This year’s NobelPrize laureate in physics Anne L’Huillier discovered that many different overtones of light arose when she transmitted infrared laser light through a noble gas.
Each overtone is a light wave with a given number of cycles for each cycle in the laser light. They are caused by the laser light interacting with atoms in the gas; it gives some electrons extra energy that is then emitted as light. L’Huillier has continued to explore this phenomenon, laying the ground for subsequent breakthroughs.
The reason for a pulsating hole is that a pulsating electron has left that spot?
https://www.mpg.de/20915190/ferenc-krausz-erhaelt-den-physik-nobelpreis
"Von grundlegender Bedeutung war die Beobachtung des positiv geladenen Lochs, das ein Elektron in einem Edelgasatom hinterlässt. In dem Experiment der Forscher besetzten bestimmte Elektronen der Edelgasatome in einem sogenannten Überlagerungszustand zunächst gleichzeitig zwei Orbitale – das sind der Quantenmechanik zufolge die Aufenthaltsräume der Elektronen. Wenn ein solches Elektron mit einem starken Laserpuls nun aus dem Atom herauskatapultiert wird, bleibt ein pulsierendes Loch zurück. Das Pulsieren haben die Physiker um Ferenc Krausz mit einem nur 150 Attosekunden langen Puls von extrem kurzwelligem ultraviolettem Licht direkt beobachtet, also quasi gefilmt."
The full problem of em radiation
On charged particles, which in turn
Emit, is still open
Juan:
The full problem of em radiation On charged particles, which in turn Emit, is still open
YES BUT: Here one open question solved:
I just put it together: MOMENTUM CONSERVATION used! In the video the NP-winner speaks about "Leere,die sich bewegen kann" Ich ergänze: oszillieren kann"
Manfred
the link for video is not possible to get directly here
Overtones are the physical characteristics of chords and strings, and Anne L'Huillier's work has relevance to chords and string theory.
Preprint Chord Language
Similar behaviour is in a lot of places, integer and fractional quantum hall effect, charge density waves,
theory of anyons, collective effects, nonlinear effects, etc In most of these there is still research.
Its interesting that light frequency is the reference here. Photon momentum increases by integers,
photons coming together?
The most interesting statement comes from Ferenc Krausz.
See video: (Paparazzo der Elektronen) 7.16 position. This is exactly what they not expected to see
Oscillation of ?????.
https://www.mpg.de/20915190/ferenc-krausz-erhaelt-den-physik-nobelpreis
Here a possible math for the electron itself.
Xiaohong Li
Overtones are the physical characteristics of chords and strings, and Anne L'Huillier's work has relevance to chords and string theory.
If you like r(t) above (contribution) is a string, for me a radius of the electrons (symmetric) structure (oscillating)
Here are part of Quantum Numbers from Einsteins invariance condition concerning Rest-Mass "overtone". Horizontal Numbers indicate degeneration of mass
Notice m≈1/N, so increasing N ("overtone") give less mass! (GR+TD result, not my invention)
Manfred Geilhaupt There is no evidence that the electron has to be a point particle or a sphere, that the electron has local, non-local, closed string can also surround the nucleus.
LI
There is no evidence that the electron has to be a point particle or a sphere, that the electron has local, non-local, closed string can also surround the nucleus.
2pi*rG^2 is a surface, but of what?
S=m*c*rG=1/2*h_bar
What are the big take-aways from the 2023 Nobels in the sciences? There are several clear lessons with relevance to higher education. While the world has been awaiting the rise of Asia to the heights of global science, there is no sign of this diversification in the 2023 Nobels...
Nobel prizes seek to link basic research to applied and practical results – ideas and innovations that may take decades to percolate to fruition. But they remind us that basic research is fundamental to science and both to understanding and to practical results...
https://www.universityworldnews.com/post.php?story=20231023164318422
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