What Are the Plans for New Particle Accelerators?

TL;DR

Current plans in particle physics involve constructing two new accelerators: a linear collider for clean and precise particle measurements using electrons and positrons, and a future circular collider at CERN designed for higher energy exploration with protons. Financial constraints are hindering progress, but these projects promise significant advancements in particle discovery.

Transcript

can you give us a sense of where we are on the frontier of building new machines that will have higher energy be able to probe yet other domains and perhaps maybe these supersymmetric particles are there they're just heavier so what's going on and that's in that space so there is let's say a roadmap right now but I think there's no there's no money... Read More

Key Insights

• 👶 Building new machines for particle physics exploration is hindered by financial constraints.
• 🖤 A linear collider offers clean and precise measurements of particles, but lacks the high energy capabilities of a circular collider.
• ✋ A future circular collider, located at CERN, could provide significant advancements in particle discovery with its higher energy levels.
• 💦 Mountains and water drainage pose challenges in constructing the future circular collider.

Questions & Answers

Q: Why is a linear collider considered a good idea for particle physics exploration?

Colliding electrons and positrons in a linear collider eliminates the complexity of quark interactions and allows for clean and precise measurements of particles, making it superior for precision measurement perspectives.

Q: What advantage do protons offer in particle physics exploration?

Protons provide higher energy levels and power, making them crucial for studying particles at higher energies and enabling significant discoveries.

Q: What are the proposed new machines for particle physics exploration?

The proposed new machines are a linear collider and a future circular collider. The linear collider would use electrons and positrons, while the future circular collider would use protons for higher energy exploration.

Q: Where would the future circular collider be located?

The future circular collider would be located at CERN and would be a 100 kilometer ring.

Summary & Key Takeaways

• Money is currently a limitation in building new machines for particle physics exploration, but there are two projects in consideration: a linear collider and a future circular collider.

• The linear collider would collide electrons and positrons, providing clean and precise measurements of particles, while the future circular collider would use protons for higher energy exploration.

• The future circular collider would be a 100 kilometer ring located at CERN and could potentially offer significant advancements in particle discovery.