Research Article

2023. W 43 D 4 GMT +08:00. Indicate #66 days left in 2023. A Research without if’s, and’s, or but’s with truth to be continued. A research that began in 1987, L’Huillier and team laid the theoretical foundation for attosecond physics and future breakthroughs. Additionally, in 2001, Agostini and his teams produced an innovation that allowed them to measure the duration of consecutive light pulses as 250 attoseconds. At the same time, Krausz and teams in Austria successfully isolated a single pulse of a…

#2023. W 43 D 3 GMT +08:00. Indicate #67 days left in 2023. Now, we know the value of one attosecond is one billionth of a billionth of a second (10^-18 seconds) – the ratio of one attosecond to one second is the same as the ratio of one second to the universe’s age. In addition, attosecond pulses can be used to push molecules, which emit a measurable signal, a kind of fingerprint that will tell scientists what molecule it is. As well as…

#2023. W 43 D 2 GMT +08:00. Indicate #68 days left in 2023. At this point, scientists are aware of tons of fluctuations in pulse spectrum, intensity, temporal profile, and delays between pulses. Therefore, we set our tools, the LCLS-II, to high repetition rate machines, function with up to 1 MHz rep-rate and potentially much less fluctuation, in which our tools beaming a soft and hard X-ray Beamline, with two color-spanning multiple X-ray absorption edges – sub-fs pulses of variable delay (-100 to +100…

#2023. W 43 D 1 GMT +08:00. Indicate #69 days left in 2023. We all know that in a chemical reaction or physical change, electronic, vibrational, and rotational dynamics can occur in a high fashion on timescales from 0.01 – 1000 fs. Therefore, by optimizing artificial light-harvesting systems within 1 fs – 1 ns, we can observe the electronic events in photo-physics and chemistry, especially while controlling chemistry and physics with laser fields around 0.1 fs – 100 ps. We can analyze the lightwave…

#2023. W 42 D 4 GMT +08:00. Indicate #73 days to go in 2023. There may need to be more than a single image. However, it can be used as evidence in the investigation. Investigations of laser-matter interactions have entered a new temporal regime, the regime of attosecond science. It is a main “spin-off” of strong field (i.e., intense laser) physics, in which nonperturbative effects are fundamental. As seen in the Optical Slippage of Light, goes ahead of electrons when they travel an undulatory.…

#2023. W 42 D 3 GMT +08:00. Indicate #74 days to go in 2023. Now, we will present an introduction to the interaction of light and matter on the attosecond timescale. Initially, there is astrophysics, which is 10^-18 seconds, also called attoscience, which is a branch of Physics wherein attosecond duration pulses of electrons or photons are used to probe dynamic processes in matter with unprecedented time resolution. Especially that we know, one of the primary goals of attosecond science is to provide more…