A theoretical toolkit for understanding spin physics and quantum information science, starting with the fundamentals of quantum mechanics and building into more complex topics.
The theory of Quantum Mechanics is rich in its mathematical beauty and power for describing the microscopic physical world. In these blogs, we present Quantum Mechanics from the perspective of spins physics, utilizing the language of magnetic resonance to introduce and understand the key ideas underlying Quantum Information Science. Beginning from the postulates of Quantum Mechanics, this section aims to equip the reader with the theoretical background required to understand complex concepts in magnetic resonance and Quantum Computing.
This series of posts lays out the foundational postulates of quantum mechanics using the two-level system of spin 1/2 particles as our model. In additionto a mathematical description of these postulates, MATLAB and Python code is included to show how to translate these ideas in a coding environment. These posts will provide the mathematical foundation for more complex concepts in quantum mechanics and magnetic resonance, and the building blocks for code development of spin dynamics.
This series of posts lays out the foundational postulates of quantum mechanics using the two-level system of spin 1/2 particles as our model. In additionto a mathematical description of these postulates, MATLAB and Python code is included to show how to translate these ideas in a coding environment. These posts will provide the mathematical foundation for more complex concepts in quantum mechanics and magnetic resonance, and the building blocks for code development of spin dynamics.
