Research

Research
Optical binding in tractor beam enhances the optical forces acting on micro-particles. This method opens new opportunities in a controllable light-driven self-organization, sorting and transport of colloidal matter. continue
Research
On 15. February 2018 at 14:00 Prof. Dr. Monika Ritsch‐Marte, Director of the Division for Biomedical Optics, Medical University of Innsbruck gave a public lecture entitled “Multi-colour wavefront holographic shaping for advanced microscopy” in the lecture hall of Institute of Scientific Instruments of the CAS, v. v. i.. The lecture was realized within the project European Structural and Investment Funds Operational Programme Research, Development and Education. continue

Opto-mechanics of colloidal photonic structures in under-damped regime

Within this project we will focus on opto-mechanical aspects of photonic structures composed from microobjects and nanoobjects of various sizes and materials in under-damped regime. Depending on the particles material, two approaches for their self-arrangement will be used. In the firs approach their self-arrangement will be done by optical force interaction between objects inside the microstructure, by so called optical binding. In the second, particles will be confined in the Paul trap and their self-arrangement will be given via Coulomb interaction.

English
Research
On 23. January 2018 Prof. Dr. Markus A. Schmidt, head of the research group Fiber Sensors at the Institute for Photonic Technologies (IPHT) gave a public lecture entitled “Solid and nanowires in fibers - a base for new nonlinear phenomena, single nanoobject detection and plasmonics” in the lecture hall of Institute of Scientific Instruments of the CAS, v. v. i.. The lecture is realized within the project European Structural and Investment Funds Operational Programme Research, Development and Education. continue

Pages

Subscribe to RSS - Research