Crash Course on Quantum Mechanics | Commutators, Continuous Basis, Uncertainty, Mean | CSIR NET скачать в хорошем качестве

Crash Course on Quantum Mechanics | Commutators, Continuous Basis, Uncertainty, Mean | CSIR NET

#potentialg Welcome to this Crash Course on Quantum Mechanics, specially designed for CSIR NET, GATE Physics, and IIT JAM Physics aspirants. In this session, we cover the most fundamental and high-weightage concepts that form the core of Quantum Mechanics and frequently appear in PYQs. ⭐ Topics Covered: ✅ Commutator Brackets ✅ Continuous Basis & Dirac Notation ✅ Uncertainty Principle ✅ Expectation Value (Mean) ✅ Connecting Position Space to Momentum Space (Fourier Transform) This lecture helps you master the mathematical foundation needed for advanced quantum physics, eigenvalue problems, and operator formalism. Perfect for quick revision, last-minute preparation, and concept strengthening for competitive exams. 🎯 Suitable for: CSIR NET Physical Sciences GATE Physics IIT JAM Physics All Quantum Mechanics courses If you find this helpful, don’t forget to LIKE, SHARE, and SUBSCRIBE for more exam-oriented physics lectures. crash course quantum mechanics, commutator bracket csir net, commutators quantum mechanics gate, continuous basis quantum mechanics, dirac delta basis, uncertainty principle csir net, mean expectation value quantum mechanics, position momentum relation quantum mechanics, Fourier transform wavefunction, quantum mechanics csir net pyqs, gate physics quantum mechanics, IIT JAM quantum basics, operator formalism quantum mechanics #QuantumMechanics #CSIRNETPhysics #GATEPhysics #IITJAMPhysics #Commutators #UncertaintyPrinciple #ContinuousBasis #ExpectationValue #PositionMomentum #FourierTransform #CSIRNET2025 #GATE2026