Over the past decade, significant advancements have
propelled the field of ultrafast phenomena to new heights. From enhanc- ing our
grasp of fundamental physics to driving innovations in photonics, materials
science, and quantum computing, the study of light-matter interaction and
ultrafast processes holds vast potential and is a swiftly evolving and
thrilling field. The central objective of ICLMIUP 2024 is to furnish a
comprehensive overview of the current status of developments in systems that
encompass both light-matter interaction and ultrafast process- es. This extends
to the need for organisational principles, detailed material investigations,
and the emergence of cutting-edge sources for generating ultrashort pulses of
light, including technologies like high-harmonic generation, few-cycle optical
pulses, x-ray-free electron lasers, and new material development. Another
integral aim of ICLMIUP 2024 is to establish an international forum for
gathering the community of scientists, engineers, and researchers in a unified
framework, fostering novel ideas and collaborations in understanding the
physics of light-matter interaction and Ultrafast phenomena. Hence, ICLMIUP
2024 will be a platform for younger minds to in- teract with the pioneers of
this field, the hot topic of discussion currently in the limelight of the Nobel
Prize in Physics 2023.