Recent advances in the generation of well-characterized subfemtosecond laser pulses have
opened up unpredicted opportunities for the real-time observation of ultrafast electronic …

In this review, we will focus on the theoretical aspects in observing and controlling the
electronic dynamics in few-electron atoms and molecules by attosecond pulses in different …

This book's coverage builds from basic underlying theory to more complex ideas related to
attosecond optics. It shows how the generation of attosecond optical pulses requires …

The applications of isolated attosecond pulses reported to date, which have demonstrated
the great potential of attosecond technology in the investigation of ultrafast electronic …

Recent advances in attosecond science have relied upon the nearly instantaneous
response of free electrons to an external field. However, it is still not clear whether bound …

Isolated attosecond pulses with a duration of 88 as are generated in the spectral range of 29–
72 eV using double optical gating technique. The gate width is set to be shorter than half the …

A precise, real-time, single-shot carrier–envelope phase (CEP) tagging technique for few-
cycle pulses was developed and combined with cold-target recoil-ion momentum …

We describe a complete technological system at Imperial College London for Attosecond
Science studies. The system comprises a few-cycle, carrier envelope phase stabilized laser …

Helium atoms in the presence of extreme ultraviolet light pulses can lose electrons through
direct photoionization or through two-electron excitation followed by autoionization. Here we …

After five decades of development, mode-locked lasers have become significant building
blocks for many optical systems in scientific research, industry, and biomedicine. Advances …