・
Intro to Nanophotonics ▶1:08:47・
Lec 1: Introduction to Nanophotonics & Plasmonics ▶59:59・
[Nanophotonics] 1. Course Introduction ▶40:31・
nanoHUB-U Nanophotonic Modeling L1.1: Introduction ▶7:17・
Nanophotonics, Plasmonics, And Metamaterials [Introduction Video] ▶5:15・
Fundamentals of Nano and Quantum Photonics ▶10:47・
Nanophotonics & Plasmonics - Ch.1 | Historical Survey ▶25:02・
1.1 Review of Maxwell's Equations ▶18:01・
Nanophotonics & Plasmonics - Ch. 8 | Surface Plasmons (1/2) ▶25:38・
Nanophotonics & Plasmonics - Ch. 11 | Optical Spectroscopies & Sensing (2/2) ▶18:43・
Nanophotonics & Metamaterials L1.3: Metasurfaces ▶38:24・
Photonic Crystals ▶4:49・
Nanophotonics & Plasmonics - Ch. 14 | Nonlinear Plasmonics ▶21:41・
Lumerical FDTD Nanophotonic Scattering Tutorial (Part 1) ▶33:16・
Nanophotonics & Plasmonics - Ch. 9 | Localized Surface Plasmons (1/3) ▶22:11・
Nanophotonics & Plasmonics - Ch. 9 | Localized Surface Plasmons (2/3) ▶24:06・
nanoHUB-U Nanophotonic Modeling L1.5: Photonic Bandstructures and Bandgaps: Crystal Waveguides ▶19:20・
Lumerical FDTD Nanophotonic Scattering Tutorial (Part 2) ▶47:17・
Lec 20: Plasmonic nanoparticles: Antenna & Waveguides ▶48:48・
Fabrication of Nano Photonic Devices in Complex Oxides Doped with Rare Earth Elements ▶31:24・
Lec 11: 1D Photonic crystals ▶52:30・
Lec 17: Surface Plasmon Polaritons (SPP): Fundamentals ▶46:03・
Characterization of nanophotonic devices far below the diffraction limit workshop ▶1:38:31・
5.5 Applications of Photonic Crystals ▶21:22・
Photonic Neuromorphic Computing: The Future of AI? ▶12:47・
UV-Vis Tutorial | Part 1: Intro to Measuring Nanoparticles ▶9:46・
Lumerical FDTD for Periodic Structures (Metasurfaces) ▶37:58・
Write your own 1D - FDTD program with python ▶55:29・
Lumerical FDTD Python API tutorial ▶1:06:15・
Lec 8: Reflection and refraction: Fresnel equations ▶48:23・
Chiptech to Icebergs: Training the World for the future of Physics – University of Twente ▶5:49・
Generating and manipulating single photons with semiconductor devices ▶41:14・
Two dimensional photonic crystals. ▶37:11・
1.2 Wave Equation ▶22:35・
1.4 Propagating and Evanescent Waves ▶43:19・
Lec 19: Localized surface plasmon resonance (LSPR) ▶49:23・
FDTD Simulations with Meep ▶1:31:52・
Optical Properties of Nanomaterials 10: Semiconducting nanoparticles ▶35:48・
Lec 2: Introduction to Metamaterials and Metasurfaces ▶52:28・
Rainer Hillenbrand: Nanophotonics with phonon polaritons in 2D materials ▶48:54・
Lec 9: Absorption, dispersion & scattering of light ▶38:10・
Chinese 31 Year Old Scientist Shen YichenPhotonic Chip Technology Emerges! ▶14:53・
6.5 Dielectric Metasurfaces ▶20:41・
Lec 12: Dispersion relation and photonic band structure ▶54:06・
Slowing Down the Fastest Thing in the Universe | TU Delft Quantum researchers highlighted ▶1:41・
Nanophotonics & Plasmonics - Ch. 8 | Surface Plasmons (2/2) ▶26:19・
Nanophotonics & Plasmonics - Ch. 9 | Localized Surface Plasmons (3/3) ▶23:42・
🎙️Shaping Light, Shaping Futures: Innovation in Silicon Photonics |TSP | Prof. Bijoy Krishna Das ▶1:38:11・
15 years of Nature Nanotechnology with Feng Gao and Jennifer Dionne ▶1:37:08・
Microsensors and Nanosensors Week 1 | NPTEL ANSWERS | My Swayam *nptel *nptel2025 *myswayam ▶2:08・
Rapid freezing of intracellular calcium ion propagation in milliseconds ▶0:08・
Spin, photons and phonons: diamond nanophotonics ▶46:47・
2D Material Workshop 2017: Nanophotonics ▶51:02・
Quantum Leap: Scientists Reveal the Shape of a Single Photon for the First Time *scientific ▶3:06・
Tiny Polaritons Are a Game-Changing Discovery in Nanophotonics You Can't Miss! | Sensorium ▶1:00・
Microfluidics: Shaping the Future of Nanophotonics! *biology *sciencefather **shortsfeed *shorts ▶0:35・
