Laboratory equipment manufacturers could soon find it possible to incorporate electron holography into their imaging solutions.
Electrons were the initial inspiration for holography, according to research association Forschungsverbund Berlin.
Back in 1947, Hungary's Dennis Gabor discovered the principle by which the scattering pattern caused by an object can be stored in two dimensions, then later used to recreate a three-dimensional image of the item.
In order to do this, however, the signal used must be coherent - or marching in step, in wave terms.
Light has proved the easier option for achieving this until now, but scientists can now create coherent electrons using high-intensity lasers.
As a result,
laboratory equipment manufacturers could find electron holography developed to a usable state in the not-too-distant future.
Marc Vrakking, author of a report on the subject in Science, says: "This may lead to novel methods to study attosecond-timescale electron dynamics, as well as novel methods to study time-dependent structural changes in molecules."
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