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Neuromorphic Computing: Chips Inspired by the Brain
Neuromorphic computing designs chips that borrow ideas from biological brains. Learn how spiking, event-driven hardware works and where research stands.
Networks and Computing
Computing Beyond Today
New ways of computing being explored beyond conventional chips.
Digital Twins: Virtual Copies of Real Systems
A digital twin is a data-fed model that mirrors a physical machine, building or system. See how twins work, where they are used and where they fall short.
DNA Data Storage: Writing Information in Molecules
DNA data storage encodes digital files in synthetic DNA strands. Learn how the idea works, why it is attractive for archives, and why it is still slow and costly.
Edge Computing Explained: Processing Data Near Where It Is Created
Edge computing moves processing closer to sensors and devices instead of a distant data center. See why it reduces delay and traffic, and what trade-offs it brings.
Photonic Computing: Using Light Instead of Electricity
Photonic computing uses light, not electric current, to move or process information. Learn the concept, possible benefits for AI, and why it is still experimental.
Quantum Bits Explained: How Qubits Differ from Bits
Qubits are the basic units of quantum computers. See how they differ from ordinary bits, what superposition and measurement mean, and common misconceptions.
Quantum Computers and Encryption: What Is the Real Concern
Why might future quantum computers threaten some encryption, and what is post-quantum cryptography? A calm look at the risk, the timeline uncertainty and the response.
Quantum Sensing and Communication Beyond Computing
Quantum technology is more than computers. Learn how quantum sensing, atomic clocks and quantum key distribution work in general terms and how mature they are.
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