19 March LHC gets 3.5 TeV in both beams, a first.

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In summary, the LHC beams were successfully ramped up to the highest energy levels ever achieved by human beings, surpassing the Tevatron's operation and previous records. Work will continue to prepare for higher intensity and the first collisions are tentatively scheduled for March 30. There are hopes for even higher energy collisions in the future.
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marcus
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http://www.math.columbia.edu/~woit/wordpress/?p=2819
==quote==

High Energy Beams at the LHC
At 5:23 am in Geneva this morning, for the first time the two LHC beams were ramped up to high energy, the 3.5 TeV/beam that they plan to run at for the next two years. These are the highest energy (per particle) beams ever created by human beings, significantly surpassing the value at which the Tevatron operates (.98 TeV/beam) as well as the record achieved last fall (1.18 TeV/beam) during the early stages of beam commissioning.

From now on, work will continue on preparing the machine to operate at higher intensity (for now they are using low-intensity pilot beams). For the next week or two, one of the challenges will be to carefully avoid any interesting collisions between particles in the two beams, since a major media event is being organized around the first collisions, and the event is tentatively scheduled for March 30.

==endquote==

congratulations, to all of us, directly involved or not.
Here's hoping all goes well with the first 7 TeV collisions.
 
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marcus said:
Here's hoping all goes well with the first 7 TeV collisions.
It did!
And later 13 TeV collisions.

Now it is hoped that the energy can be increased to 14 TeV.
 

1. What is the significance of 19 March LHC getting 3.5 TeV in both beams?

The Large Hadron Collider (LHC) is the world's largest and most powerful particle accelerator, and on 19 March it achieved a major milestone by successfully colliding particles at a record energy of 3.5 teraelectron volts (TeV) in both of its beams. This achievement is significant because it allows scientists to explore new frontiers of particle physics and potentially uncover new fundamental particles and interactions.

2. How does the LHC reach such high energies?

The LHC accelerates particles, typically protons, to high energies using a series of superconducting magnets and accelerating structures. These particles are then collided at designated interaction points, where detectors can record the results of the collisions and provide valuable insights into the fundamental building blocks of the universe.

3. What are the potential implications of this achievement?

The successful collision at 3.5 TeV in both beams opens up new possibilities for scientific discoveries. It allows scientists to explore energy regimes that were previously inaccessible and potentially discover new particles or interactions that could help explain the mysteries of the universe. It also helps to validate the LHC's capabilities and further our understanding of the fundamental laws of nature.

4. Are there any risks associated with operating the LHC at such high energies?

The LHC is designed and operated with strict safety protocols in place to minimize any potential risks. The energy levels reached in the collisions are similar to those produced naturally by cosmic rays, which have been bombarding the Earth for billions of years. Extensive studies have been conducted to ensure the safety of the LHC and its operations.

5. What is next for the LHC after this achievement?

The LHC is constantly pushing the boundaries of particle physics, and this achievement is just one step in its ongoing journey. Scientists will continue to increase the energy levels and intensity of collisions, which will allow for even more detailed studies of the building blocks of the universe. Additionally, the LHC will undergo upgrades and improvements in the coming years to further enhance its capabilities and potential for groundbreaking discoveries.

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