News and events

"Ultrafast quantum photonics enabled by coupling plasmonic nanocavities to strongly radiative antennas"

Alexander Baburin, Head of Photon Devices Fabrication at FMN Laboratory shares his team’s current achievements and makes plans for the future. 

“Work on the creation of the Russian quantum computer continues remotely, scientists adhere to the established schedule”, Ilya Rodionov reported to TASS agency.

Indicator.Ru, a popular Russian scientific portal, interviewed one of the leading participants of FMN Lab superconducting quantum computing project Aidar Gabidullin.

Daria Ezenkova, process engineer at FMN Laboratory and 5th year student of BMSTU, took second place in the contest “Student of the Year” in the “Researcher of the Year” nomination.

Dmitry Moskalev's poster, devoted to the development of technology for creating parametric microwave amplifiers, named the best.

FMN Laboratory team received patents for a multi-stage technology for manufacturing plasmon lasers (spazers) and sensors with unique characteristics. The new method was a breakthrough solution in the field of plasmonics and allowed, in particular, the creation of a plasmon nanolaser (spaser) with record spectral characteristics and a biological sensor with a record sensitivity of 3 ppt.

The Minister walked around the cleanroom premises of the center and was acquainted with the leading technological developments of the FMN team.

The guest of the live broadcast was Ilya Rodionov, FMN Laboratory Director. He shared the latest achievements of the team in the field of nanophotonics and the creation of materials with unique properties.

The focus is on the microfluidic flow sensor developed by FMN Laboratory team.

Aidar Gabidullin, Senior Researcher at FMN Laboratory, included in the list of participants in the prestigious industry competition “Rosatom Man of the Year” in the “Rising Star” nomination.

A team of researchers from the FMN Laboratory and Purdue University has developed a new device with record-breaking performance to increase the range of safe data exchange.

From nanophotonics projects to lab-on-a-chip developments and quantum computing.

Ilya Rodionov gave an interview about the unique developments of the team in the field of quantum computing.

FMN Laboratory team has created Russia's first superconducting qubit-fluxonium. The qubits of this type are promising elements of quantum processors.

Ilya Rodionov commenting Google’s quantum superiority.

Ilya Rodionov took part in the “Light of Science” program with Andrei Bychkov. 60 minutes of a fascinating conversation about qubits, photons, and microfluidic flow sensors.

In this paper, we introduce the simulation results and fabrication technology of dielectric-metal-dielectric long-range nanoplasmonic waveguides, which consists of a multilayer stack based on ultrathin noble metals in between alumina thin films.

Photo reportage from the FMN Laboratory by RIA photo correspondent.

“The retrieval of a thin silver film dielectric constant by resonant approach”.