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Quantum Mechanics: Schrödinger Equation vs. Hamiltonian Operator
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Related lectures (40)
Quantum to Classical Mechanics: MD & MC Simulations
Covers Molecular Dynamics and Monte Carlo Simulations, transitioning from Quantum to Classical Mechanics in computational chemistry.
Mechanics: Equilibrium Points and Stability
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Newton's Laws: Motion and Interaction
Explores Newton's laws of motion, inertia, force, momentum, and action-reaction principle, with practical examples.
Equations of Motion and Stability
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Example: Weight Variation
Covers weight variation in different scenarios and forces in different reference frames.
History of Mechanics
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Explores the historical works of Galileo and Newton in the field of mechanics.
Mechanics: Introduction and Calculus
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Introduces mechanics, differential and vector calculus, and historical perspectives from Aristotle to Newton.
Geometric Locus and Mechanics
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Covers geometric locus, cone sections, Kepler's problem, Newton's laws, and conservation laws.
Quantum Mechanics: Harmonic Oscillator and Molecular Interactions
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Discusses the harmonic oscillator in quantum mechanics and its implications for molecular interactions and energy levels.
Quantum Mechanics Basics
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Covers the basics of quantum mechanics, focusing on solving the non relativistic Schrodinger equation.
Forces and Pressure: Understanding Newton's Laws
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Covers the fundamental concepts of forces and pressure, focusing on Newton's laws.
Thermophysical Properties: Models and Applications
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Explores classical and quantum models to understand heat capacity in solids and discusses the relation between heat capacities at constant volume and pressure.
Rotation in Two Dimensions
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Introduces angular momentum, uniform circular motion, rectilinear motion, and Kepler's second law.
Quantum Mechanics: Particle Detection
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Explores the impact of particle detection on quantum systems, including energy outcomes, wave function behavior, and eigenstate approximation.
Building Tomorrow’s Electronics: From Atoms to Devices
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Delves into the evolution of transistors, the impact of quantum effects on nano-devices, and the functionality of memristors.
Modes of Momentum Transport and Viscosity
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Explores momentum transport modes, fluid density, viscosity, and Newton's law, with examples and exercises.
Advanced Physics I: Oscillations and Kepler's Laws
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Quantum Mechanics: Density Matrix Formalism
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Explains the density matrix formalism in quantum mechanics, covering pure and mixed states, their properties, and evolution over time.
Angular Momentum Balance in Continua
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Explores stress tensor symmetry through angular momentum balance in continua, covering topics like energy conservation and constitutive laws.
Straight Shock Waves: General
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Covers shock wave relationships, conservation laws, and entropy increase for weak shocks.
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