ndml.me.utexas.edu
Links | NANOSCALE DESIGN MANUFACTURING LABORATORY
http://ndml.me.utexas.edu/links
Skip to main content. University of Texas at Austin. Center for Nano- and Molecular Science. Dr Cullinan's Google Scholar Page. Nanoscale Design and Manufacturing Laboratory. National Institute of Technology (NIST). NIST Production Systems Group. NIST Nanoscale Metrology Group. NIST Center for Nanoscale Science and Technology. Massachusetts Institute of Technology (MIT). MIT Precision Compliant Systems Laboratory. Laboratory for Manufacturing and Productivity (LMP). Dept of Mechanical Engineering.
banerjeelab.mer.utexas.edu
BanerjeeLab | People
http://www.banerjeelab.mer.utexas.edu/people.html
Electronics with Layered Materials. Van der Waals Semiconductors. Si/Ge and III-V Electronics. Always Sunny Outside MRC, 2016. Sayan's farewell lunch, 2015. Chris's farewell lunch, 2016. Donghyi's farewell lunch, 2016. William's farewell lunch (on Sangwoo's D-Day), 2016. Prof Sanjay K. Banerjee. Cockrell Family Regents Chair #4 Professor,. Electrical and Computer Engineering. Banerjee (at) ece.utexas.edu. Or Magical Fixer-upper of. Unbelievable Hurdles Created by Everyone. Administrative Manager, MRC.
test-nnin.hosting.cornell.edu
NNIN Sites | National Nanotechnology Infrastructure Network
http://test-nnin.hosting.cornell.edu/about-us/nnin-sites
Skip to main content. National Nanotechnology Infrastructure Network. Serving Nanoscale Science, Engineering and Technology. Georgia Institute of Technology. University of California at Santa Barbara. University of Texas at Austin. Washington University in St. Louis. This page is obsolete. NNIN funding ended in September 2015. NNIN has distributed operations the 14 major research laboratories listed below. Please contact the NNIN Deputy Director, rathbun@cnf.cornell.edu. Expertise: Broad scope in nanotec...
augmented.org
An elephant in the augmented room |
http://www.augmented.org/blog/2014/10/an-elephant-in-the-augmented-room
Mobile & Wearable. An elephant in the augmented room! October 24, 2014. Honestly, the headline is not true. Everybody would love. To talk about the elephant, but we just know too little about it… What? Exactly. I talk about the AR start-up from Florida called Magic Leap. So those guys know a thing or two about blending in CGI. Other partners like Microelectronics Research. Gives us more speculations…. Embedded system developers (tiny device designs? Android developers (will all run on Android? Audio ...
banerjeelab.mer.utexas.edu
BanerjeeLab | Research | Photovoltaics
http://www.banerjeelab.mer.utexas.edu/solar.html
Electronics with Layered Materials. Van der Waals Semiconductors. Si/Ge and III-V Electronics. Single heterojunction solar cells on exfoliated. Flexible 25 μm mono-crystalline Si substrates. Dual-heterojunction solar cells on. Ultra-thin flexible Si substrates. Light trapping in ultrathin exfoliated Si solar cells. Exfoliated, thin, flexible Ge. Heterojunction solar cell with record FF=58.1%. Photovoltaics and Solar Cells. Large area CVD Graphene / Thin insulator / Silicon Schottky junction solar cells.
banerjeelab.mer.utexas.edu
BanerjeeLab | Facilities
http://www.banerjeelab.mer.utexas.edu/facilities.html
Electronics with Layered Materials. Van der Waals Semiconductors. Si/Ge and III-V Electronics. For a detailed description of the MRC clean room and center facilities, visit this. Lab Equipment (under construction.). Material growth and synthesis. With in-situ materials analysis. UHV MBE system with in-situ analysis chamber capable of XPS, variable temperature STM, AFM, UPS and Auger XPS. Si/Ge plasma-enhanced low-T epitaxial growth. Si/Ge compatible UHV growth. Si/Ge compatible UHV growth. Raman microsco...
saxetsurfacescience.com
Saxet Surface Science Facilities
http://www.saxetsurfacescience.com/facilities.html
On-site materials characterization can be performed with VIS and IR based microscopy including scanning thermography with image capture. Materials preparation tools include diamond saws and drills, slurry cutter as well as polishing capabilities. A class 100 laminar flow table provides a clean environment for sensitive equipment assembly. Saxet Surface Science also has access to numerous surface probes and analytical tools available at hourly-fee rates via the Microelectronics Research Center.
engr.utexas.edu
Nanoelectronics Center at UT Austin Receives $7.8 Million Award - Cockrell School of Engineering
http://www.engr.utexas.edu/news/releases/swan13
Cockrell School of Engineering. Search the Cockrell School. Public Forum to Examine the Cause, Consequences and Cost of Spill in the Gulf. NSF Recognizes Doctoral Student for Video on Lithium-Ion Batteries. Nanoelectronics Center at UT Austin Receives $7.8 Million Award. UT Austin Research Will Help Cities Rebuild After Earthquakes. New Program Abroad Gives Students Work Experience in Barcelona, Shanghai. Cockrell School Alumna Wins Texas Young Engineer of the Year Award. UT Austin Participates in Nation...
internano.org
National Science Foundation | InterNano
http://www.internano.org/node/641
Regional, State, and Local (RSL). National Institute for Standards and Technology. National Institute for Standards and Technology. The National Science Foundation supports two networks of user facilities, the National Nanotechnology Infrastructure Network. NNIN) and the Network for Computational Nanotechnology. NCN) Each is operated by a consortium of universities. The NNIN sites operate on an open-access model, subject to review for technical feasibility. See the NNIN Technical FAQs. All-Printed Thin-F...
nano.ece.utexas.edu
Welcome
http://nano.ece.utexas.edu/People.htm
Email: etutuc at mer.utexas.edu. Bldg 160, Rm. 1.606A, J. J. Pickle Research Campus, Austin, TX, 78758, U.S.A. Babak Fallahazad, Ph.D. PhD Graduated February 2015. Email: b.fallah at utexas.edu. Research interests: Electronic properties of graphene hybrid structures. Email: gwburg at utexas.edu. 2D materials and heterostructures. Email: kyoung.kim at utexas.edu. Research interests: Graphene-TMD 2D heterostructures. Email: stefano.larentis at utexas.edu. Research interests: 2D layered materials.
