June 27, 2017 UMD Home FabLab AIMLab


Dr. Santiago Solares

Dr. Santiago Solares

 

Dr. Santiago Solares was selected to receive the Department of Energy's 2012 Early Career Award for his research project Trimodal Tapping Mode Atomic Force Microscopy: Simultaneous 4D Mapping of Conservative and Dissipative Probe-Sample Interactions of Energy-Relevant Materials. Dr. Solares is the first faculty member in the Department of Mechanical Engineering to receive the Department of Energy's Early Career Award, which is in its third year. Dr. Solares will receive $750,000 to fund his five-year project.

Dr. Solares was among 68 chosen for the award based on a peer review of about 850 proposals submitted by principal investigators who received a doctorate degree less than 10 years ago. The Department of Energy provides awards in categories such as Basic Energy Sciences (BES), which selected Dr. Solares's research. The goal of this project, which Dr. Solares developed in collaboration with chemical engineering professor Dr. Chunsheng Wang, is to develop multidimensional force spectroscopy methods, which will be used to investigate the real-time degradation of fuel cell and battery materials. This understanding will be useful for the development of better performing materials and for extending the life of existing materials.

For more information on Dr. Solares and his work, visit his faculty page.

For more information on Dr. Chunsheng Wang and his work, visit his website.

Related Articles:
A View Through Wood Shows Futuristic Applications
Williams Nominated to Lead ARPA-E
Eric Wachsman Chosen as Solar 2013 Conference Chair
Sometimes Size Does Matter
Micro-ball bearing research featured in Micro Manufacturing magazine
Attend "Financing Renewable Energy" Sept. 22
Cumings Leads EFRC Nanowire Team
UMERC/Nanocenter Team Named "Energy Frontier" Center
NanoCenter Improves Energy Storage Options

May 10, 2012


«Previous Story  

 

 

Current Headlines

Eric Wachsman to Receive 2017 Wagner Memorial Award

MSE Research Reveals Unique Ionic Diffusion Mechanism in Super-Ionic Conductors  

3D-Printed Evaporator is Sustainable Approach to Water Shortage

UMD Research Offers Insight into Structure of Cellular Membrane

Decade of TMV research leads to never-before-seen microsystems for energy storage, biosensors and self-sustaining systems

Peter Kofinas Will Serve as Next Chair of ChBE

New TMV supercapacitor work featured in Nanotechweb article

Gray Wins Dr. Mabel S. Spencer Award for Graduate Achievement

Lab Students' 'Creativity is Key'

BIOE Researchers Develop New Technologies to Drive Next-Generation Therapies for Multiple Sclerosis

 

Colleges A. James Clark School of Engineering
The College of Computer, Mathematical, and Natural Sciences

Communicate Contact Us
Contact the Webmaster
Google+
Follow us on TwitterTwitter logo

Links Privacy Policy
Sitemap
RSS

Copyright The University of Maryland University of Maryland
2004-2017