A new window in time has been made possible through the work of Anne L’Hullier, Pierre Agostini, and Ferenc Krausz. They developed a way to create attosecond-resolved pulses, allowing them to observe and manipulate high-speed processes at the atomic and molecular levels.
Explaining the Nobel Prize in Physics
Related Posts
Chemistry is stuck in the dark ages – ‘chemputation’ can bring it into the digital world
In Chemify’s laboratories, AI-proposed molecules are compiled into chemical code which robots execute and test in real time.…
Mathematical Model Reveals Cellular Flows in Chick Embryos
At a Glance One of the fundamental questions in biology is how cells organize themselves to form complex…
UC Santa Cruz physicist offers 2 new dark matter theories
A UC Santa Cruz physicist proposes two novel theories suggesting dark matter emerged naturally from the extreme gravitational conditions of the early universe.
Why Is Mercury Liquid?
Mercury, a transition metal belonging to Group 12 of the periodic table, remains a liquid at room temperature…
