Emerging Computing Platforms
Emerging Computing Platforms
The transformative power of computing, driven by advances in microelectronics and silicon-based transistors, has reshaped our world and economy. As we approach the physical limits of these technologies and face growing demand for compute power, new computing platforms are emerging.
Quantum computing, once theoretical, is now a major focus of CSL faculty. They address challenges like programming and interfacing quantum computers with traditional systems, playing a pivotal role in initiatives like Illinois’ $500M Quantum and Microelectronics Research Park.
Neuromorphic computing mimics the brain’s neural structures for energy-efficient processing, while biological computing uses biologically derived elements for new computational systems. These platforms represent fundamental shifts in computing, requiring reimagined architectures and networking stacks.
CSL’s legacy of transformative contributions continues as researchers drive innovations shaping the future of computing.
A NOTE FROM OUR EXPERTS:
"We live in an era of exciting new computing technologies, emerging through hybrid edge-cloud platforms that increasingly integrate quantum, biological and neuromorphic systems. Each brings fresh capabilities to the traditional digital ecosystem; for instance, Quantum Processing Units combined with GPUs can tackle tough AI optimization challenges, while biological and neuromorphic systems enable low-energy processing for complex tasks. Uniting these platforms poses difficult but thrilling research challenges, requiring interdisciplinary teams. The societal benefits in medicine, materials discovery and advanced robotics will be significant."
– Klara Nahrstedt