Excited to announce our newest research on Tea Scum is now published! Prefer green tea instead of black? Then this work is for you!
https://t.co/zM0QALuJGz
Gave a talk a few weeks ago on more work we've been doing on tea films at #SOR2021 (the 92nd #SoRheology Annual Meeting) and it's redrawn some interest from the press! Always fun to have my research shared with a broader audience!
https://t.co/Hvqj1l1hqH
☕ Scientists say that the perfect method for making a brew involves filtered water, drinking your tea quickly, and a dash of lemon https://t.co/JOJtJqalpv
@R_J_Parker Thanks! It’s fun to see how everyone’s already got a technique to remove the film! Meanwhile I was trying to form the strongest film, then using many of those same techniques to see which was the most effective at weakening.
@R_J_Parker Yep, softer water has less visible film, though if measured there’s still a physically perceptible film you’re down to using lab-grade filtered super-pure water. But then we know from earlier research, that tea would taste bitter! (This is all for the non-milk tea).
The @guardian has got people really really fired up based on their choice of stock photo. 😅 No tea bags were used, most of the work was milk free, and I think the scum is a phenomenon worth observing! You can read the research here!
https://t.co/2NnQYTYMs3
Science spills the tea.
Researchers take a closer look at the physics and chemist-tea 🍵 Written by our resident tea connoisseur @ephiddian https://t.co/6e7bsv9hcM
Helpfully @sciencefocus added on a section about if it's possible to drink too much tea 😅 Apparently 100-150 tea bags a day is too much.
https://t.co/jXUczoV95c
#Tea | Scientists have discovered that water hardness caused by minerals such as calcium or magnesium carbonates or bicarbonates can influence the formation of so-called thin films on the surface of tea and change its flavour.
https://t.co/uuLyhMO8lo