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Innovative Nanoscience Technologies

Content About: Innovative Nanoscience Technologies

Published: 06/20/2017 - 3:15pm Type of Content: Article-Research Highlight

The Kapteyn-Murnane group has come up with a novel way to use fast bursts of extreme ultraviolet light to capture how strongly electrons interact with each other in materials. This research is important for figuring out how quickly materials can change their state from insulating to conducting, or from magnetic to nonmagnetic. In the future such fast switching may lead to faster and more...

Published: 03/20/2017 - 3:32pm Type of Content: Article-Research Highlight

Dennis Gardner and his coworkers in the Kapteyn-Murnane group accomplished two major breakthroughs in imaging tiny structures much too small to be seen with visible light microscopes: (1) for the first time in the extreme ultraviolet (EUV) or soft X-ray region, they achieved a resolution smaller than the wavelength of the light; and (2) for the first time, they obtained high resolution...

Published: 07/25/2016 - 2:39pm Type of Content: News

Jennifer Ellis won an Optical Society of America (OSA) award in recognition of her excellent oral contribution at the International Conference on Ultrafast Phenomena, held July 17–22 in Santa Fe, New Mexico. Ellis, who is a graduate student with the Kapteyn/Murnane group, spoke about her work on Femtosecond Dynamics of Solvated Electrons in Nanodroplets Probed with Extreme Ultraviolet Beams....

Published: 07/20/2016 - 9:27am Type of Content: Article-Research Highlight

Bob Peterson and his colleagues in the Lehnert-Regal lab recently set out to try something that had never been done before: use laser cooling to systematically reduce the temperature of a tiny drum made of silicon nitride as low as allowed by the laws of quantum mechanics. Although laser cooling has become commonplace for atoms, researchers have only recently used lasers to cool tiny silicon...

Published: 06/02/2016 - 12:12pm Type of Content: Article-Research Highlight

The Kapteyn/Murnane group has measured how long it takes an electron born into an excited state inside a piece of nickel to escape from its birthplace. The electron’s escape is related to the structure of the metal. The escape is the fastest material process that has been measured before in the laboratory––on a time scale of a few hundred attoseconds, or 10-18 s. This groundbreaking experiment...

Published: 11/30/2015 - 7:53am Type of Content: Article-Research Highlight

In the future, quantum microwave networks may handle quantum information transfer via optical fibers or microwave cables. The evolution of a quantum microwave network will rely on innovative microwave circuits currently being developed and characterized by the Lehnert group. Applications for this innovative technology could one day include quantum computing, converters that transform microwave...

Published: 08/01/2014 - 8:38am Type of Content: Article-Research Highlight

The Raschke group recently came up with a clever way to detect folds and grain boundaries in graphene. a sheet made of a single layer of carbon atoms.Such defects stop the flow of electrons in graphene and are a big headache for engineers working on touch screens and other electronic devices made of this material.

The group has invented a nano sonar-like system that uses infrared (IR)...

Published: 05/07/2014 - 8:10am Type of Content: Article-Research Highlight

The Markus Raschke group has come up with an innovative way that may one day allow it to peer inside superconductors, new materials for solar cells, or even a single cell and identify the inner workings of these complex systems. The new method is able to determine where the different chemical constituents are located and how their spatial distribution determines their function.

The new...

Published: 04/23/2014 - 11:41am Type of Content: Article-Research Highlight

Fellow Tom Perkins’ group is significantly closer to realizing its long-standing dream of using atomic force microscopy (AFM) to study how membrane proteins fold and unfold. Historically, scientists have used AFM to measure the mechanical forces needed to unfold individual proteins and the resulting increase in their lengths. However, the limitations of AFM itself have prevented researchers...

Published: 02/04/2014 - 10:25am Type of Content: Article-Research Highlight

The groups of Fellow Adjoint Markus Raschke and Fellow Tom Perkins joined forces recently to shine light onto a bacterial membrane protein called bacteriorhodopsin (bR). They used a new infrared (IR) light imaging system with a spatial resolution and chemical sensitivity of just a few bR molecules. In their experiment, the tip of an atomic force microscope (AFM) acted like an antenna for the...

Published: 05/24/2016 - 11:51am Type of Content: Biblio
Published: 06/19/2013 - 2:17pm Type of Content: Research Areas

Ultrastable Atomic Force Microscopy and Other Research Tools

The Thomas Perkins group develops innovative precision-measurement technologies as part of its quest to understand the physics of single biomolecules. According to Perkins, precision measurement remains the grand scientific challenge of biophysics.

The group’s work includes development of an ultrastable atomic force...

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