Hello! This is the official Twitter account for the Murphy Materials Modelling Group (MMMG) at Lancaster University, led by Dr Samuel Murphy.
Murphy Materials Modelling Group retweeted
After a bit of a pause on Twitter, we are back and please to announce we are holding another Bay Fusion industry and public event on 27th June 2023 in Manchester - checkout our website for details - bay-fusion.co.uk/events/ #bayfusionuk #UKAEA #fusion
Murphy Materials Modelling Group retweeted
Great explainer video, @Energy_Zap !
Interested in studying how neutron irradiation may damage high temperature superconducting magnets in fusion reactors, then check out this @UKAEAofficial funded PhD position at @LancsUniEng findaphd.com/phds/project/fu…
Students from the ENGR428 Nuclear Fusion Engineering module @LancsUniEng on a tour of JET and RACE facilities at @UKAEAofficial. Thanks to Chris, Jordan and the team for giving us a great tour #fusion
Also here is a group shot outside the Remote Applications in Challenging Environments (RACE) building @UKAEAofficial
I love showing @LancsUniEng Chemical Engineers how to convert heat into work using a Stirling Engine. Shame it's only about 20% efficient though......... #thermodynamics
James Simpson from @UKAEAofficial teaching on the ENGR428 Nuclear Fusion Engineering module at @LancsUniEng last week. The students really enjoyed hearing about plasma physics and operation of tokamaks #fusion
Murphy Materials Modelling Group retweeted
Science #WordOfTheWeek: Future fusion reactors will require fuel. Deuterium-tritium fuel (made of isotopes of hydrogen) is a likely candidate. It reaches fusion conditions at lower temps than other elements and releases more energy than other reactions: energy.gov/science/doe-expla…
Congratulations to Ville Jantonen on a successful PhD defense @KumpulaScience. It was a pleasure to act as your 'opponent'. We had a great discussion, I learned a lot and I very much enjoyed the Karonkka
Murphy Materials Modelling Group retweeted
"#Biodiversity is essential to our #health, happiness & #wellbeing - we cannot survive without it" - @CarolineHowe
#CBDCOP15 officially kicks off today - and we want to see world leaders come together to #ProtectNatureNow
Some thoughts from our @imperialcollege experts
👇
[1/n]
Really impressed by this image from my student Jade Li. This is what happens when the pressure in Xe bubbles in uranium nitride increases @ATLANTIC_epsrc @LancsUniEng
Murphy Materials Modelling Group retweeted
UKAEA has welcomed the Government’s backing for fusion energy research with today’s announcement of an additional £126M for the UK fusion programme...
Full statement:
✅ LinkedIn - bit.ly/3EOGilm
✅ Facebook - bit.ly/3Az9wCt
#fusionenergy #fusioniscoming
We're delighted to publish the results of our collaboration with Jaime Marian's group at @UCLA and Mark Gilbert at @UKAEA, looking at oxidation of tungsten first walls in tokamaks #fusion iopscience.iop.org/article/1…
Congratulations to @WillNeilson on finishing his PhD. The first of what I hope will many theses on my shelf! @Transcend_epsrc @LancsUniEng
Congratulations to Mathew Haskew on publishing another paper trying to make biodegradable batteries from silk fibroin-ionic liquid polymer electrolytes @JGHardyLab @LancsUniEng onlinelibrary.wiley.com/doi/…
Rounding out our #fusionenergy tour with @_RJPearson Co-founder, Chief Innovator & UK Director of @Kyotofusioneer.
The group taking a tour of the awesome Materials Research Facility at @UKAEAofficial.
Group visit to @TokamakEnergy where @meghasanjv
presented our recent results on radiation damage in high temperature superconducting magnets and we discussed tritium breeding materials. #fusionenergy
Murphy Materials Modelling Group retweeted
📢 We're pioneering the roadmap to make commercial energy #fusion a reality! Excited to announce plans for our advanced prototype, ST80-HTS - the world’s first high field spherical tokamak using high temperature superconducting magnets, at scale. ⤵️
tokamakenergy.co.uk/2022/10/…
Excited to be at @Ri_Science Careers Event. @meghasanjv showing off our work on Radiation damage in High Temperature Superconducting magnets @TokamakEnergy @UKAEAofficial @LancsUniEng



































