SAMMY-T is designed to provide students with
A basic understanding of quantum mechanics and how quantum and classical mechanics work together to define how materials interact with each other
An appreciation of the advantages that quantum sensing brings when it comes to solving real world problems
Training in necessary skills to work in quantum at many levels - from technician to sales to device design to advanced research.
SAMMY-T can be used in the lab to understand and mimic real world use cases for the SAMMY system. These include
Evaluating semiconductor devices to determine their suitability for quantum magnetometry. Commercial use case: nondestructive testing of semiconductor chips during manufacture
Manipulating voltage, frequency, magnetic fields to see the effects of stress. Commercial use case: evaluating control electronics under high temperature or in nuclear reactors to detect flaws before they become fatal.
Choose any off-the-shelf semiconductor device and discover its quantum properties
Ability to explore the effect of temperature on the system
No optical breadboard or table, bespoke tools, expensive materials, or laser safety controls