Please update your Flash Player to view content.

This Week's Colloquium: Robert Davis, Dec. 6, 2012

Robert Davis
Brigham Young University

Thursday, Dec. 6, 2012
102 JFB

Refreshments: 3:30 pm in 219 JFB
Lecture 4:00pm (102 JFB)

Title: Carbon Nanotube Templated Microfabrication


Precision microscale manufacturing, driven initially by the microelectronics industry, has more recently been extended to fabricate structures for mechanical and optical applications. Very low cost microscale mechanical sensors have become ubiquitous; most smart phones now incorporate microfabricated accelerometers and gyros. Silicon is not only the anchor material for microelectronics but vertically etching of silicon is also used to create the three dimensional microstructures used in applications ranging from inertial sensors to neural probe arrays. We have recently developed carbon nanotube templated microfabrication (CNT-M), a fabrication technique that is complementary in several ways to vertical silicon etching. CNT-M enables high aspect ratio fabrication of microstructures from a wide range of materials including ceramics and metals. We now use CNT-M to fabricate structures for applications ranging from energy storage to chemical filtration and detection.

Follow Us

Support Us

Make A Difference

Outreach: The Department of Physics & Astronomy at the U

Community Outreach

Scholarships: The Department of Physics & Astronomy at the U

Academic Scholarships

General_Development: The Department of Physics & Astronomy at the U

Other Areas
of Support


Our Newest Program:

Crimson Laureate Society


Click to download full size.

The Department of Physics & Astronomy at the U


Science, it makes us all go


Even Our English Majors Study Physics


The Formula For The Perfect Pass


  • Department of Physics & Astronomy • 201 James Fletcher Bldg. 115 South 1400 East, Salt Lake City, UT 84112-0830
  • PHONE 801-581-6901
  • Fax 801-581-4801
  • ©2017 The University of Utah