Warm sunny days - so it's time for some tasty ice cream chemistry Compound Interest | Chemistry infographics #RealTimeChem

Will the penalty miss and firing blanks in the euros reduce Mbappe’s price tag ! Can Liverpool afford him now! #FRASUI #YNWA

Going back to the lab after a grant rejection

Jurgen Klopp has a superb response to the question of footballers (and wider society) being vaccinated, using the analogy of a drunk driver: "The law is not there to protect me, it’s there for protecting all the other people because I’m drunk or pissed and want to drive a car."

5-0! What a day for every Liverpool fan ! #YNWA #LIVMUN

So jealous of these fans celebrating Liverpool knocking Man United off their perch! #YNWA

Origi ! There a reason Klopp haven’t sold him! Top of the league for few hours atleast! Come on Watford now! #YNWA

Fourth official’s reaction in this little montage is unusual, no?

We are going to Paris! No Disrespect to the Yellow Submarine. #YNWA #Liverpool #UCL

Scenes in Paris last night 😍🔴

A record 63 games played. The men who made us dream regardless of the result. Couldn’t be anymore proud of them. We go again next season.

Our paper by Maximilian Besenhard et al, highlights the development of a modular, triphasic flow reactor for nanoparticle synthesis. Here we focus on IONP production via partial oxidation. pubs.rsc.org/en/content/art…

Great to be back to the St Pancras Renaissance Hotel for the 2023 Ramsay Society Dinner!

Our fouling-free, triphasic flow reactor has now been used for a three-step self-seeded growth synthesis ( followed by stabilisation), of colloidally stable iron oxide magnetic nanoparticles; Sayan et al demonstrate their good heating performance in doi.org/10.1016/j.cej.…

Check out our recent review paper, to learn about wide variety of anti-fouling reactors for continuous flow synthesis of nanomaterials: pubs.rsc.org/en/content/art… #flowchemistry #nanomaterials #continuousmanufacturing UCL Chemical Engineering Reaction Chemistry & Engineering Maximilian Besenhard

In our recent publication, Gkogkos et al describe the development of an intensified process for the synthesis of ~30 nm polydopamine nanoparticles for photothermal application, based on an elevated pressure membrane millifluidic reactor. doi.org/10.1016/j.cej.…

Our paper by Besenhard et al, demonstrates a high temperature multistage reactor, enabling control of FeOx particle size in a very wide range, as well as controlled temperature profile during nanoparticle synthesis, difficult to achieve with batch systems. doi.org/10.1016/j.cej.…

This place is bouncing ✊✊✊

Hey Jude! Come on England ! Southgate trusts his men like anything. But please bring Trent and Bowen

Fully automated platform combining continuous crystallization, and online laser diffraction as PAT Organic Process Research & Development. A big step towards rapid screening in crystallization. pubs.acs.org/doi/10.1021/ac… Gavriilidis Lab UCL Chemical Engineering Maximilian Besenhard Federico Galvanin #Automation #Crystallization #PAT