Lectures related to Optical rotation

Explores optical activity, birefringence, polarization of light, and liquid crystal displays.

Explores amino acids, chirality, optical rotation, and isomerism, emphasizing the importance of structure and configuration in biological molecules.

Explores enantiomers, stereo isomers that are non-superimposable mirror images, and their significance in chemistry.

Explores the compounds behind the aroma, color, and sweetness of strawberries, emphasizing the importance of organic chemistry in everyday compounds.

Explores optical activity, polarization rotation, chiral molecules, liquid crystals, and optical isolators.

Explores the structures of amino acids, chirality, enantiomers, and optical activity, emphasizing their significance in organic chemistry.

Discusses isomers, chirality, and the stability of coordination complexes.

Provides an overview of stereochemistry, focusing on molecular configurations, chirality, and their implications in organic chemistry.

Delves into axion strings in CMB experiments, covering string networks, axion mass constraints, photon interactions, and charge quantization.

Explores mass spectrometry, isomers, enantiomers, and boiling points in mixtures.

Explores linear polarization generation, birefringence, dichroism, and crystal classification.

Explores the angular momentum theorem in gyroscope dynamics and symmetrical motion.

Explores chirality in space orientation, right hand rule, vectors properties, kinematics, and accelerations in physics.

Explores molecular chirality rules, priority orders, Z and E isomerism, and energy barriers in rotational isomerism.

Covers the general formalism for nonlinear susceptibility in optical response and wave propagation.

Explores rectilinear and circular polarizations, including impedance and phase relationships.

Discusses molecular chirality, its rules, and its significance in organic chemistry.

Covers X-ray diffraction in crystals, focusing on diffraction principles and constructive interference.

Introduces the properties and interactions of liquid crystals, covering birefringence, defects, disclinations, and chiral phases.

Explores the generation, manipulation, and applications of polarized light using techniques like polarizers and wave plates.