2008New Journal of PhysicsOpen access

Ionization in attosecond pulses: creating atoms without nuclei?

J S Briggs, Darko Dimitrovski

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Abstract

It is shown that with one full cycle of a suitable attosecond laser pulse it is possible to detach the ground-state electrons from an atom and deposit them, with their wavefunction largely unchanged, as a wavepacket removed spatially from the nucleus and whose centre of charge is stationary with respect to the nucleus.

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What this paper is about

It is shown that with one full cycle of a suitable attosecond laser pulse it is possible to detach the ground-state electrons from an atom and deposit them, with their wavefunction largely unchanged, as a wavepacket removed spatially from the nucleus and whose centre of charge is stationary with respect to the nucleus.

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OpenAlex reports 11 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

It is shown that with one full cycle of a suitable attosecond laser pulse it is possible to detach the ground-state electrons from an atom and deposit them, with their wavefunction largely unchanged, as a wavepacket removed spatially from the nucleus and whose centre of charge is stationary with respect to the nucleus.

Key concepts: Attosecond, Physics, Atomic physics, Ionization, Wave packet, Electron, Nucleus, Laser

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