We analytically treat model Λ-processes driven by chirped lasers. The obtained results
(consistent with previous numericalfindings) bring insight into the microscopic origin of the …

The paper presents the results of an investigation of the ultrafast nonlinear-optical response
of a thin film (Ba0. 8Sr0. 2) TiO3 (001) to a terahertz frequency electromagnetic field pulse …

Strongly correlated electron systems are an excellent platform for functional materials. Here,
we present a strong magnetic effect in the Eu 3+-doped TmFeO 3 single crystal, where half …

Excitation with an ultrashort light pulse is arguably the only way to control spins in
antiferromagnetic materials at both the nanoscale in space and ultrafast time scale. While …

The possibility of the local all-optical magnetization reversal in a thin ferrimagnetic rare-earth—
transition metal film (DeFeCo) by linearly and circularly polarized 35 fs laser pulses is …

We demonstrate a finite spin polarization of photoelectrons emitted from GaAs (100) covered
by a fractional Ag film. The photoemission yield shows a sharp maximum for intermediate …

The crystallization in a transparent precursor of a perovskite ferroelectric film deposited on
an absorbing platinized silicon substrate initiated by multipulse femtosecond sharply …

Employing short laser pulses with a duration below 100 fs for changing magnetic state of
magnetically-ordered media has developed into a distinct branch of magnetism …

All-optical switching (AOS) of the magnetization of thin film ferrimagnets using single femtosecondlaserpulseshasbeendemonstr…
, ultrafast, andenergyefficient method to write data with promise for future memory devices …

Magnetisation reversal is a process that is of paramount technological importance, as well
as fascinating scientists in the field. Despite its importance, only recently have scientists …