Summary Points MIT’s QMIT launched a postdoctoral fellowship to foster interdisciplinary quantum research. Supported by the Moore Foundation, it aims…
Browsing: Quantum
Top Highlights Nanoscopic wrinkles in graphene dramatically alter its electrical properties via flexoelectricity. Wrinkles act as microscopic ‘speed bumps,’ creating…
Essential Insights Edsger Dijkstra harshly criticized certain programming languages and their impact. Computer science is about theoretical foundations, not just…
Essential Insights Researchers developed shape-shifting, interactive structures using programmable metamaterials with embedded intelligence. Bifur-circuits enable complex, reconfigurable shapes that maintain…
Top Highlights Hilbert space’s size reflects the number of possible futures an object has. This abstract space allows multiple mathematical…
Essential Insights MIT developed a machine learning tool to generate plausible extreme weather scenarios. The method predicts unprecedented events without…
Summary Points Quantum phonon focusing observed at room temperature, enabling precise heat control. Boron arsenide material facilitates phonon travel without…
Essential Insights MIT developed an intuitive mechanical arm interface to control excavators remotely or physically. The system mimics excavator movements,…
Essential Insights Classical computers rely on transistors for rapid, reliable binary data processing. Quantum computers use qubits, exploiting superposition and…
Summary Points Melanie Mitchell emphasizes developing better methods to assess machine cognition scientifically. AI operates via non-human, “alien” cognitive mechanisms,…