News and events
A young scientist from REC FMN spoke about the "Russian method" of teaching at MSTU and the creation of integrated photonics devices.
Vitaly Ryzhkov presented the latest achievements of the center in the field of personalized medicine
The posters were devoted to the technologies of creating photonic integrated circuits (PIC) with low losses.
Alexander Baburin made a presentation “Electro- and thermo-optical photonic integrated circuits for single-photon applications”.
Vitaly Ryzhkov made a presentation “How to place a laboratory on a chip?”
FMN Lab team developed an automated pressure maintenance system for microfluidic lab-on-chip
Twenty-four BMSTU freshmen took part in the scientific and technological movement “Lift-off lithography” organized by FMN Lab team
Alexander Baburin made a presentation Low-loss quantum photonic integrated circuits fabrication.
Photo by the BMSTU photographer Sergey Kushlevich recognized as the best in the category “People in Science”
The microfluidic laboratory-on-a-chip will provide ultra-accurate diagnostics of viral and bacterial infections.
FNM Lab team developed a self-controlled cleaving method for silicon DRIE process cross-section characterization
The team introduced the key areas of research and invited young talents to join it.
One of the leading European manufacturers of microfluidic instruments devoted a review material to a device manufactured at FMN Laboratory.
FMN Lab team developed a new method of cyclic on-chip bacteria separation and preconcentration
New waveguides with unique properties will find application in waveguide optical sensors, highly sensitive plasmon sensors and optical interconnects for new generation processors.
Alexander Baburin, Ph.D., Head of Nanophotonics at FMN Laboratory was awarded the prize for young scientists of the Moscow Government in the “Advanced industrial technologies” category.
Digital design as a key approach to shortening MEMS development cycle.
A team at the University of Chicago made a quantum material called an exciton condensate using a 53-qubit IBM Quantum Hummingbird processor according to a new paper, demonstrating an exciting use for near-term quantum devices for physicists.
FMN Laboratory team fabricated silver films that improve their properties over time.