This course introduces graduate students to Quantum Engineering and Technology (QET) by providing a comprehensive and rigorous discussion of the basic principles and engineering design concepts of quantum coherent structures and devices for communications, computation, simulation, metrology, and sensing. this course will provide in-depth discussion of design methods, mathematical techniques, and engineering applications for the control of coherent quantum systems that drive the rapidly emerging "quantum supremacy" paradigm of computing and information processing. This course provides a broad yet rigorous foundation of quantum technology that exploits non-classical correlations and coherent superposition effects to achieve fundamentally novel optical and electronic functions on photonic and solid-state devices. A distinctive feature of this course is to present the material in strong partnership with "hands-on" computer simulations that demonstrate quantum mechanical principles and ideas "in action".

Note that this information may change at any time. Please visit the MyBU Student Portal for the most up-to-date course information.