Consortium | Labex Action

Switch language

Intet replika Rolex ur er komplet uden high-end autentiske Rolex tilfælde til at holde dem sikre. Holdbar og luksuriøs,luksus replika ure danmark disse er perfekte til en fornuftig opbevaringsløsning eller en autentisk præsentation.

Consortium

 femto icb lnio

 Designing smart objects, obtained by integrating functions of perception, processing, decision, and action inside materials and structures requires a highly multidisciplinary approach.

 

The FEMTO-ST/ICB/LNIO consortium will foster a unique combination of expertise in "Mechanics, Energy, Processes" and "Information and Communication Technologies” so as to establish itself as a major international player, and a national driving force to secure the next revolution in smart embedded systems. This multidisciplinary panel should unveil unsuspected disruptive results and spur scientific revolutions, in a sustainable development approach.

 

 

FEMTO-ST institute - Franche Comté Electronique Mécanique Thermique et Optique

UMR CNRS 6174 -UFC, ENSMM, UTBM (classée A+ par l’AERES en 2011)

The activities of FEMTO-ST are centered on engineering Sciences, and are organized in 3 major fields:

  • Information & Communication (optics, acoustics, micro- & nanosystems, time-frequency, mechatronics, advanced control),
  • Materials & Structures (mechanics, surface sciences),
  • Energy (metrology & design of energy systems).

ICB - Interdisciplinary Carnot Laboratory

UMR CNRS 6303 -UB (classée A par l’AERES en 2011)

The laboratory is active in the following fields:

  • Photonics, optical communications, optical fibers, nanophotonics and lasers;
  • Nanosciences, plasmonics, nanotechnologies and nanomaterials for the health sector,
  • Metallurgy, corrosion, durability, assembly of materials especially with studies on new processes, microstructures, surfaces treatment;
  • Sustainable development, with activities on fuel cells, sensors, porous materials, cements fabricated with low CO2 emissions, nuclear waste storage and material sorting

 

LNIO - Laboratory of Nanotechnology, Instrumentation and Optics

UMR CNRS 6279-UTT classé A+

The main LNIO’s field of research is nano-micro-optics/photonics.

The activity is divided in 6 research topics:

  • Nano spectroscopy, instrumentation & nano sensors
  • Nano photochemistry & molecular plasmonics
  • Micro & nano photonics
  • Nano biophotonics
  • Plasmonics: modeling & simulation
  • Nanofabrication & surface functionalization

 

 

La prima linea di difesa è lo scudo magnetico all'interno della custodia. Realizzato in leghe ferromagnetiche,imitazione rolex orologi circonda e protegge il movimento. Questa invenzione è stata brevettata da Rolex nel 1956 e da allora è stata ulteriormente migliorata. La seconda linea di difesa coinvolge alcune delle componenti chiave del movimento,high quality replica watches realizzate con materiali innovativi non magnetici.