Laboratories Fotontech Project Optoelectronics Research Center CCO UPB

LABORATORIES
	Solid Dielectric Materials
	Ferroelectric Materials
	The Conductive Properties of Materials
	Optoelectronic Devices
	Ferromagnetic Materials
	Ferrimagnetic Materials

FOTONTECH PROJECT
Research network on mixed technologies for micro / nano photonics

General info

Aim: to create a critical mass based on recognized research groups with different expertise in this field and to provide a platform to its academic and industrial partners for sharing and integrating research facilities and research know-how in the field of mixed technologies for micro / nano photonics.

The network intends to integrate state-of-the-art research infrastructure resulting from strategic institutional and national investment programs in the last 5-7 years and will create a trans-disciplinary partnership, combining excellence in different scientific areas: chemistry, physics, materials science, photonics, chemical engineering, nano and technologies, etc.

Objectives

1 . to build long-lasting relationships in which the partners can focus their resources and their core competence and infrastructure while relying on other partners for complementary competence and infrastructure
2 . to educate graduate and Ph.D. students for a professional career in the fields of optical communication and microphotonics and training of researchers and engineers
3 . to disseminate results and contribute to technological innovation through cooperation with industry.
4 . to co-operate with other networks

Partners

National Institute for Research and Development in Microtechnologies (IMT Bucharest) – Micro and nano-Photonics Laboratory

National Institute for Laser, Plasma and Radiation Physics – Laser Department

‘Politehnica’ University of Bucharest – Optoelectronics Research Center (UPB-CCO)

‘I.G. Murgulescu’ Institute for Physic Chemistry – Oxide Materials Science Laboratory

‘A.I Cuza’ University of Iasi

ICEPALV S.A

Resources

In conjunction with the partners, facilities are available for mask-making, electrical and optical testing. In addition, the Optoelectronics Research Center has been developed for the following programs: semiconductor laser modules for fiber optic communications; high power pulsed semiconductor laser; semiconductor laser measurement equipments; diffractive and waveguide optics; computer workstation for analysis and ASAP 8.0

Facilities

Multiple SAW (Surface Acoustic Wave) Sensors	Optical Method for Constructive Measurements of Interdigital Transducers	Light Power Measurements in a Large Spectral Range (700 -1800 nm)

Laser Diodes for Fiber Optic Communication (1310nm and 1550nm)	High sensitivity and high speed silicon photodetectors	High accuracy 3D positioners

Personnel
	Cristea Ionica, Senior Researcher in the optoelectronics laboratory , UPB-CCO (room A 202)
	Grosu Neculai Ph.D in the optoelectronics laboratory, UPB-CCO (room A 210)