Particle Physics – the study of very small things and the mathematics that predicts them and how they make up everything is a hobby of mine and I’m not very good at it. The Standard Model lacks a graviton and possibly other particles, but the discovery of the Higgs boson at CERN laboratories in Geneva, Switzerland in 2012 is included and it’s one of the fundamental achievements in advancing the realm of Physics in the last 100 years.
These are the legos of the universe. Everything is made of them. Are there smaller particles? Strings but we’re still working on these. And while we’re not going to discuss string theory here if an electron (very very small) was the size of the Earth, a string would be a mote of dust) Neutrinos are so small and have such little mass that most of those generated in the core of the Sun rip through the planet Earth without encountering other mass and keep on going.
When I was in high school this chart didn’t exist and some of the current periodic table didn’t exist either. Never the less, everything we see, touch, taste or feel is made up of the particles in this chart. The starlight that pours from the heavens is comprised of them.
As a high school and college chemistry student, I was taught that electron shells were stable, and they are – sometimes. But now we know that sometimes the electrons that help make up everything (including electricity) are in “this dimension” and sometimes they are not. Of the ten theoretical dimensions that exist, three (X, Y, Z axis) are familiar to us. The others are not and comprise ‘weird science’.
Why do I even mention this in the blog? It’s easier to use simple math: Angle of the dangle is equal to the heat of the meat, etc. However I encourage you to dig deeper and think about how the universe really works. If for no other reason, it can be interesting.
That’s it, just sharing an interest at Planck Length.
The Planck length is the scale at which classical ideas about gravity and space-time cease to be valid, and quantum effects dominate.
We’ll go back to notions of good and bad government, power and petty machinations on the morrow. But I’ll still keep my hobby, thank you.
I followed that stuff rather closely when I worked at Fermilab in the early/middle 1970's. And I actually understood a fair amount of it.
These days? You're probably much more versed than I am.
Of course you'll keep your hobby. Sometime this year there is a good chance you'll have more time for it. 🙂
Be safe and take care. God bless you all.
Fermilab has been neutered in recent years. Sad really. I follow the math and the papers and work on my own little projects, but you need the Large Hadron Collider to do meaningful research.
I'm still trying to figure out which Calabi-Yau matrix best describes my situation.
Some claim that they are anthropomorphic but I harbor doubts.
Good friend at Argonne is doing some 'research' in that area. She gets to go 'play' at the Collider…
I'm not saying that CERN is a demonic portal to another dimension or that the H particle isn't just named after Higgs. But note the Quarks: BDS…
Bad Deep State.
Lock Her Up.
If you locked up inside the super collider, what would happen?
Glad there are folks like you to balance the science dunces like me.
Steve Martin used to say, "Let's get small….".
I left some time before Fermilab's peak. Just can't make a decent salary in that environment, and some of the academic types were a few fries short of a Happy Meal.
And I also couldn't stand the internal politics of the place…..
I'm a hobbies, nothing more than that.
Labs like Fermi tend to attract some exotic people. Not necessarily a good thing.
Let's say a black hole of mass HC and a very compact lump of anti-matter (not a singularity) also of mass HC are traveling toward each other. What does an outside observer see when they meet?
A fire in Chappaqua, obviously.
That explains a great many things.
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