Nanotechnology Now

Our NanoNews Digest Sponsors

Heifer International

Wikipedia Affiliate Button

Home > Press > Carl Zeiss Initiates Landmark Development Project with University of Ulm for Low-voltage Transmission-Electron-Microscopy

Abstract:
Carl Zeiss SMT today announced the creation of a technology development project that represents one of the most ambitious electron microscopy development efforts to be undertaken in recent years. Together with the University of Ulm and CEOS (Heidelberg), Carl Zeiss SMT has initiated a development partnership for low-voltage transmission electron microscopy. A total of 11.5 million Euros are available to the project, which is initially intended to run for a period of five years. The German Research Foundation (DFG) is contributing 4.2 million Euros. Carl Zeiss is supporting the project with funds totaling 3.7 million Euros.

Carl Zeiss Initiates Landmark Development Project with University of Ulm for Low-voltage Transmission-Electron-Microscopy

ULM/OBERKOCHEN, Germany and PEABODY, MA | Posted on February 25th, 2009

The joint project goes by the name SALVE, which stands for Sub-Angstrom Low Voltage Electron microscopy. The objective is to develop transmission electron microscopes (TEM) that will image samples with atomic resolution using relatively low accelerating voltage—as compared to the current generation of medium-voltage TEMs that destroy radiation-sensitive samples before useable images can be recorded. The results of this development project will open up many new scientific and technological frontiers. Today, achieving the desired resolution requires special, theoretical correctors that help to correct image aberrations in order to utilize the information of all interacting electrons. Although those correctors have been described theoretically, they do not yet exist.

The pioneer in the theoretical description of such correctors is Professor Harald Rose who previously taught at the technical university in Darmstadt. For him, SALVE means a dream come true to be able to select the accelerating voltage based on the requirements of the sample and the scientific task without sacrificing resolution.

The task of building the correctors has been given to Heidelberg-based CEOS GmbH which specializes in the construction of such sub-systems. CEOS has already proven its capabilities to develop such advanced electron optical systems in various projects. Teams at the University of Ulm will develop applications and examine methods of specimen preparation parallel to the development of the system at Carl Zeiss.

Project manager Professor Ute Kaiser (University of Ulm) voiced her enthusiasm about the application perspectives at the recent kick-off meeting: "This new high-performance microscope will enable us for the first time to image electron-beam-sensitive samples and monitor molecular processes that contribute to decoding chemical conversions. Knowledge of these processes is vital for many areas of application in materials sciences, biomedical research and in semiconductor technology."

Dr. Dirk Stenkamp, Member of the Board at Carl Zeiss SMT, emphasized the importance of the development for Germany as a technology center: "Traditionally, Germany has played a leading role in electron microscopy. We are proud that, with its sponsoring decision, the DFG is enhancing this position, thus stimulating many scientific areas of application beyond the development of the system. With more than 160 years of experience in microscopy and more than 60 in electron microscopy, Carl Zeiss is an expert partner and sponsor."

####

About Carl Zeiss SMT Inc.
As the global leader in innovative lithography optics, as well as optical and particle-beam based inspection, analysis and measuring systems, Carl Zeiss SMT opens up new avenues for its customers in industrial manufacturing environments, quality assurance and industrial and academic R&D. Decades of market leadership are based on the success of its leading know-how in light, electron and ion-optical technologies. Together with its subsidiaries in Germany, England, France, Singapore, Taiwan, Thailand, Israel and the USA, the international group of companies has more than 2,500 employees. In fiscal year 2007/08, Carl Zeiss SMT AG generated revenues of over EUR 1 billion (USD ~ 1.3 billion). Carl Zeiss SMT AG is a wholly owned subsidiary of Carl Zeiss AG.

