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The ‘Quantum Chromodynamics’ (QCD) theory deals with:
A. The strong interaction between quarks and gluons
B. The electromagnetic force between charged particles
C. The weak interaction in radioactive decay
D. The gravitational interaction between masses
Answer: The strong interaction between quarks and gluons
The ‘Einstein Field Equations’ describe:
A. The relationship between matter, energy, and spacetime curvature
B. The behavior of particles in quantum systems
C. The quantization of energy levels
D. The motion of celestial bodies
Answer: The relationship between matter, energy, and spacetime curvature
The ‘Pauli Exclusion Principle’ is crucial for understanding:
A. The arrangement of electrons in atoms
B. The motion of planets
C. The propagation of electromagnetic waves
D. The energy of photons
Answer: The arrangement of electrons in atoms
The ‘Cosmic Microwave Background Radiation’ is evidence of:
A. The Big Bang Theory
B. Quantum entanglement
C. Wave-particle duality
D. Black hole evaporation
Answer: The Big Bang Theory
The ‘String Theory’ is an attempt to unify which fundamental interactions?
A. Gravity, electromagnetism, weak and strong nuclear forces
B. Electromagnetism and quantum mechanics
C. Classical mechanics and relativity
D. Quantum mechanics and general relativity
Answer: Gravity, electromagnetism, weak and strong nuclear forces
The ‘Quantum Tunneling’ phenomenon is important for understanding:
A. The ability of particles to pass through potential barriers
B. The behavior of particles in a magnetic field
C. The interaction of photons with matter
D. The absorption of light by atoms
Answer: The ability of particles to pass through potential barriers
The ‘E=mc²’ equation relates:
A. Energy and mass
B. Charge and energy
C. Momentum and velocity
D. Frequency and wavelength
Answer: Energy and mass
The ‘Schrodinger Equation’ describes:
A. The evolution of a quantum system over time
B. The trajectory of a particle in classical mechanics
C. The interaction between charged particles
D. The curvature of spacetime
Answer: The evolution of a quantum system over time
The ‘Quantum Decoherence’ phenomenon explains:
A. The transition from quantum to classical behavior due to environmental interactions
B. The dual nature of light
C. The uncertainty principle in quantum measurements
D. The quantization of energy levels
Answer: The transition from quantum to classical behavior due to environmental interactions