14:41

Biomarkers Identification, Types, Applications, and Challenges (Notes included)

10:53

Modeling for Dynamical Systems (Notes and Sample MATLAB code included)

10:25

The Determinant of a Matrix (Notes included)

09:05

Integration by Parts (Notes included)

06:55

Legendre Transforms (Notes included)

11:00

Lagrangian Multipliers (Notes included)

16:17

Noether's Theorem: Symmetries and Conservation Laws (Notes included)

12:16

Lagrangian Mechanics (Notes included)

08:54

Angular Momentum in Quantum Physics (Notes included)

14:02

Angular Momentum in Classical Physics (Notes included)

14:08

Magnetic Dipole Moment and Spin Angular Momentum (Notes included)

15:22

Solving Partial Differential Equations via Separation of Variables (Notes included)

36:44

Introduction to Complex Numbers (Notes included)

08:21

Stationary States and Energy Quantization (Notes included)

09:52

Planck's Constant

07:06

Singlet and Triplet States (Notes included)

09:59

Mathematical Modeling of Neural Signaling (Notes included)

16:19

Quantum Mechanics of the Hydrogen Bond (Notes included)

08:38

A Classical Model of DNA Stability (Notes included)

12:45

DNA Replication and Mutation (Notes included)

12:01

The Displacement Operator in Quantum Mechanics (Notes included)

11:27

Coherent Quantum States (Notes included)

11:07

Time Evolution of Quantum Operators (Notes included)

11:49

Raising and Lowering Operators in Quantum Mechanics (Notes included)

09:28

The Dirac Delta Function and the Fourier Transform (Notes included)

14:45

Fermi's Golden Rule on Quantum Transition Rates (Notes included)

12:59

Reduced Mass (Notes included)

07:48

G-Proteins and G-Protein Coupled Receptors (GPCRs) (Notes included)

15:49

The Human Olfactory System (Notes included)

10:54

Applying Operators on Tensor Products (Notes included)

11:31

Bloch Representation of Quantum States (Notes included)

10:51

Radical Pairs Formation, Behavior, and Reactions (Notes included)

11:18

Bird Navigation

06:37

The Magnetic Field of the Earth

16:21

Exciton Migration (Notes included)

18:10

Quantum Coherence and Decoherence (Notes included)

10:50

Quantum Phases and Their Significance (Notes included)

11:35

Density Operators in Quantum Physics (Notes included)

14:35

Pure versus Mixed Quantum States (Notes included)

10:02

Introduction to Random Walks (Notes included)

17:22

Photosynthesis and Its Significance to the Ecosystem (Notes included)

12:17

Liver Alcohol Dehydrogenase (Notes included)

06:41

Invariance of the Trace of a Matrix (Notes included)

09:17

Zero-Point Energy (Notes included)

12:33

Fluorescence Activated Cell Sorting (FACS) (Notes included)

07:03

Potential Energy: From Physics to Human Actions

10:59

Enzymes and Their Kinetics (Notes included)

08:54

The Commutator and the Uncertainty Principle (Notes included)

09:53

Tensor Product: Theory and Applications (Notes included)

18:13

Quantum Entanglement (Notes included)

16:19

Cell Sorting and Analysis (Notes included)

14:19

Apoptosis Assays (Notes included)

11:57

Time-Dependent Expectation Values and Constants of Motion (Notes included)

13:14

Linear Independence and Dependence (Notes included)

10:47

Cell Migration and Invasion Assays (Notes included)

17:34

Proliferation and Cytotoxicity Assays (Notes included)

06:44

Image Analysis for Cellular Dynamics (Notes included)

10:58

Symmetry, Involutory, Unitary, and Hermitian Matrices (Notes included)

16:28

What is Spin in Quantum Physics? (Notes included)

10:44

Understanding Pauli Matrices in Quantum Mechanics (Notes included)