Conventional digital computing systems relying on Si-based CMOS technologies face critical challenges in fulfilling the performance and energy demands of advanced applications like real-time image processing or pharmaceutical drug discovery. These systems are further constrained by an array of challenges at both hardware and software levels, like von Neumann bottleneck, which leads to saturation in processing speeds due to the latency between memory and processing units. Innovations in materials, devices, and algorithms are essential to surmount these challenges, and are paving the way for the advent of a new era in computing technology. Among the most notable advancements are neuromorphic computing, which emulates brain-inspired computing paradigms in computational hardware for improved efficiency, and quantum computing, which leverages the principles of quantum mechanics through quantum bit (qubit) operations to conduct computations.

This year’s AVS Michigan Chapter Spring Symposium will discuss cutting-edge research on novel computing paradigms of Neuromorphic and Quantum Computing, that transcend traditional CMOS devices and von Neumann architectures. We will explore the fundamental material, device, and interconnect research driving these advancements and examine the role of vacuum science, nanofabrication, and advanced manufacturing in enabling the fabrication of emerging devices and systems.

This year’s keynote speakers are: 

• Prof. Michael Manfra from Purdue University: Bill and Dee O’Brien Distinguished Professor of Physics and Astronomy, Professor of Electrical and Computer & Materials Engineering, Scientific Director, Microsoft Quantum Lab Purdue
• Prof. Angela Wilson from Michigan State University: John A. Hannah Distinguished Professor of Chemistry, Associate Dean of Strategic Initiatives 

The Symposium will consist of the two plenaries and an additional seven invited talks. These will be followed by vendor exhibition time, a student poster session, a reception, and a poster award ceremony. 

The AVS Michigan Chapter Spring Symposium brings together local universities and industry, academics, researchers, and students, as well as industrial representatives that supply and support the industry and educational institutions  that work in the field of micro and nano-electronics.

We invite researchers, students, faculty, and industry to join us and register for this unique and interesting event.

Parking

Free parking is available at Parking Structure 2: 5150 John C Lodge Fwy, Detroit.