A) Quantum Electrostatics B) Quantum Elastic Dynamics C) Quantum Electrodynamics D) Quantum Energy Dynamics
A) Max Planck B) Richard P. Feynman C) Niels Bohr D) Albert Einstein
A) Gravitational force B) Weak force C) Nuclear force D) Electromagnetic force
A) Photons are always absorbed B) Particles cannot emit energy spontaneously C) Atoms gain energy from the environment D) Atoms can lose energy by emitting photons
A) Electromagnetic interactions are quantized B) Particles do not interact C) Matter is continuous D) Gravity can be ignored in quantum contexts
A) Force between charged particles B) Mass of particles C) Energy levels of electrons D) Speed of light
A) Electron B) Photon C) Neutrino D) Quark
A) Charge of the proton B) Mass of the electron C) Strength of electromagnetic interaction D) Speed of light in a vacuum
A) Feynman diagrams B) Symmetry transformations C) Wave functions D) Lagrange multipliers |