Biophysical Chemistry
Explore protein structure, folding mechanisms, and biophysical techniques. Gain insights into forces driving protein stability, denaturation processes, and experimental methods for studying protein dynamics.
Introductory Organic Chemistry I
Explore atomic structure, molecular orbital theory, alkanes, cycloalkanes, and their properties in this comprehensive introduction to organic chemistry fundamentals.
Mathematical Modelling in Biology - Enzyme Kinetics and Perturbation Theory - Lecture 2
Explore enzyme-substrate reactions using separation of timescales and perturbation analysis to derive solutions and simplify complex biological systems.
NYU Tandon's Ultra-sensitive Whispering Gallery Mode Biosensor - Part One: Motivation and History
Explore ultra-sensitive biosensors for pathogen detection, focusing on whispering gallery mode technology and its applications in virus detection and molecular spectroscopy.
Advanced Thermodynamics
This course offers step-by-step understanding of required thermodynamic properties to handle such equilibrium cases and explore possible ways of solving problems associated with non-ideality in VLE, LLE, VLLE and SLE for multicomponent mixtures.
Quantum Mechanics and Molecular Spectroscopy
Explore fundamental principles of quantum mechanics and molecular spectroscopy through comprehensive lectures, gaining insights into atomic and molecular behavior and spectroscopic techniques.
Quantum Mechanics and Molecular Spectroscopy
Explore fundamental principles and applications of quantum mechanics and molecular spectroscopy through comprehensive lectures, enhancing understanding of atomic and molecular behavior.
Thermodynamics II - Prof. Dr. Deniz Üner
Explore advanced thermodynamics concepts, including chemical equilibria, phase stability, fugacity, and multicomponent mixtures. Gain insights into Gibbs energy, activity coefficients, and chemical reaction equilibrium.
Quantum Chemistry
Explore fundamental concepts of quantum chemistry, from wave-particle duality to Schrödinger equations, probability, and quantum operators, providing a comprehensive foundation for advanced chemical studies.
Introduction to Principles of Plasma Diagnostics - Lecture 1
Explore the fundamentals of plasma diagnostics, including their importance and applications in various types of plasmas. Gain insights into this crucial field of study.
Equilibria and Imaging in Plasma Diagnostics - Lecture 15
Explore X-ray imaging in plasma diagnostics, covering spectra modeling, filters, and detectors. Learn key techniques for analyzing plasma equilibria and interpreting imaging data.
Line Broadening in Plasma Diagnostics - Lecture 16
Explore natural, Doppler, Stark, and Zeeman mechanisms for line broadening in plasma diagnostics. Gain insights into advanced spectroscopic analysis techniques for plasma research.
Principles of Plasma Diagnostics - Neutral Particles - Lecture 18
Explore neutral particle behavior in plasmas, their diagnostic applications, and impact on plasma dynamics. Gain insights into advanced plasma physics concepts and measurement techniques.
Are the Laws of Physics Actually Fine-Tuned?
Explore the concept of fine-tuning in physics, examining the anthropic principle, multiverse theory, and the delicate balance of universal constants that allow life to exist.
How to Calculate the Normality of a Solution
Learn how to calculate the normality of a solution using a simplified formula in this 11-minute chemistry video tutorial. Explore the concept of normality and its relationship to solution concentration. Gain practical skills in applying the formula to so…
The PRIYA Simulations of the Lyman-alpha Forest
Explore the PRIYA Simulations of the Lyman-alpha Forest in this 15-minute conference talk by Simeon Bird from UC Riverside. Delve into cutting-edge research on dark matter and cosmic structure formation, focusing on the Lyman-alpha forest as a powerful p…
Quantifying Large-Scale Dynamics of Complex Molecular Assemblies
Explore quantitative methods for analyzing large-scale dynamics in complex molecular systems, focusing on advanced techniques and their applications in molecular biophysics.
Computational Biophysics Approaches to Mechanosensing
Explore computational biophysics methods for understanding mechanosensing, focusing on cutting-edge approaches and their applications in molecular biology research.
Introduction to Applications of Quantum Computing to Quantum Chemistry - Class 3
Explore quantum computing applications in quantum chemistry, focusing on advanced concepts and practical implementations.
Introduction to Applications of Quantum Computing to Quantum Chemistry - Class 4
Explore quantum computing applications in quantum chemistry, focusing on advanced concepts and practical implementations.
Constant-pH MD Simulations as a Tool to Unveil pH Effects on Biomolecules
Explore constant-pH MD simulations to uncover pH effects on biomolecules. Gain insights into advanced molecular biophysics techniques and their applications.