The sub-laser-cycle timescale of the electronic response to strong fields enables attosecond
dynamical imaging in atoms, molecules and solids,,–, with optical tunnelling and high …

Atoms can form a molecule by sharing their electrons in binding orbitals. These electrons
are entangled. Is there a way to break a molecular bond and obtain atoms in their ground …

Electronic processes within atoms and molecules reside on the timescale of attoseconds.
Recent advances in the laser-based pump-probe interrogation techniques have made …

In situ generation of a high-energy, high-current, spin-polarized electron beam is an
outstanding scientific challenge to the development of plasma-based accelerators for high …

Laser-induced electron tunneling ionization from atoms and molecules plays as the trigger
for a broad class of interesting strong-field phenomena in attosecond community …

We show that ionization of noble gas atoms by a strong infrared circularly polarized laser
field under standard experimental conditions can yield electrons with up to 100% spin …

We show that the electrons, produced in strong-bicircular-field-induced above-threshold
ionization of inert-gas atoms, have a large spin asymmetry if the ions exhibit fine-structure …

We report on the nonadiabatic offset of the initial electron momentum distribution in the
plane of polarization upon single ionization of argon by strong field tunneling and show how …

We perform a joint experimental and theoretical study on momentum-and energy-resolved
photoelectron spin polarization in multiphoton ionization of Xe atoms by circularly polarized …

We verify the theory of nonadiabatic ionization of degenerate valence ${{p} _ {\pm}} $
orbitals in strong circularly polarized laser fields by numerically solving the two-dimensional …