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Nanotechnology

Overhead shot of people milling around the poster session

7th Annual LNF Symposium brings together industry, academia for a celebration of nanoscale research

ECE professors and students were key members of this year’s event and took away top prizes for the poster competition. |Short Read
Scientist in the Lurie Nanofabrication Facility uses a computer inside of a clean room

Beyond Moore’s Law: taking transistor arrays into the third dimension

Thin film transistors stacked on top of a state-of-the-art silicon chip could help shrink electronics while improving performance.|Medium Read
3D render of molecular structures

Nanoparticle-based, bio-inspired catalyst could help make more efficient reactions affordable

Chemical processes usually give us both mirror image versions of a molecule when we want only one.|Medium Read
Jamie Phillips

Jamie Phillips named Director of the Lurie Nanofabrication Facility

Phillips - who specializes in optoelectronic devices for next generation infrared detectors, solar cells, and thin film electronics - shares his goals for the 13,500 sq. ft. state-of-the-art cleanroom facility. |Medium Read
Linxiao Zhu, ME Research Fellow, unveils a device that enables cooling via heat transfer. Photo: Joseph Xu

Toward molecular computers: First measurement of single-molecule heat transfer

If Moore's law's endgame is really computer components made from single molecules, we're going to need to know how to cool them.|Medium Read
An electron microscope image

U-M receives $6.25M to study heat-to-electricity conversion and cooling with LEDs

Michigan Engineering is leading four other universities in Department of Defense-funded research.|Medium Read
Linxiao Zhu, ME Research Fellow, unveils a device that enables cooling via heat transfer. Photo: Joseph Xu

Running an LED in reverse could cool future computers

Harnessing heat flow at the nanoscale while suppressing thermal radiation from the LED enables a new approach to light-based cooling.|Short Read
Two stacked rings made from pairs of oppositely “supercharged” green fluorescent proteins (GFPs). Colors correspond to the actual fluorescence wavelength of the GFP molecules; the ribbons are derived from the structural model validated by observing cryogenically frozen proteins with an electron microscope. Image: Jens Glaser, Glotzer Group, Michigan Engineering, and Yi Zhou, UT Austin Department of Molecular Biosciences (background).

Toward protein nanomachines: just add charge

Added electrical charges can harness a protein’s shape and chemical properties to build interesting structures.|Medium Read
This image from Tomviz 1.0 depicts a hyperbranched particle with complex nanostructure.

An upgrade for open-source, 3-D nanoscale imaging software

Tomviz 1.5 dramatically reduces the time it takes to create a 3-D visualization.|Short Read
Gecko foot seen from underneath

Nanofiber carpet could mimic gecko feet, polar bear fur

A new technique that mimics biological nanofiber arrays can grow chain-like molecules into 3D nanostructures. |Medium Read
Zetian Mi

Photosynthesis and Clean Energy

Prof. Zetian Mi talks about a new way to create energy from the sun - borrowing from the idea of photosynthesis.|Short Read
Electrical and Computer Engineering

It takes two photonic qubits to make quantum computing possible

Professors Ku and Steel are applying their expertise to take key next steps toward practical quantum computing|Medium Read