Development of an organic-inorganic hybrid architectures

Optical and electrical characterization to:

• Elucidate interfacial phenomena.

• Electron mobility in 2D materials.

• Build an architecture with an improved performance.

Advisor: Dr. Alan Osiris Sustaita Narváez (SNI 1), alan.sustaita@tec.mx

Co-advisor: Nicolás Antonio Ulloa Castillo (SNI 1), nicolas.ulloa@tec.mx

Objective

The main goal of this project is to investigate the deposition of two-dimensional materials on conductive substrates by spin-coating to developed a microelectronic architecture. The project aims to study the synthesis of two-dimensional precursor solutions and their deposition by spin-coating in order to obtain thin films. The crystallization process, which is dependent of thickness and temperature, will be investigated to obtain an effective interface and thus, a high-efficiency device. The architecture will be characterized by optical and electrical spectroscopies. The results will be of relevance to manufacture microelectronic devices.

Datos adicionales

The project will be developed in collaboration with Paul-Drude-Institute (Berlin, Germany) and IICO-UASLP (San Luis Potosí, México). We invite students to apply with competitive knowledge in chemistry or physics, advanced materials and basic knowledge in characterization techniques.

Collaboration: Paul-Drude-Institute (Berlin, Germany) and IICO-UASLP (San Luis Potosí, México.