USCDiscover Expedition
Step into the future of AI and computing with the USC DISCoVER Expedition. Supported by the NSF, we're pioneering superconducting chips that run at incredible speeds while using a fraction of the energy—enabling breakthrough innovations in artificial intelligence, scientific discovery, and sustainable technology. These next-generation systems could power smarter AI models, reveal new insights about our planet, accelerate clean energy solutions, and help us design revolutionary tools, medicines, and materials. If you're curious about the cutting-edge innovations shaping tomorrow's intelligent systems, join us on this expedition into the extraordinary.
AI s Next Leap
The Quantum Ruler
Superconductors & AI
Blowing Past the AI Scaling Wall
Transforming AI with Superconductors and Light
Temporal and pulse-train computing for reliable and efficient computing
Quantum Signals & Superconductivity: Insights from Dr. Sam Benz at NIST
Superconductive electronics for quantum based signal synthesis and measurements - with Dr. San Benz
Compare and Contrast CMOS, NMOS, and Josephson Logic – with Prof. Marilyn Wolf
Superconductor Electronics, What, Why and When - with Dr. Scott Holmes
Hybrid Magnetic Josephson Junctions for Quantum Technologies
Sustainable Computing: A Quantitative Perspective with Dr. Massoud Pedram
Developing Superconducting Qubits with Magnetic Josephson Junctions
Hybrid Magnetic Josephson Junctions for Quantum Technologies: A Research Journey
Single-Flux Quantum Logic: A Primer for Circuit Designers
How It Works: Single Flux Quantum Logic (SFQ) with Dr. Scott Holmes
Unlocking SFQ Circuits: Power Up Your Logic Game!
Unlocking SFQ Circuits: Power Up Your Logic Game!
Unlocking the Future: Superconducting Fluxons in Quantum Computing
Unlocking the Future: Superconductor Electronics Explained!
Unlocking the Future: Superconductor Electronics Explained!
Meet Dr. Scott Holmes: A Journey Through Academia 🎓✨
Handling Life's Surprises: A Seminar Shift 🏃♂️💬
Unraveling Phase Engineering: Junctions and Fabrication Challenges!
Superconductor Computing: Navigating Memory Challenges in Quantum Tech
Understanding Josephson Junctions with a Baby Drinking Milk Analogy!
Unlocking Quantum Computing: The Future Looks Bright!