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- Whats inside a quark? | Questions | Naked Scientists
If you could break open a quark, what would you find inside?
- What is the God Particle and Why Should I Care?
Humans don’t float away into space, as in Frank in Kubric’s “2001: A Space Odyssey”, because the Earth’s gravity acts on our body mass Yes, mass is directly proportional to weight, the product of mass multiplied by the Earth’s gravitational acceleration Cheer up, on Mars you would weigh about 60 percent less! Standard Model Confirmation and Extensions The best description of the
- Tetraquarks: new configurations of subatomic particles discovered
Researchers using the Large Hadron Collider at CERN say they’ve recently discovered a new exotic form of subatomic particles called tetraquarks They exist for just fractions of a second, so they’re hard to spot and study But, luckily, University of Cambridge physicist Harry Cliff, is working on the experiment that discovered them, as he described to Chris Smith
- Finding the God Equation | Podcasts | Naked Scientists
What is the symmetry? Four dimensional rotations in Lorentz space Now let's take a look at the quark model The quark model, which is a model for the inside of the proton, has three quirks If you rotate three quark among themselves, the equations remain the same It's symmetrical under something called SU (3)
- The Large Hadron Collider (LHC) | Science Features
The nucleus itself is made up of smaller particles, protons and neutrons, which in turn are made up of the 1st generation quarks - the up quark and the down quark The electron-neutrino is a neutral and almost massless particle that is spat out of nuclei during beta decay
- If black holes stops time does white hole accelerate time?
It could be an imbalance in the distribution of quark charge This repulsive effect would still be operating under the influence of extreme time dilation In the frame of reference of the white hole this would be undetectable as proper time would be unaffected
- Using the LHC in Research | Interviews
Tara - That's right To give you an example, for every quark we have an antimatter quark equivalent For something like the electron there's an antimatter equivalent that we call a positron Every particle that we know about in the universe also has its antimatter equivalent Chris - How can we turn matter into antimatter, though? Tara - What happens in the LHC is in the collision we either
- Alternative description of atomic structure | Naked Science Forum
Alternative description of atomic structure Current description of atom is bit overwhelming, it has lots of components starting with some basic particles P
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