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1
Intro
2
Outline
3
Photon vs Gluon Couplings
4
Wavy Dark Matter
5
Dark matter production
6
Piezoelectric Crystals
7
Constitutive Equations for Piezoelectricity
8
Schiff Suppression
9
Resonant Mass Detectors
10
Experimental Setup
11
Materials
12
Scanning
13
Backgrounds
14
Idealized Forecast
15
Axion-Electron Coupling
16
Future Directions
17
Ferroaxionic effect
18
Summary
Description:
Explore the intriguing concept of the Piezoaxionic Effect in this 42-minute lecture by Amalia Madden at the Galileo Galilei Institute. Delve into the comparison between photon and gluon couplings, and examine the properties of wavy dark matter. Investigate dark matter production processes and gain insights into piezoelectric crystals and their constitutive equations. Learn about Schiff suppression and its implications for resonant mass detectors. Discover the experimental setup, materials, and scanning techniques used in piezoaxionic research. Analyze potential backgrounds and examine idealized forecasts for axion-electron coupling. Explore future directions in the field, including the ferroaxionic effect. Gain a comprehensive understanding of this cutting-edge topic in particle physics and dark matter research.

The Piezoaxionic Effect - Dark Matter Detection in Piezoelectric Crystals

Galileo Galilei Institute
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