the Nano and Quantum Technologies Laboratory
at Wake Forest University

Quantum systems

This group of researchers focus on - quantum information sciences, quantum machines, and quantum sensing. Quantum mechanics is now in its second great revolution, and our new capabilities in building systems that express quantum behaviors at the macro-scales promise to rewrite the way we innovate in the technology space. NanoteQ's efforts in this field include working on quantum computational systems which operate at higher temperatures with lower potential error. to learn more see www.qcwg-wake.online

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Human-Machine Interfaces

This group of researchers is composed of biomedical engineers, physicists, computer scientist, and chemists. Their aim is to use recent breakthroughs in materials science to rewrite how we think about machine-aid to the human body. Artificial organs, embeddable health sensing, restorative organ implants, and other frontier goals are imagined for the new bioelectronics being developed today. to learn more see 

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​AI

Artificial intelligence, Machine learning, Deep learning… What is the difference in these things and does it matter? As we move closer to the era of machine thought, the question that we must all be asking is "how will this technology impact human societies?" It is a forgone conclusion that such machines will be a reality. But, at NanoteQ we are imagining how to use such systems in a manner beyond just replacing the need for human creativity. Instead, by coupling such systems with quantum devices our goal is to enhance the ability of the human mind to achieve equitable and safe societies and a sustainable habitat. to learn more see

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​A Green World

Power technologies, power utilization, and power security. How do we create a sustainable habitat, a fair and equitable access system to the world's resources, and a safe means of growth for our planet and our communities? The NanoteQ focus in this area is, naturally, based on emerging technological innovation. Power in the marketplace always tends toward its densest forms and the growth of planetary power utilization far exceeds our ability to conserve our way to sustainability. But there are ways to generate power, distribute power, and use power that will allow us to move forward as a society without burning up our environment. to learn more see