Georgia Institute of Technology - Center for MEMS

Address

777 Atlantic Drive NW
Atlanta
GA, 30332-0250
United States

Phone: 1 (404) 894 2901

Email: mems@mail.ee.gatech.edu

The mission of the CMMT at Georgia Institute of Technology is to advance the state-of-the-art in MEMS and Microsystems technologies. The CMMT creates and disseminates intellectual properties and human capital to the greater community interested in microsystems and microelectromechanical systems. The CMMT serves as a central entity for coordination of the microelectromechanical systems research and educational activities in the School of Electrical & Computer Engineering.

Primary Activity

Material Manufacturer

The Benefits of Including Floor Vibration Control for Nano-Tech Facilities over Designing ‘Quiet’ Buildings

Steve Ryan

In this interview Steve Ryan explains importance of adding vibration isolation and floor vibration control to Nano-Tech Facilities.

Quantum Dot Technology In the Display Industry

Samuel Halim

Samuel Halim, CEO and founder of Avantama AG, talks to AZoNano about the advances in quantum dot technology for the display industry.

Pushing the Boundaries of TEM Research with the Poseidon Select

Dr. Madeline J. Dukes

DR. Madeline J. Dukes, an Application Scientist from Protochips talks to AZoNano about their range of products, that are pushing the boundaries for laboratories who in the past where challenged when it came to in situ TEM tools.

Next Generation STACIS Active Piezoelectric Vibration Cancellation - SEM-Base VI for SEMs

SEM-Base® VI is considered to be the next generation in STACIS active piezoelectric vibration cancellation. The design of the SEM-Base VI allows it to support all commercial Scanning Electron Microscopes (SEMs), and also many Small Dual Beam and Focused Ion Beam (FIB) instruments.

From Technical Manufacturing Corporation Vibration Control

eLINE Plus: Ultra High Resolution Electron Beam Lithography, Nanoengineering and Imaging

The eLINE Plus from Raith is the optimum, extensively distributed system for Research Centers and Universities that want to integrate an Electron Beam Lithography system with an open platform for additional optional nanofabrication processes and methods in a single tool.

From Raith

Park NX-Bio AFM: Powerful Nanoscale Microscopy for Life Science

A Life Scientist wants to be able to see how biological materials look like at nanoscale resolution and how soft they are in buffer and liquid conditions. The Park NX-Bio enables that with its highly acclaimed Atomic Force Microscopy (AFM) technology and its innovative in-liquid imaging Scanning Ion Conductance Microscopy (SICM).

From Park Systems Inc

Georgia Institute of Technology - Center for MEMS

The Benefits of Including Floor Vibration Control for Nano-Tech Facilities over Designing ‘Quiet’ Buildings

Quantum Dot Technology In the Display Industry

Pushing the Boundaries of TEM Research with the Poseidon Select

Next Generation STACIS Active Piezoelectric Vibration Cancellation - SEM-Base VI for SEMs

eLINE Plus: Ultra High Resolution Electron Beam Lithography, Nanoengineering and Imaging

Park NX-Bio AFM: Powerful Nanoscale Microscopy for Life Science

Sponsored Content

Quantifying the Dispersion in Graphene Nanocomposites Through Thermal Diffusivity Mapping

Mapping Chemical Species with Extreme Spatial Resolution (<10nm)

Using Graphene Based Solar Cells for Solar Applications

On-Chip Quantum Optics with Photonic Circuits

Georgia Institute of Technology - Center for MEMS

Primary Activity

1 MIT Researchers Use Graphene to Create Transparent, Flexible Solar Cells

2 Advancing the Field of Wearable Devices by Means of Flexible Batteries

3 Invention of Nanoparticle ‘Buckyswitch’ Likely to Transform Field of Microscopy

4 Scientists Show Growing Atom-Thin Sheets on Cones Allows Control of Defects in 2D Material

5 Study Reveals Burning of Coal Produces Potentially Harmful Airborne Nanoparticles

6 Metal Nanoparticles Could Boost Efficiency of LEDs and Creation of Invisibility Cloaks

Sponsored Content