Physics

Biophysics

• The physics of Magnetic Resonance…

Nuclear and Particle Physics

• Nuclear energy: Fission and fusion…
• Higgs boson and the origins…
• Particle physics and the Standard…

Thermodynamics

• The laws of thermodynamics and…
• Heat engines: Efficiency and Carnot…
• Entropy: Disorder, information, and the…
• Thermodynamic equilibrium and phase transitions
• The physics of refrigeration and…
• The second law of thermodynamics:…
• Heat transfer: Conduction, convection, and…
• The Maxwell-Boltzmann distribution and kinetic…
• Thermodynamics of biological systems: metabolism…
• The quantum nature of thermodynamics:…
• The Carnot theorem: Limits of…
• Statistical mechanics: From microscopic to…
• Thermodynamics in astrophysics: Stellar structure…
• The physics of phase diagrams:…
• Thermodynamics in nanoscale systems: from…
• The physics of fluids: buoyancy,…
• The physics of fluids: buoyancy,…
• The physics of phase transitions:…

Electromagnetism

• Electromagnetic waves II
• Electromagnetic waves I

Astrophysics and Relativity

• The universe in motion
• Quantum field theory
• Stellar evolution: Birth, life, and…
• Exoplanets and the search for…
• The Big Bang Theory: origins…
• Galactic dynamics
• Dark matter: Its role in…
• The cosmic microwave background
• Supernovae
• The formation of planetary systems
• Active Galactic Nuclei
• The Interstellar Medium
• Cosmic rays
• The Hubble Space Telescope: unveiling…
• Gravitational waves: Ripples in the…
• Gamma-ray bursts: powerful cosmic explosions
• The role of magnetic fields…
• Relativity: Einstein’s Theory and Its…
• Stellar evolution and cosmology
• The principles of special and…
• Time travel: Theoretical possibilities and…
• Dark matter and Dark energy
• Black holes: Event horizons and…

Optics and Wave Physics

• Advanced topics in optics: fiber…
• Acoustics: resonance and sound manipulation

Mechanics

• Superconductivity: zero resistance
• Optimal trajectories and performance
• Roller coasters: thrills and G-forces
• The Physics of Fluid Dynamics:…

Applied Physics

• Renewable energy: solar, wind, and…

Quantum Physics

• Quantum mechanics: Entanglement and superposition
• Quantum field theory and particle…
• Quantum field theory and particle…
• Exploring quantum computing and information…
• Quantum entanglement and its applications
• Quantum teleportation and Quantum information
• The quantum world: Probability, uncertainty,…

Physics

• Projectile motion and trajectories
• Thermodynamics
• Reflection and Refraction of light…
• Reflection and Refraction of light…
• Atomic structure and Nuclear reactions
• Gravitational forces I
• Gravitational forces II
• Magnetic fields and Electromagnetism I
• Magnetic fields and Electromagnetism II
• Waves
• Optics
• Simple harmonic motion
• Unification
• Complexity
• Quantization
• Cosmos and Cosmogony II
• Cosmos and Cosmogony I
• Chaos
• Light
• Weak interaction
• Strong interaction
• Radiation
• Electromagnetism
• Electron
• Quantum
• Spacetime
• Entropy
• Particle
• Antiparticle
• Waves
• Gravity
• Vacuum
• Forces and equilibrium
• Wave-particle duality
• Matter
• Kinetics
• The Principles of Electric Circuits
• Energy Conservation and Transformations
• Geophysics
• Laws of Motion
• Continuum
• Refraction of light II
• Refraction of light I
• Force - Moment of a…
• Current Electricity - II
• Current Electricity - I
• Electricity