Fred Rendell-Bhatti (@fred_rendell) 's Twitter Profile
Fred Rendell-Bhatti

@fred_rendell

Research Associate Investigating Barocaloric Materials @UofG_MCMP @UofGlasgow | Energy Materials & Electron Microscopy | Hiking, Music, Gaming | He/Him

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calendar_today28-09-2016 09:12:38

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MCMP Glasgow (@uofg_mcmp) 's Twitter Profile Photo

At the end of the PIADS CDT #2021Conclave, we had MCMP Glasgow UofG PhysAstro SciEng Grad School PG student Fred Rendell-Bhatti announced as one of the prize winners for his presentation. Well done! Great work from the organising team for a well run show, which took place on Remo.

At the end of the <a href="/CDT_PIADS/">PIADS CDT</a> #2021Conclave, we had <a href="/UofG_MCMP/">MCMP Glasgow</a> <a href="/UofGPhysAstro/">UofG PhysAstro</a> <a href="/UofGSciEngGrads/">SciEng Grad School</a> PG student <a href="/fred_rendell/">Fred Rendell-Bhatti</a> announced as one of the prize winners for his presentation. Well done!
Great work from the organising team for a well run show, which took place on <a href="/use_remo/">Remo</a>.
MCMP Glasgow (@uofg_mcmp) 's Twitter Profile Photo

Congratulations to the winners of the annual MCMP Glasgow image competition! Celebrating with mulled wine certainly helps #festivemicroscopy 🎄🍷🎉

Congratulations to the winners of the annual <a href="/UofG_MCMP/">MCMP Glasgow</a> image competition! Celebrating with mulled wine certainly helps #festivemicroscopy 🎄🍷🎉
Fred Rendell-Bhatti (@fred_rendell) 's Twitter Profile Photo

My new research on materials for next-gen heating & cooling technologies: Understanding variations of thermal hysteresis in barocaloric plastic crystal neopentyl glycol using correlative microscopy and calorimetry doi.org/10.1088/2515-7… JPhys Energy MCMP Glasgow UofG PhysAstro

Fred Rendell-Bhatti (@fred_rendell) 's Twitter Profile Photo

New work just published in Advanced Materials ! doi.org/10.1002/adma.2…. Using atomic resolution electron microscopy in MCMP Glasgow UofG PhysAstro, we elucidate strain induced magnetic behaviours in antiperovskite thin films, important for next-generation computing.