Solar steam used to clean human waste in the developing world ▶2:03・
Light-Driven Cognition: The Rise of Neuromorphic Photonic Chips ▶0:49・
DNA Origami: Creating Tunable Structures for Nanomaterials Design ▶18:23・
Enhancing and Shaping Radiation from High-Energy Particles with Nanophotonics ▶56:00・
Revolutionary Asymmetric Metasurface Enables Tunable Photon Entanglement | Quantum Breakthrough ▶4:25・
Meta’s Ultra -Thin Laser Display:The Future of AR& Screen ▶1:05・
Harvard’s Ultra-Thin Metasurfaces: Quantum Photon Control & Scalable Chips Explained ▶8:35・
Revolutionizing Quantum Computing with Metasurfaces ▶8:24・
Revolutionizing Quantum Computing: Harvard's Breakthrough Metasurface for Photon Control ▶7:07・
Harvard's Quantum Leap: Metasurfaces Control Photons Using Graph Theory ▶6:32・
Scientists Twist DNA into Self-Building Nanostructures That Could Transform Technology ▶16:24・
Revolutionizing Displays: Flat-Panel Laser Technology ▶8:52・
Revolutionizing AI: Lightmatter's 3D Photonics vs. Traditional Computing ▶10:28・
Breakthrough in DNA Nanotechnology: Programmable Moiré Superlattices Explained! ▶18:46・
Fundamental Performance Bounds in Nanophotonics ▶1:35:17・
Exploring DNA Moiré Superlattices: A New Frontier in Nanotechnology ▶13:52・
What Is Nanophotonics? - The SciFi Reel ▶3:06・
DNA Origami: Creating Tunable Nanostructures with Moiré Superlattices ▶13:45・
Quantum Optical Skyrmions: First Single-Photon Topological Light on a Chip! ▶2:01・
Quantum Sensor Breakthrough: Detecting Faint Molecular Vibrations for Early Disease ▶4:34・
Revolutionary Light Control: Van der Waals Materials Create Optical Vortex Beams ▶5:09・
Twisted Light: Ultra-Thin Materials Create Optical Vortices for 100× Faster Internet ▶4:48・
Unveiling the Secret Shape of Light: A Quantum Leap in Photon Physics ▶10:35・
The Architects of Light: Designing the World of Nanophotonics ▶10:38・
The Advancement of Nanophotonics ▶0:52・
Unveiling Nanophotonic Circuits ▶0:53・
Quantum Nanophotonics: Advancing Computing and Networks ▶26:30・
Photonics enabling the nano and bio-science world. ▶9:52・
OtaNano - National Research Infrastructure for Micro- and Nanotechnologies ▶3:16・
The Relativistic Photon: Confinement, Spacetime, and Quantum Reality ▶12:00・
Simulating Light from Free Space to Nano-Scale: Dynamic Link Between Zemax & Lumerical-Part1 ▶17:41・
NanoPhotonics ▶3:54・
Revolutionary Ultrafast Light Switch: Breakthrough in Nanophotonics Explained ▶3:58・
nanoHUB-U Nanophotonic Modeling L2.2: Multilayered Photonic Systems: Wave Optics Transfer Matrices ▶22:24・
nanoHUB-U Nanophotonic Modeling L4.9: Improving FEM Accuracy ▶7:32・
Nanophotonics, Plasmonics, and Metamaterials ▶31:51・
nanoHUB-U Nanophotonic Modeling L1.2: Photonic Bandstructures and Bandgaps: 1D Bandstructures ▶19:58・
04/22/2025 --- Shanhui Fan --- Opportunities of Photonics at Nanoscale ▶1:07:30・
Oliver Benson - Quantum Nanophotonics ▶1:26:50・
Nanophotonics ▶13:00・
Dr. Michal Lipson, Columbia University Professor: Nanophotonics' Impact on Our Society ▶17:48・
Ultracompact Nanophotonic Devices and Diffractive Structures for Imaging — Majumder ▶51:09・
Nanophotonics & Plasmonics - Ch. 12 | Photonic vs Plasmonic Waveguides (1/2) ▶15:45・
Revolutionizing Nanomaterials: Programmable DNA Moiré Superlattices ▶15:03・
Physics Colloquium, "Ultrafast quantum and classical nonlinear nanophotonic circuits" ▶59:04・
Nanophotonics & Plasmonics - Ch. 12 | Photonic vs Plasmonic Waveguides (2/2) ▶14:29・
Applying Sub-wavelength Electromagnetics and Nanophotonics for Energy Conversion ▶26:39・
DNA Origami: Creating Tunable Nanostructures for Metamaterials & Nanophotonics ▶15:24・
Sheng Shen: Nano Energy ▶3:52 >>次へNext
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