Latest updates, research findings, and industry perspectives
Edition #012: Why the next phase of carbon nanotube conductors is less about proving the physics, and more about manufacturing them reliably
Researchers have found a way to convert non-recyclable black plastic into materials for renewable energy, addressing waste issues and supporting sustainability.
Reconductoring with advanced conductors, like carbon nanotubes, significantly boosts grid efficiency and capacity, reduces energy losses, and facilitates renewable energy integration.
CNTs' ability to block over 99% of light makes them ideal for improving telescope sensitivity, proving essential in the Habitable Worlds Observatory's mission to detect life-supporting conditions on exoplanets.
Chinese scientists have developed an AI chip using CNTs that is 1,700 times more energy efficient than a traditional silicon chip, potentially reducing power consumption in AI models.
As reliance on clean energy rises, CNTs could play a key role in improving battery storage and solar cell efficiency, accelerating the transition to a more sustainable energy future.
Researchers at Chalmers University of Technology developed the first all-carbon fibre-based structural battery, which can store energy while also bearing mechanical loads, reducing electric vehicle weight.
Cabot Corporation has been awarded up to $50 million from the US Department of Energy to develop the first commercial-scale facility for battery-grade CNTs and conductive additive dispersions.
As demand for data centres grows, CNTs could help overcome limitations posed by resource shortages and high energy consumption, future-proofing critical national infrastructure.
