The first nuclear powered artificial neuron
A joint team from Arkenlight and Axorus have built the first artificial neuron powered by a Tritium Radiovoltaic micro-power generator.
Innovation Funding to address technical challenges of fusion energy
The University of Bristol is among fifteen organisations who have secured UKAEA contracts to demonstrate how their innovative solutions and
Continue readingInnovation Funding to address technical challenges of fusion energy
Funding to advance Tritium tracking through fusion fuel cycle
University of Bristol researchers will lead one of six new projects looking at novel ways to reduce the UK’s greenhouse
Continue readingFunding to advance Tritium tracking through fusion fuel cycle
Tritium research advancing in the South West
The UK Atomic Energy Authority (UKAEA) recently announced the start of the development of H3AT, the world’s first dedicated civil
Continue readingTritium research advancing in the South West
Hub Director awarded RAEng Research Chair in fusion energy
Hub Co-Director (Science) Professor Tom Scott has been awarded a UKAEA / Royal Academy of Engineering Research Chair in Advancing
Continue readingHub Director awarded RAEng Research Chair in fusion energy
New paper investigates the biological effects of tritiated water exposure
A new paper, published in the Radiation Research journal, investigates the biological effects of tritiated water exposure, in particular through
Continue readingNew paper investigates the biological effects of tritiated water exposure