KAUST

Nanomaterials and Nanostructure Based Energy Efficient Edge and Fluidic Computing for Internet of Things Applications

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B9 L2 H1

In this talk, I will address these questions with a focus on smart and multifunctional nanomaterial-based memory devices than can sense different physical qualities of the environment (Memsors) in addition to pressure-driven microfluidic logic gates which can process and analyze non-electronic media in an attempt to explore, enable and empower a wider range of IoT applications.

Aerospace Systems Research at KAUST, an uplifting experience

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KAUST

Aerospace Engineering is the source of much dreaming and worrying in most people's imagination. As such, it constitutes a marvelous support for the development and application of numerous disciplines, chief among them are aerodynamics, structures, flight and orbital mechanics. With time however, information technologies are progressively becoming the costliest activity within the aerospace engineering systems design phase. Indeed, they stand as the core elements of avionics systems, airline operations, air traffic control, spacecraft engineering, and planetary exploration, among others. Such subjects have been bringing much joy and teaching many lessons to your speaker for the past 30 years and will keep doing so, hopefully, for the next three decades.

Solving the grandest of challenges

1 min read ·
Around the world, scientists, researchers and engineers seek to develop sustainable alternatives to the burning of fossil fuels. Some explore the kinetic energy of wind, gravity or water. Others capture excited electrons using photosensitive materials. William Tang, a principal research physicist at the Princeton Plasma Physics Laboratory at Princeton University, wants to power the world using the chemical reaction that stars run on—nuclear fusion—and he believes deep learning is a key.