Shows & Panels
- The 2014 Big Picture on Cyber Security
- AFCEA Answers
- Ask the CIO
- Connected Government
- Consolidating Mission-critical Systems
- Constituent Servicing
- Continuous Monitoring: Tools and Techniques for Trustworthy Government IT
- The Data Privacy Imperative: Safeguarding Sensitive Data
- Eliminating the Pitfalls: Steps to Virtualization in Government
- Federal Executive Forum
- Federal Tech Talk
- Government Cloud Brokerage: Who, What, When, Where, Why?
- Government Mobility
- Mission-critical Apps in the Cloud
- Mobile Device Management
- The Modern Federal Threat Landscape
- The Path from Legacy Systems
- Understanding the Intersection of Customer Service and Security in the Cloud
Shows & Panels
Search Tags: National Science Foundation
Cary Kemp Larson, an organizational psychologist who helped develop a new mentoring program at the National Science Foundation, talks to The Federal Drive with Tom Temin and Emily Kopp about successful mentoring.
The Science Foundation has just awarded a $2 billion contract to Lockheed Martin for infrastructure and technological support for the mission in Antarctica.
And the U.S. would lose a cyberwar if it fought one today, according to a former US intel chief.
Host Bill Bransford is joined by Tom Caulfield, executive director of the Council of the Inspectors General on Integrity and Efficiency, and National Science Foundation Inspector General Allison Lerner.
July 8, 2011
Cornell University researchers recently stretched individual molecules and watched electrons flow through them, proving that single-molecule devices can be used as powerful new tools for nanoscale science experiments. The work resulted in the first precision tests of a phenomenon known as the under screened Kondo effect. It shows that single-molecule devices can be very useful as scientific tools to study a phenomenon that has never before been accessible. The research was supported by the National Science Foundation's Division of Materials Research and presents a powerful new tool for nanoscale science experiments. Using a cobalt-based complex cooled to extremely low temperatures, Ralph, Parks and an international team of researchers watched electrons move through single molecules and accomplished a feat that until now escaped chemists and physicists. They were able to study the resistance of the flow of electricity within a system's electric field as the temperature approached absolute zero.