In the evolving landscape of computing, quantum computing offers a distinct approach with unique advantages. We are pleased to present our Quantum Computing Team as well as some of the research directions we are exploring.

First, we'll introduce our team members, each bringing a unique and specialized skill set, ensuring a diverse approach to our quantum research.

We then initiate our technical discussion with Quantum Optimal Control, which aims for precision in manipulating quantum systems. Moving forward, we explore Distributed Quantum Computing—a pivotal strategy for linking quantum devices and amplifying their computational power. Recognizing that every advanced field has its challenges, we address one inherent to quantum computing: its vulnerability to errors. Here, Quantum Error Correction plays its part, ensuring computational fidelity. We conclude by exploring Tensor Networks, a framework for efficiency in representing and understanding complex multi-dimensional systems.