Sergei Gluchko

Sergei Gluchko

Researcher in nanophotonics

C2N, University Paris-Saclay

Biography

I studied physics at Belarusian State University and moved to France, where I did a Master program in nanoscience at École Normale Supérieure de Cachan. I continued working on nanoscale heat transfer and finished my Ph.D. at CentraleSupelec with Dr. Volz and Dr. Antoni. After my Ph.D., I moved to Japan and worked as a postdoc with Dr. Nomura on phonon transport in suspended silicon structures (nanowires, phononic crystals, and membranes). Currently, I am working as a researcher at C2N laboratory, the biggest research cleanroom facility in France. I am a part of TONIQ team and I study nanophotonics in III - V semiconductors. In particular, we design integrated nanolasers that can be used for near-infrared frequencies and optimize their performance.

Interests

  • Nanotechnology
  • Photonics
  • Spectroscopy
  • Phononics
  • Thermal Radiation

Education

  • PhD in physics, 2017

    CentraleSupelec, University Paris-Saclay

  • Master in physics, Nanoscience, 2014

    ENS Cachan

  • BSc in physics, 2013

    Belarusian State University

Skills

chip

Nanotechnology

90%

microscope

Optics

80%

python

Python

90%

statistics2

Statistics

100%

camera

Photography

50%

surfing

Surfing

30%

Experience

 
 
 
 
 

PostDoc

C2N, University Paris-Saclay

Jun 2020 – Present Paris, France
Working on nanophotonics with F. Raineri. My work includes: cleanroom nanofabrications, optical characterization, data analysis, and students supervision
 
 
 
 
 

PostDoc

IIS, The University of Tokyo

Nov 2017 – Jul 2019 Tokyo, Japan
Worked on nanoscale heat transfer in a team of M. Nomura. My work included: phonon transport theory, numerical modeling, cleanroom nanofabrications, optical characterization, data analysis, and students supervision
 
 
 
 
 

Teaching assistant

LPE, CentraleSupelec, University Paris-Saclay

Sep 2014 – Sep 2017 Châtenay-Malabry, France
Taught high temperature superconductors for first year engineer students
 
 
 
 
 

M2 internship

EM2C, CentraleSupelec, University Paris-Saclay

Apr 2014 – Sep 2014 Châtenay-Malabry, France
Worked on nanoscale heat transfer together with S. Volz, J. Ordonez-Miranda, and T. Antony
 
 
 
 
 

M1 internship

Magnet Systems Department, Fermilab

Jun 2013 – Sep 2013 Batavia, IL, US
Worked on Mu2e experiment on magnetic field characterization in detection solenoid
 
 
 
 
 

Student supervisor

Physics department, Lyceum of Belarusian State University

Sep 2009 – Sep 2012 Minsk, Belarus
Supervised Belarusian national team of highschool students to participate in IYPT, AYPT, ICYS

Projects

Phononics

Investigating phonon transport in phononic crystals, nanowires, and membranes.

Tuneable QCL

Designing a tuneable Quantum Cascade Laser for mid-infrared frequency operation.

Thermal SPhPs

Investigation of thermally excited surface phonon polaritons in nanostructured polar dielectric materials.

Recent Publications

Quickly discover relevant content by filtering publications.

Cross-plane thermal conductivity in amorphous Si/SiO2 superlattices

Here, we experimentally demonstrate thermal transport in amorphous atomic-scale superlattices that can provide lower thermal conductivity value than amorphous limit.
Roman Anufriev, Saeko Tachikawa, Sergei Gluchko, Yoshinori Nakayama, Tomoto Kawamura, Laurent Jalabert, Masahiro Nomura
PDF Project DOI
Cross-plane thermal conductivity in amorphous Si/SiO2 superlattices

Extended cavity quantum cascade laser with cavity resonator integrated grating filter

We demonstrate our design of a stable tuneable quantum cascade laser with extremely narrow operational frequency that can be tuned digitally.
S. Augé, Sergei Gluchko, A. L. Fehrembach, E. Popov, T. Antoni, S. Pelloquin, A. Arnoult, G. Maisons, A. Monmayrant, O. Gauthier-Lafaye
PDF Project DOI
Extended cavity quantum cascade laser with cavity resonator integrated grating filter

Thermal conductivity reduction in a silicon thin film with nanocones

We propose a cost-effective, large-area, and maskless nanofabrication method that creates external nanocones on the silicon surface while preserving its interior. Our experiments show that these nanocones reduce the thermal conductivity of thin silicon membranes by more than 40%.
Xin Huang, Sergei Gluchko, Roman Anufriev, Sebastian Volz, Masahiro Nomura
PDF Project DOI
Thermal conductivity reduction in a silicon thin film with nanocones
See all publications

Contact

  • 0170270515
  • 10 Boulevard Thomas Gobert
    91120 Palaiseau
  • First floor, office C102 next to the stairs
  • DM Me