Jul 16 – 26, 2022
US/Pacific timezone

Bootstrapping the Muon Collider: Massless Neutrinos in the g-2 Delivery Ring

Jul 18, 2022, 7:00 PM
2h 20m
211 South Ballroom (HUB)

211 South Ballroom

HUB

Speaker

Peter Cameron (Michigan/MIT/Brookhaven (retired))

Description

The impedance model opens an old window on the roots of string theory via the S-matrix bootstrap. There is no Lagrangian. Equations of motion calculate mode impedances of the S-matrix. These govern amplitude and phase of energy transmission, such that the S-matrix impedance representation is also the gauge group, with direct interaction of both flavor and color matrix elements the citizens of Chew’s ‘nuclear democracy’. Naturalness comprises the consistency conditions[1]. The model requires just three assumptions - geometry, fields, and a mass gap - is finite without renormalization, and appears to be maximally analytically continued. There are no free parameters. It suggests a simple proof-of-principle experiment in the Fermilab muon g-2 delivery ring, demonstrating both massless oscillation and possibility of low-energy Muon Collider lifetime enhancement, complementary to high-energy time dilation of the Lorentz transform[2].
[1]https://www.researchgate.net/publication/335240613_Naturalness_begets_Naturalness_An_Emergent_Definition
[2]https://www.researchgate.net/publication/359592916_Bootstrapping_the_Muon_Collider_Massless_Neutrinos_in_the_g-2_Delivery_Ring

In-person or Virtual? Virtual

Primary author

Peter Cameron (Michigan/MIT/Brookhaven (retired))

Presentation materials