Heat and Forces to Build and Understand the Nano World

• Advanced Materials 2020. Magnonic nanoantennas demonstrated: Optically-inspired computing with spin waves one step closer

• Nature Electronics 2019 on patterning metal contact on monolayer MoS2 with vanishing Schottky barriers by t-SPL PDF

• Ultra Hard Diamene by applying pressure on two-layer epit-Graphene - Nature Nano 2018

• Diamene in Newsweek!

• Novel frictional behavior in 2D material MoS2

• The NanoFrazor arrived!!!!

• Cover Nature Nanotechnology --June

• Nanotech Web

• Women in Nano

• Nature Nanotechnology 2016 on Pattering Reconfigurable Magnetic Nanostructures 

• Congratulations to Xi LU for her Ph.D.!

• Nature Communications 2015 on diamond spheres in AFM as a nano-thermometer 

• Nature Materials 2015 on interlayer elasticity in 2D materials 

• The PicoForce Lab moves from GeorgiaTech  to the CUNY-ASRC in NYC!

• Nature Nanotechnology 2014 on thermochemical nanolithography

• Nature Communications 2013 on Interfacial Liquids Flow -- New Paradigm

• Nature Materials 2012 on Epitaxial graphene oxide

• Nature Materials 2009 on the Friction anisotropy of carbon nanotubes

• Science 2010 on writing graphene-like structures with tunable conductivity

We thank the following Funding Agencies:

We thank the european commission for funding through the Marie Curie "SWING - patterning Spin-Wave reconfIgurable Nanodevices for loGics and computing"Project