Скачать или смотреть Introduction to Quantum Mechanics | Engineering Physics | RGPV BTech 1st Year

Introduction to Quantum Mechanics | Engineering Physics | RGPV BTech 1st Year

Introduction to Quantum Mechanics is a foundational course in Engineering Physics for RGPV BTech 1st Year students. This topic covers the fundamental principles that govern the behavior of microscopic particles such as electrons, photons, and atoms. Students learn how the classical physics approach fails at atomic scales and how quantum concepts explain wave–particle duality, uncertainty, energy quantization, and the probabilistic nature of matter.

The course includes wave nature of particles, de Broglie hypothesis, Schrödinger equation (time-dependent & time-independent), operators, Born interpretation, free-particle wavefunction, wave packets, group and phase velocity, particle in a 1D box, and Heisenberg’s uncertainty principle.
This module builds a strong conceptual foundation for advanced electronics, nanotechnology, material science, and quantum-based engineering applications.

Quantum Mechanics

Engineering Physics

RGPV BTech 1st Year

Wave Nature of Particles

Schrödinger Equation

Particle in a Box

de Broglie Hypothesis

Uncertainty Principle

Quantum Theory Basics

BTech Physics Module

Quantum Wave Functions

Modern Physics Engineering

Introduction to Quantum Mechanics RGPV

Engineering Physics Quantum Mechanics

BTech 1st Year Physics syllabus

Schrödinger equation tutorial

Quantum wave nature

de Broglie wavelength

Wave packets and group velocity

Quantum mechanics for engineering

Free particle wavefunction

Quantum uncertainty principle

Quantum mechanics notes for RGPV

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