Marc Reid
@reid-indeed.bsky.social
🧪 Senior Lecturer | U. of Strathclyde
📕 Author | “You Are Not a Fraud”
🎤 Host | The reid_indeed Podcast
🎥 CSO | Kineticolor Ltd
https://www.dr-marc-reid.com
📕 Author | “You Are Not a Fraud”
🎤 Host | The reid_indeed Podcast
🎥 CSO | Kineticolor Ltd
https://www.dr-marc-reid.com
I have a copy for you.
October 5, 2025 at 1:21 PM
I have a copy for you.
Congratulations to all this week’s Department of Pure and Applied Chemistry graduates, class of 2025!
June 27, 2025 at 8:35 PM
Congratulations to all this week’s Department of Pure and Applied Chemistry graduates, class of 2025!
Their paths through our research team were separated by 4 years. Today, they were just 2 seats apart, united in celebrating their PhD graduation.
None of what we claim as ‘success’ is possible without the likes of Ben and Barry.
None of what we claim as ‘success’ is possible without the likes of Ben and Barry.
June 27, 2025 at 8:35 PM
Their paths through our research team were separated by 4 years. Today, they were just 2 seats apart, united in celebrating their PhD graduation.
None of what we claim as ‘success’ is possible without the likes of Ben and Barry.
None of what we claim as ‘success’ is possible without the likes of Ben and Barry.
Many years later, emerging from COVID, I interviewed a PhD candidate who took a risk to present what became the most creative and memorable interview I’ve ever conducted.
The undergrad was Benjamin Clark and the PhD candidate was Henry Barrington.
The undergrad was Benjamin Clark and the PhD candidate was Henry Barrington.
June 27, 2025 at 8:35 PM
Many years later, emerging from COVID, I interviewed a PhD candidate who took a risk to present what became the most creative and memorable interview I’ve ever conducted.
The undergrad was Benjamin Clark and the PhD candidate was Henry Barrington.
The undergrad was Benjamin Clark and the PhD candidate was Henry Barrington.
✅ Temperature increase (25 - 60°C) reduces mixing times by up to 10-fold
✅ CFD simulations validate experimental observations
✅ Computer vision provides quantitative, non-contact monitoring
✅ Synthesis applications shows that vessel choice is important, even on the small scale, when using DESs.
✅ CFD simulations validate experimental observations
✅ Computer vision provides quantitative, non-contact monitoring
✅ Synthesis applications shows that vessel choice is important, even on the small scale, when using DESs.
June 13, 2025 at 9:11 PM
✅ Temperature increase (25 - 60°C) reduces mixing times by up to 10-fold
✅ CFD simulations validate experimental observations
✅ Computer vision provides quantitative, non-contact monitoring
✅ Synthesis applications shows that vessel choice is important, even on the small scale, when using DESs.
✅ CFD simulations validate experimental observations
✅ Computer vision provides quantitative, non-contact monitoring
✅ Synthesis applications shows that vessel choice is important, even on the small scale, when using DESs.
Five hardback copies of #YouAreNotAFraud are en route to USW to give away to attendees…and I can’t wait to hear whose won!
Massive thanks to Llinos Spargo for inviting me back, and to Prof Martin Steggall for his kind hosting during my session.
Massive thanks to Llinos Spargo for inviting me back, and to Prof Martin Steggall for his kind hosting during my session.
June 12, 2025 at 4:18 PM
Five hardback copies of #YouAreNotAFraud are en route to USW to give away to attendees…and I can’t wait to hear whose won!
Massive thanks to Llinos Spargo for inviting me back, and to Prof Martin Steggall for his kind hosting during my session.
Massive thanks to Llinos Spargo for inviting me back, and to Prof Martin Steggall for his kind hosting during my session.