Overview: 

Introduction to quantum mechanics, its fundamental postulates, and mathematical framework.

Topics:

• Wave-Particle Duality and the Schrödinger Equation

• Heisenberg Uncertainty Principle

• Quantum States, Operators, and Eigenfunctions

• Applications: Quantum Wells, Tunneling

Overview: 

Einstein’s theory of special relativity and its impact on our understanding of space and time.

Topics:

• Postulates of Special Relativity

• Lorentz Transformations and Time Dilation

• Relativistic Energy and Momentum

• Applications: Particle Accelerators, GPS Technology, Relativistic Electrodynamics

Overview: 

Introduction to quantum fields, the backbone of particle physics and fundamental interactions.

Topics:

• Field Quantization and Lagrangians

• Scalar and Spinor Fields

• Noether’s Theorem and Conservation Laws

• Applications: Quantum Electrodynamics, Higgs Mechanism

Overview: 

The physics of solids and liquids, focusing on the collective behavior of particles in matter.

Topics:

• Crystallography and Band Theory

• Electron-Phonon Interactions and Superconductivity

• Quantum Hall Effect and Topological Insulators

• Applications: Semiconductor Devices, Nanotechnology, Materials Science

Overview: 

Exploring the attempts to unify quantum mechanics and general relativity under a single framework.

Topics:

• Introduction to Quantum Gravity

• Challenges in Unifying Gravity with the Standard Model

• Gravitons and Loop Quantum Gravity

• Applications: Black Hole Thermodynamics, Hawking Radiation, Planck Scale Physics

Overview: 

Study of atomic nuclei and their interactions, covering both theoretical and experimental aspects.

Topics:

• Nuclear Models: Shell Model, Liquid Drop Model

• Radioactivity, Nuclear Reactions, and Decay Processes

• Nuclear Fusion and Fission

• Applications: Nuclear Power, Medical Imaging, Particle Physics

Overview: 

A look at some of the most cutting-edge topics in modern physics.

Topics:

• The Holographic Universe and AdS/CFT Correspondence

• Quantum Computing and Quantum Information Theory

• Entanglement and Non-locality in Quantum Mechanics

• Applications: Quantum Cryptography, Quantum Sensors, Quantum Simulations

Overview: 

What’s next for physics? This lesson will cover the most promising areas of ongoing research and their implications.

Topics:

• Emergent Phenomena and Complexity

• Quantum Technology Revolution

• Dark Matter and Dark Energy Theories

• Applications: Future of Space Exploration, Advanced Materials, Quantum Technology