Celeste Mason

Title
Student Assistant

Selected Technical Skills
-Class 10, 100, 1000 Cleanroom Environment
-Scanning Electron Microscope (SEM)
-Electron Beam Evaporation
-Filament Evaporation
-RF, DC Sputtering

Education
Georgia Institute of Technology
Fall 2006 to Present
Undergraduate in College of Materials Science and Engineering

mason, celeste

404-407-7008
celeste.m[@]gatech.edu

Bio
Since her arrival at Georgia Tech, Celeste has worked in the MiRC cleanroom and would like to apply some of the knowledge she has gained there to pursuits in areas of research interest. These include applications of materials in nanotechnology to advances in energy generation & storage, quantum computing and pervasive electronics, extreme environments (space, deep ocean & nuclear reactors), and environmentally sustainable technologies with a focus on biomimetics.

Ideally, free time would be spent reading, gardening, practicing judo, and scuba diving among many other things.

Nanotubes
EOSL scientists are growing carbon nanotube towers atop photovoltaic cells for longer lasting, more efficient solar power to power compact electronic devices in the field.

Nano-Manhattan
pact 3D Solar cells boost efficiency while reducing size, weight and complexity of photovoltaic arrays.

Supercapacitors: Researchers Develop Manufacturing Technology to Produce Electrical Devices from Carbon Nanotubes