What's the future for Muons? - Chris Rogers

RAL Lecture Series- Dr Chris Rogers talks about the latest Muon research.

Thousands of naturally occurring muons travel through each of us every hour and they can even penetrate thick rock, allowing the radiography of the interiors of volcanoes and pyramids. Unfortunately, the challenge of making these curious particles means it has not been possible to manufacture a source of muons with a brightness comparable to that of proton and electron sources used in particle accelerators. Recent studies, undertaken by the Muon Ionization Cooling Experiment collaboration at the ISIS neutron and muon source at Rutherford Appleton Laboratory, have demonstrated a method to generate just such a beam by “cooling” the muons. The results, published recently in Nature, point the way to using a high-brightness, high-energy beam of muons to enable exploration of physics at energy scales beyond the reach of even the Large Hadron Collider.

[thomasciarlariello]

Of March 2019 for an engineering conference held inside MIT''s Electrical Engineering Dept. on Vassar St. of Cambridge, MA. I gave a presentation on cosmic ray muon catalyzed fusion rocket engines from Prior Art to Space Planes based on my Peer reviewed articles published during the 1990s in a Professional Journal.

The United Kingdom of the British Commonwealth includes magnetic North above Hudson Bay of Northern Canada, and there are British spaceplane manufacturers such as Reaction Engines Ltd. so I would like to furnish extensive further information if interested.

[terryburton]

might it be possable to do the same with the