BobaMosfet
- Joined Jul 1, 2009
- 2,113
All I know is that beauty comes in one form. Curvy. Big headlights. Tight Waisted. Calipygous.
All I know is that beauty comes in one form. Curvy. Big headlights. Tight Waisted. Calipygous.
Let's see if they succeed at creating a black hole... this time...May 2021, will be run 3 at the LHC.
https://home.cern/news/news/accelerators/new-schedule-lhc-and-its-successor
kv
Every restart has new toys.May 2021, will be run 3 at the LHC.
https://home.cern/news/news/accelerators/new-schedule-lhc-and-its-successor
kv
kv“Why High-Luminosity” said:The phenomena that physicists are looking for have a very low probability of occurring and this is why a very large amount of data is needed to detect them. Increasing luminosity produces more data, allowing physicists to study known mechanisms in greater detail and observe rare new phenomena that might reveal themselves. For example, the High-Luminosity LHC will produce at least 15 million Higgs bosons per year, compared to around three million from the LHC in 2017.
Interesting to see how brute force can sometimes be an aid to obtain beauty.Beauty is in the eye of the beholder. e.g. Luminosity
https://home.cern/resources/faqs?te...ll&field_p_faq_display_audience_target_id=All
kv
or to make something do a Crab Walk.Interesting to see how brute force can sometimes be an aid to obtain beauty.
When in the illustration above ^ I noticed ”Red” then “Blue” shift atop and bottom of the central cavity that the beam must pass though, the Mags polarity shift to attain an angular Pattern to the beam possibly, my only analogy would be like shooting a bullet keeping it on target target, then shifting the bullets angle of approach to the target area, just amazing, makes me wonder what Maxwell and others would have thought?”Super Conduction Magnets” said:New, more powerful superconducting quadrupole magnets will be installed on either side of the ATLAS and CMS experiments to focus the particle bunches before they meet. These magnets will be made of a superconducting compound, niobium-tin, used for the first time in an accelerator, which will make it possible to achieve higher magnetic fields than the niobium-titanium alloy used for the current LHC magnets (12 teslas as opposed to 8). Twenty-four new quadrupole magnets are currently in production. The use of niobium-tin magnets is an opportunity to test this technology for future accelerators. New beam optics (the way the beams are tilted and focused) will notably make it possible to maintain a constant collision rate throughout the lifespan of the beam.
If you mean the Crab cavities the ”Red” then “Blue” shift is RF electrical fields shifting in what looks to be a dual feed MW cavity using RF that's phase shifted and synchronized to each bunch. It's like a electrostatic deflection on a CRT, a charged stream (bunch) is attracted or repulsed by a changing electric potential. The crab cavity walls are superconducting to reduce RF losses and to increase tuned Q at 400MHz.When in the above illustration above ^ I noticed ”Red” then “Blue” shift atop and bottom of the central cavity that the beam must pass though, the Mags polarity shift to attain an angular Pattern to the beam possibly, my only analogy would be like shooting a bullet keeping it on target target, then shifting the bullets angle of approach to the target area, just amazing, makes me wonder what Maxwell and others would have thought?
kv
Just finished a book written by Frank Wiczek - A Beautiful Question, Finding Natures Deep Design printed 2016, I’ve had it for awhile, he predicts at the end of the book SuperSemmetry maybe 5 - 6 years away to show the Theory has merit.
kv
Chaotic bifurcation diagrams are wonderful things. They can give some neat insights into the structure of some mathematical systems that are, otherwise, quite...opaque.
That was great. I'm also fascinated by Chaos.
If the problem of evil prevents me from believing in a loving God, then the problem of beauty keeps me from being an atheist like Weinberg. Hence, agnosticism.
I've used those before when trying to understand/explain the EM 4-vector 3D representation as magnetic and electric fields.A very nice animation of a hypercube's projection that I found on a company's website:
It's also on Wikipedia: https://en.wikipedia.org/wiki/File:Tesseract.gifA very nice animation of a hypercube's projection that I found on a company's website:
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