A) Developing new experimental hardware
B) The historical origins of scientific funding
C) The mathematical proof of all physical laws
D) Conceptual and interpretational issues in physics

A) Metaphysics
B) Ethics
C) Epistemology
D) Philosophy of science

A) The measurement problem
B) Social interactions between physicists
C) The history of laboratory equipment
D) The economic impact of quantum computing

A) Classical mechanics
B) Fluid dynamics
C) Statistical mechanics
D) Optics

A) The political nature of scientists
B) The history of the atomic bomb
C) The education of physicists
D) Simultaneity

A) The origin of irreversibility
B) The speed of light in a vacuum
C) The social construct of entropy
D) The history of thermometer invention

A) It guides theory development
B) It increases funding for research
C) It replaces mathematical equations
D) It eliminates the need for experiments

A) Whether they are fundamental or emergent
B) The monetary value of space
C) Who discovered time
D) The political governance of space

A) Determining biological species
B) Improving internet speed
C) Encoding secret messages
D) Understanding entropy

A) Quantum gravity
B) Astrology
C) Phrenology
D) Alchemy

A) Musical harmony
B) Financial gain
C) Nonlocality
D) Government policy

A) The geographical location of labs
B) The epistemological and ontological basis
C) The fashion trends of physicists
D) The popularity of specific scientists

A) Engine repair
B) Energy market prices
C) Cooking efficiency
D) Foundations

A) Causality
B) The nature of gravity in fantasy novels
C) The biography of Einstein
D) The cost of telescopes