-computable aspects B) It exists only in our minds C) It is entirely computable D) It is completely random
A) Computation creates mind B) Mind is more than computation C) Mind equals computation D) Mind inhibits computation
A) Dualism B) Materialism C) Idealism D) Functionalism
A) Traveling salesman problem B) Halting problem C) Fermat's last theorem D) P vs NP problem
A) Binary logic B) Modal logic C) Fuzzy logic D) Non-algorithmic logic
A) Complex numbers B) Transcendental numbers C) Irrational numbers D) Prime numbers |