«Quintillionths of a second in slow motion: Observing and
controlling ultrafast processes with attosecond resolution.»
This is a view into the measuring chamber combining two pump - probe spectroscopy techniques thus allowing to observe and
control ultrafast processes with attosecond resolution.
Not exact matches
«Tracing and
controlling electrons in solids will enable us to identify the most promising routes for novel
ultrafast electronics and photonics operating on sub-fs time scales and at Petahertz clocking rates,» Goulielmakis said.
Researchers worldwide are attempting to
control decoherence to build a quantum computer that, if perfected, could lead to unbreakable encryption and
ultrafast information processing.
Also in view of potential applications, there are promising prospects: the
control over quantum interactions in a real material could enable
ultrafast, low - power electronics and quantum computers for qualitative leaps forward in data acquisition, processing, and exchange.
Using functional magnetic resonance imaging — a technique that monitors brain activity in real time — the Johns Hopkins group found reversing a decision requires
ultrafast communication between two specific zones within the prefrontal cortex and another nearby structure called the frontal eye field, an area involved in
controlling eye movements and visual awareness.
By
controlling electrons, that atom can modulate the flow of information and so be the foundation of a new kind of
ultrafast, ultracompact computer.
We can now say that, on
ultrafast time scales, the protein surface fluctuations are
controlled by water fluctuations.