Agreements and partnerships

a) Department of Physics of UFMG. (Belo Horizonte-MG)
* Performing electrical measurements. Electrical and optical sensors. RAMAN measurement. Optical Lithography in a clean room environment.
** Electrical characterization. Electrical and optical sensors. Raman. Optical Lithography.

b) Military Institute of Engineering IME. (Rio de Janeiro-RJ)
* Graphene oxide synthesis. Transmission electronic microscopy. Microwave absorption measurements.
** Graphene oxide synthesis. Transmission Electron Microscopy. Microwaves absorption.

c) National Synchronous Light Laboratory (LNLS), Infrared line (IR line). (Campinas-SP)
* Infrared Nanospectroscopy measurements. Sample preparation.
** infrared-nanospectroscopy. Sample preparation.

d) Max Planck Institut Für GravitationPhysik (Albert-Einstein-Institut) - Germany
* Ddevelopment of theoretical, numerical and computational tools and methods that can contribute to the advancement of knowledge in the field of quantum gravity and field theory.
** Development of theoretical and numerical and computational tools and methods that can contribute to the advancement of knowledge of the area of quantum gravitation and quantum field theory.

e) Cambridge University - England
* Ddevelopment of theoretical, numerical and computational tools and methods that can contribute to the advancement of knowledge in the field of quantum gravity and field theory.
** Development of theoretical and numerical and computational tools and methods that can contribute to the advancement of knowledge of the area of quantum gravitation and quantum field theory.

f) Institute of Advanced Studies - IEAv (São José dos Campos - SP)
* Investigation of Tsallis Theory or Statistics in Arrhenius Law for some reactions whose reaction rate or reaction constant is computed by computational and numerical methods. Theoretical, computational and numerical modeling of optical pulses generated by various types of laser with emphasis on the application and development of sensors to optical fiber.
** Investigation of the theory of statistics of Tsallis in the Arrhenius Law for some reactions whose reaction velocity or constant reaction is calculated by computational and numerical methods. Theoretical, computational and numerical modeling of optical pulses generated by several types of Laser with emphasis on application and development of sensors to optical fiber.

g) National Institute for Space Research (São José dos Campos - SP)
* Development of computational models for investigation of extreme events in the solar atmosphere and instrumentation for observation of the Sun from the ground or space. Analysis and image processing of the solar telescope and the Galileo space mission.
** Development of computational models to invetigate intense events occurring in the solar atmosphere and instruments to observe the sun from ground to space. Image analysis and processing of the data produced by the solar telescope and the Galileo mission.