The ESRF is an international research institute for cutting-edge science with photons: Discovery of the structure and dynamics of our complex world, down to the single atom.
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Materials for energy in the next ESRFnews

08-03-2010

The March issue of the ESRFnews will devote most of its space to research on materials that contribute to a greener future. Fuel cells, hydrogen storage materials, or the design of the batteries of the future are some examples of the stories in this … (08-03-2010) Read More…

Understanding tendons at all levels

22-02-2010

Tendons are multi-level fibre composite materials that transfer muscle forces to the bones. They are made up of collagen and have a hierarchical structure. In daily activity, tendons modulate fluctuating physiological loads through a time-dependent m … (22-02-2010) Read More…

New-look Users' Meeting attracts more users

12-02-2010

The ESRF Users’ Meeting has always been a forum for the users and the management, where new scientific challenges are discussed and recent achievements are presented. This year there have been more talks in different fields in order to cater for a … (12-02-2010) Read More…

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Spotlight on science

Soft X-ray holographic microscopy

09-03-2010

Magnetic imaging with nanoscale domain resolution is now possible thanks to a new way of carrying out soft X-ray holography. The key feature of this microscopy-like imaging technique is a movable field-of-view that can be freely positioned on the sam … (09-03-2010) Read More…

Bonding in high-pressure solid CO2 revealed by single-crystal diffraction

23-02-2010

Solid carbon dioxide undergoes a radical change from a molecular solid to a non-molecular “polymeric” state at elevated pressures and temperatures [1]. The polymeric state is characterised by the disappearance of the double bonds between the carb … (23-02-2010) Read More…

Ultrafast laser switching in a photochromic film visualised by time-resolved X-ray diffraction

09-02-2010

A [2+2] photo-cycloaddition reaction in an organic crystal film was triggered by a fast laser pulse and studied with X-ray diffraction. This reaction and its thermally-activated reverse reaction were followed on the picosecond timescale, and intricat … (09-02-2010) Read More…

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