Welcome to my Thesis work:
My master thesis explored the subtle Quantum effects of
a Gravitational Wave on a single electron.
Quantum Effects of Gravitational Waves
This was done by building a theoretical roadmap from first-principles
all the way up to connect to a proposed Quantum Sensing detection setup, by Tobar et al.
I performed an extremely hard calculation called the FW-transformation, to obtain the effective terms of our GW-electron coupling
The simplest mathematical choice (TT-Gauge) reduced the results significantly to
The main Kinetic-Strain term was further examined using hydrogen's known solutions
Finally the thesis connected to a proposed detection protocol (by Tobar et al), increasing the impossibly undetactable magnitude of the hydrogen's energy-level splitting by 10^33
The End
Outlook-Content
The Quantum Spin based acoustic resonator bar
The second-main term includes a spin-gravitomagnetic coupling,
such that the detection protocol proposed by tobar et could be constructed by a spin-polarised acoustic resonator bar
