Over the Sink Colander Strainer Basket, Expandable Collapsable Collinders Vegetable/Fruit Washing Basket,Double Layered Collaspable Collider Portable Fruit Washer Pasta Strainer (White)

£9.71
FREE Shipping

Over the Sink Colander Strainer Basket, Expandable Collapsable Collinders Vegetable/Fruit Washing Basket,Double Layered Collaspable Collider Portable Fruit Washer Pasta Strainer (White)

Over the Sink Colander Strainer Basket, Expandable Collapsable Collinders Vegetable/Fruit Washing Basket,Double Layered Collaspable Collider Portable Fruit Washer Pasta Strainer (White)

RRP: £19.42
Price: £9.71
£9.71 FREE Shipping

In stock

We accept the following payment methods

Description

We still don't understand the mass of the Higgs boson. We don't understand the family problem, as in why there are three families of particles,” said CERN Director-General Fabiola Gianotti. “So, studying the Higgs boson with the highest possible precision is a must, and a future collider will do so.” In their conceptual design report, CERN listed three possible avenues for their Future Circular Collider to take, each providing a different set of advantages and disadvantages in science, engineering and cost. The first is the construction of an electron-positron collider (FCC-ee) 100 km around that will provide high-precision studies of the Higgs boson and other known particles. The second would upgrade the FCC-ee into a new hadron collider (FCC-hh) with an energy seven times that of the LHC. This design could include a hadron-lepton interaction point (FCC-he). And finally, perhaps at the bottom of the wish list, is an upgrade to the LHC (HE-LHC) that will double its current power to 27,000 GeV. Two of the four collision points around the circumference of the LHC are occupied by large general-purpose detectors. These include the Compact Muon Solenoid (CMS), which can be thought of as a giant 3D camera, snapping images of particles up to 40 million times per second.

Cosmic rays hit the Earth, the sun, other stars and all the myriad denizens of the universe with energies that far exceed those of the LHC. This happens all the time. If there were any danger, we would see some of these objects disappearing before our eyes. And yet we don't. Thus, we can conclude that whatever happens in the LHC, it poses exactly, precisely, inarguably, zero danger. And you can't forget the crucial point that this argument works for all conceivable dangers, including those that nobody has imagined yet.

Create an account or sign in to join the discussion

But there is no evidence that strangelets are real, so that might be enough to keep some people from worrying. However, it's still true that the LHC is a machine of discovery and maybe it could actually make a strangelet … well, if they really exist. After all, strangelets haven't been definitively ruled out and some theories favor them. However, an earlier particle accelerator called the Relativistic Heavy Ion Collider went looking for them and came up empty. And, occasionally, that inconvenient bit of matter is the Earth. We call these intergalactic bullets — mostly high-energy protons — "cosmic rays." Cosmic rays carry a range of energies, from the almost negligible, to energies that absolutely dwarf those of the LHC. The LHC is sometimes referred to as “high energy” physics but it’s only high energy on a subatomic level. (Image credit: mesut zengin via Getty Images) I started on ATLAS for my PhD research. I was developing new pixel sensors to improve the measurement of particles as they pass through our detector. It's really important to make them resistant to radiation damage, which is a big concern when you put the sensors close to the particle collisions. Since then, I've had the opportunity to work on a number of different projects, such as understanding how the Higgs boson and the top quark interact with each other. Now I'm applying machine learning algorithms to our data to look for hints of dark matter. One of the biggest mysteries in physics right now is, what is 85% of the matter in our universe? We call it dark matter, but we don't actually know much about it!

All hadrons are made up of quarks, but LHCb is designed to detect particles that include a particularly rare type of quark known as 'beauty'. Studying CP violation in beauty-containing particles is one of the most promising ways to shed light on the emergence of matter-antimatter asymmetry in the early universe. Hunting exotic particlesThey are definitely hesitant,” said Cao. “They are hesitant because there are objections from people from all branches of physics. How can they get so much money for this project when there are so many other projects that need funding?”



  • Fruugo ID: 258392218-563234582
  • EAN: 764486781913
  • Sold by: Fruugo

Delivery & Returns

Fruugo

Address: UK
All products: Visit Fruugo Shop