About CEOS GmbH

Since its foundation in 1996 the CEOS GmbH concentrated its activities on the research and development of complex and sophisticated electron optical components such as monochromators and correctors. As an independent small enterprise CEOS develops and produces correction systems for high resolution electron microscopy. Such correctors are used in various electron microscopes to improve the attainable resolution remarkably. Further information can be found under www.ceos-gmbh.de

For more information, please click here

Contacts:
Press contact at Carl Zeiss SMT AG, Germany:
Markus Wiederspahn
+49-7364-20-21-94
Public Relations

or
Press contact at Carl Zeiss SMT Inc., North America:
Bill Monigle
941-497-1622
Public Relations, North America

Copyright © Business Wire 2009

If you have a comment, please Contact us.

Issuers of news releases, not 7th Wave, Inc. or Nanotechnology Now, are solely responsible for the accuracy of the content.

Bookmark:
Delicious Digg Newsvine Google Yahoo Reddit Magnoliacom Furl Facebook

Related News Press

Imaging

Histology in 3-D: New staining method enables Nano-CT imaging of tissue samples February 22nd, 2018

Imaging individual flexible DNA 'building blocks' in 3-D: Berkeley Lab researchers generate first images of 129 DNA structures February 22nd, 2018

News and information

Histology in 3-D: New staining method enables Nano-CT imaging of tissue samples February 22nd, 2018

Developing reliable quantum computers February 22nd, 2018

Imaging individual flexible DNA 'building blocks' in 3-D: Berkeley Lab researchers generate first images of 129 DNA structures February 22nd, 2018

Announcements

Histology in 3-D: New staining method enables Nano-CT imaging of tissue samples February 22nd, 2018

Developing reliable quantum computers February 22nd, 2018

Imaging individual flexible DNA 'building blocks' in 3-D: Berkeley Lab researchers generate first images of 129 DNA structures February 22nd, 2018

'Memtransistor' brings world closer to brain-like computing: Combined memristor and transistor can process information and store memory with one device February 22nd, 2018

Tools

Histology in 3-D: New staining method enables Nano-CT imaging of tissue samples February 22nd, 2018

Imaging individual flexible DNA 'building blocks' in 3-D: Berkeley Lab researchers generate first images of 129 DNA structures February 22nd, 2018

MEMS chips get metatlenses: Combining metasurface lenses with MEMS technology could add high-speed scanning and enhance focusing capability of optical systems February 21st, 2018

Oxford Instruments announces Dr Kate Ross as winner of the 2018 Lee Osheroff Richardson Science Prize for North and South America February 20th, 2018

Alliances/Trade associations/Partnerships/Distributorships

New era in high field superconducting magnets – opening new frontiers in science, nanotechnology and materials discovery January 9th, 2018

Leti Field Trials Demonstrate New Multicarrier Waveform for Rural, Maritime Broadband Radio: Field Trial in Orkney Islands Used New Filtered Multicarrier Waveform at 700MHz Band with Flexible Bandwidth Usage (Fragmented and Continuous Spectrum) December 18th, 2017

A new product to help combat mouldy walls, thanks to technology developed at the ICN2 December 14th, 2017

JPK Instruments announce partnership with Swiss company, Cytosurge AG. The partnership makes Cytosurge’s FluidFM® technology available on the JPK NanoWizard® AFM platform December 8th, 2017

Research partnerships

Computers aid discovery of new, inexpensive material to make LEDs with high color quality February 20th, 2018

Rutgers-Led Innovation Could Spur Faster, Cheaper, Nano-Based Manufacturing: Scalable and cost-effective manufacturing of thin film devices February 14th, 2018

Understanding brain functions using upconversion nanoparticles: Researchers can now send light deep into the brain to study neural activities February 14th, 2018

Vanadium dioxyde: A revolutionary material for tomorrow's electronics: Phase-chance switch can now be performed at higher temperatures February 5th, 2018

NanoNews-Digest
The latest news from around the world, FREE



  Premium Products
NanoNews-Custom
Only the news you want to read!
 Learn More
NanoStrategies
Full-service, expert consulting
 Learn More











ASP
Nanotechnology Now Featured Books




NNN

The Hunger Project