Lectures related to Atomic, molecular, and optical physics

Quantum Optomechanics: Light-Matter Interactions in Molecular Vibrations

Explores molecular quantum optomechanics, discussing light-matter interactions in molecular vibrations and the quantization of these vibrations.

Polymer Rheology: Relaxation and Molecular Spectra

Explores polymer rheology, focusing on relaxation phenomena and molecular spectra.

Quantum correlations: Light and Molecular Vibrations

Explores quantum correlations between light and molecular vibrations, covering Raman scattering, optomechanical interaction, and zero-point fluctuations.

Molecular Sciences: Software Solutions

Explores software solutions for molecular sciences, covering cell-cell signaling, macromolecular dynamics, and machine learning.

Molecular Rotations and Vibrations: Quantum Physics Insights

Explores molecular bonds, rotations, vibrations, photon interactions, and quantum physics challenges.

Light & Matter: Optical Properties and Functional Materials

Explores light interaction with optical media, refractive index, wood structure, and tunable optics in bio-based materials.

Quantum Optomechanics: Molecular Vibrations and Light Correlations

Delves into quantum correlations between light and molecular vibrations, exploring Raman scattering, phonon quantization, and optomechanical systems.

Quantum and Nanocomputing: Molecular Energy Spectrum and Conduction Mechanisms

Explores molecular energy spectrum analysis, conduction mechanisms in quantum dots, and transmission spectrum in molecular systems.

3D Printing of Optical Metasurfaces

Covers the fabrication of optical metasurfaces using 3D printing methods and their applications in various optical devices.

Complex Refractive Index

Explores the complex refractive index, its role in light propagation, absorption, and reflectivity.

Quantum correlations: light and molecular vibrations

Explores quantum correlations between light and molecular vibrations, covering Raman scattering, light-vibration entanglement, and optomechanical interactions.

Surface Characterization: SPM, Raman & IR

Covers surface characterization techniques like SPM, Raman & IR spectroscopy, including AFM modes, artifacts, calibration, molecular vibrations, and IR/Raman spectroscopy principles.

Quantum Optics I: Wigner Function

Covers the concept of the Wigner function in quantum optics.

Electrochemically Active Metasurfaces: Innovations in Heat Management

Covers the use of electrochemically active metasurfaces for effective multispectral radiative heat management and their implications for energy efficiency and dynamic thermal regulation.

Spectral Lines: Molecular Transitions

Covers molecular transitions in the Radio Universe, focusing on oxygen, carbon, and CO emission.

Raman & IR Spectroscopy: Molecular Vibrations & Spatial Resolution

Explores the molecular origin of IR absorption, Raman scattering, and the spatial resolution challenges in spectroscopy.

Analog/Digital Systems: Introduction to Signal Conditioning

Introduces analog/digital systems, sensor treatment, signal conditioning, and practical electronic system design.

Terahertz Spectroscopy: Principles and Applications

Explores the terahertz spectral domain and its applications in various fields.

Nonlinear Optical Processes

Explores nonlinear optical processes, single-mode lasers, mode selection, resonator dynamics, bandwidth limitations, and parametric processes.

Molecular Vibrations & Normal Modes

Explores molecular vibrations, normal modes, IR & Raman activity, and symmetry analysis.