https://youtu.be/YQ9IbbCs4YE?si=SfUtvPnkVm5tSw9X

Nigel Farage at the future Baron & Baroness Farmers wedding 💒

Pope appoints new leader of Catholic Church in England and Wales https://www.bbc.co.uk/news/articles/c5yq7l244ydo

Exploring Khara-Hora: The Ancient Structure That Challenges History - USTORY-en YouTube

Ok, I may not agree with everything that's stated here, but as an introduction to one of the most important discoveries that has been made in the last 20 years and has then been ignored / covered up ever since, you can't go wrong with this.
It also, just so happens to be something that Thumper pointed out to me, all those years ago and began my, up to now seemingly eternal, journey of discovery from the Aratta, that likely built that, to Hypoboria hundreds and thousands of years before even Khara-Hora. Not to mention, its probably just one of many hidden possibly within every mountain in the Caucus mountain range.

https://youtube.com/watch?v=YyhrM6LOVTY&si=cefWZ-Q3cbjOpjZ-

https://youtu.be/zgqeJR0vcWc?si=Hk9iRDR_M6OaYD5v


Hmm 🤔 think I will give this a watch .. 🤷🏼‍♀️

AI Overview
+32
The Standard Model of physics is the prevailing theory that describes the fundamental particles and forces that govern the universe, with the exception of gravity [1, 2]. In simplest terms, it is an "ingredients list" and "rule book" for all known matter and its interactions [1].

The "Ingredients" (Fundamental Particles)
The model identifies 17 fundamental particles, grouped into two main categories [1, 2]:

Fermions (Matter Particles): These are the building blocks of all matter. They include:
Quarks: These combine to form larger particles like protons and neutrons. There are six types: up, down, charm, strange, top, and bottom [1].
Leptons: These include familiar particles like the electron, which orbits the nucleus of an atom, and its heavier cousins (muon and tau), as well as three types of elusive neutrinos [1, 2].
Bosons (Force Carriers): These particles transmit the fundamental forces, telling matter particles how to interact [1, 2]. They include:
Gluons: Carry the strong nuclear force, which holds atomic nuclei together [1, 2].
Photons: Carry the electromagnetic force, responsible for light, electricity, and magnetism [1, 2].
W and Z bosons: Carry the weak nuclear force, responsible for certain types of radioactive decay [1, 2].
The Higgs boson: This unique particle is associated with the Higgs field, which gives mass to other particles [1, 2].

The "Rule Book" (Forces)
The Standard Model describes three of the four known fundamental forces:

Strong nuclear force: The strongest force, binding quarks together inside protons and neutrons and holding the atomic nucleus as a whole [1, 2].
Electromagnetic force: Responsible for the interaction between charged particles; it governs chemistry, light, and almost all everyday phenomena [1, 2].
Weak nuclear force: Acts over very short distances and is responsible for processes like beta decay, which allows the sun to shine [1, 2].

Broadest Scope
The model's scope encompasses everything from the smallest subatomic interactions to the behavior of all visible matter in the cosmos [1, 2]. It has been extensively tested and is highly successful at predicting the outcomes of experiments [1].
Limitations
Despite its success, the Standard Model is not a "Theory of Everything". It has limitations [1, 2]:

It does not incorporate gravity [1, 2].
It does not explain the existence of dark matter or dark energy, which make up the vast majority of the universe [1, 2].

Physicists are currently working on theories "beyond the Standard Model" to address these outstanding mysteries and complete our understanding of the universe [1, 2].

"Unifying Bogspiracy Demolished: Standard Model Debunked" rumble handle at urproblyawarcriminal

Jodie or Diva Jodie 💞💞

I take it Diva Jodie is on the couch, but where's Jodie?
Hiding under the couch?
Under the cat?...
..
.
Oh wait...
..
.
Nevermind, I get it now...
..
.
Behind the cushion

Watch real_sam_fisher with me on Twitch! https://www.twitch.tv/real_sam_fisher?sr=a