PIP enables versatile on-chip exploration of topological models, promising transformative advances in photonic circuitry.
OPOs generate tunable coherent radiation via nonlinear frequency conversion, filling spectral gaps left with lasers.
By Ibtisam Abbasi
6 Feb 2024
Transformation optics, pioneered by Pendry in 2006, manipulates light via metamaterials for applications like cloaking and improved antennas.
Integrated photonics enhance data center efficiency with high-speed, energy-efficient light-based data transmission and processing.
Exploring photonic topological insulators for robust light manipulation and potential in quantum computing and communication.
Organic photonics leverages carbon-based materials for light-based tech, enhancing optoelectronics with flexibility and tunability.
Structured light enhances quantum communication by exploiting light's DoFs for high-dimensional, secure data transfer.
By Ibtisam Abbasi
25 Jan 2024
Exploring advanced complex beam shaping techniques for optimizing laser applications in material processing, medical treatments, and communication.
Chronobiophotonics merges photonics and circadian biology to regulate biological clocks with light, offering new treatments and diagnostics.
Photonic design involves developing optical components and systems that use light for computing, communications, and sensing. With the growing complexity of these systems, the adoption of machine learning has proven effective in modeling intricate structures and extracting valuable insights from extensive datasets.