A) To give mass to particles B) To enable time travel C) To create matter from energy D) To facilitate quantum computing
A) Photons B) W and Z bosons C) Gluons D) Gravitons
A) Fermilab B) SLAC C) KEK D) CERN
A) Photon B) Neutron C) Electron D) Proton
A) Thermodynamics B) Quantum mechanics C) Relativity D) Classical physics
A) It simulates black holes B) It collides particles at high energy C) It detects gravitational waves D) It measures cosmic radiation
A) To discover new technologies B) To develop practical applications C) To explain fundamental phenomena D) To make philosophical arguments
A) String theory B) General relativity C) Quantum field theory D) Electroweak theory
A) Neutrinos B) W and Z bosons C) Gluons D) Photons |