6G
Forward-looking research on 6G: AI-native networks, sensing, THz spectrum, digital twins, and semantic communication.
THz Communication: Why 6G Is Looking Past mmWave
What sub-THz and THz bands offer 6G, why molecular absorption and path loss make coverage brutal, the hardware problems that remain unsolved, and a realistic deployment timeline.
Semantic Communications: Sending Meaning Instead of Bits
What semantic communication actually proposes, where task-selective traffic reduction genuinely pays, and the metrics, robustness and interoperability problems still in the way.
Integrated Sensing and Communication: Turning the Radio Network Into a Sensor
How ISAC extracts environmental information from radio signals, why massive MIMO and wide bandwidth make it viable in 6G, and the trade-offs standing between the concept and deployment.
Digital Twins in Telecom: A Proving Ground for the Live Network
What makes a network digital twin useful rather than decorative: the fidelity trade-off, high-value use cases, the data foundations required, and how twins support safe closed-loop automation.
AI-Native Networks: Designing 6G for Intelligence from the Start
The difference between AI-assisted and AI-native networking, why the data pipeline matters more than the models, and what explainability actually means in network operations.
What Is 6G? Targets, Timeline, and What's Actually Different
6G explained without the hype: the IMT-2030 capability targets, the four technology pillars, the 3GPP standardisation timeline, and which claims deserve scepticism.