Invitation to master thesis defense
On August 28th, 11:00-12:00, I will defend my master thesis and examensarbete för civilingenjörsexamen, titled
"Testing universal Compton clocks using clock interferometry"
Abstract (en): It is demonstrated how application of clock interferometry
theory to recent atomic interferometry experiments can impose
restrictions on speculative theories of dynamical mass. Specifi-
cally, we use recently published data to show that the existence
of universal Compton clocks, defined as a universal internal dy-
namic of particles at their Compton frequency , is
infeasible, as they predict interference patterns which are in-
consistent with experimental results.
theory to recent atomic interferometry experiments can impose
restrictions on speculative theories of dynamical mass. Specifi-
cally, we use recently published data to show that the existence
of universal Compton clocks, defined as a universal internal dy-
namic of particles at their Compton frequency , is
infeasible, as they predict interference patterns which are in-
consistent with experimental results.
Abstract (se): Det demonstreras hur klockinterferometri, en hypotetisk ef-
fekt, kan appliceras på nyligen publicerad atominterferometri-
data för att erhålla begränsningar på spekulativa teorier om
dynamisk massa. Specifikt så visar vi från data att existen-
sen av universella Comptonklockor, definierade som en uni-
versell intern dynamik i partiklar vid deras Comptonfrekvens
, är orimlig, då de skulle ge interferensmönster som
inte stämmer överens med befintliga experimentella resultat.
fekt, kan appliceras på nyligen publicerad atominterferometri-
data för att erhålla begränsningar på spekulativa teorier om
dynamisk massa. Specifikt så visar vi från data att existen-
sen av universella Comptonklockor, definierade som en uni-
versell intern dynamik i partiklar vid deras Comptonfrekvens
, är orimlig, då de skulle ge interferensmönster som
inte stämmer överens med befintliga experimentella resultat.
The defense will take place over Zoom (link below). I will summarize the background and results of my work, followed by questions from the examiners and the audience. The technical level of the presentation will be aimed at an audience of fellow master students, but you are welcome to attend regardless of your knowledge of physics.
Zoom link: https://kth-se.zoom.us/j/64670819978
Date and time: August 28th 2020, 11:00-12:00
