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Meet BL2D-SMC 🇰🇷 at PLS-II: a bending magnet beamline optimized for challenging crystal systems—MOFs, micrometer-sized crystals, and disordered materials. doi.org/10.1002/bkcs.7…

A remarkable fusion of brilliant minds, years of work, iEDDA & SALE chemistry, and proton conduction studies led to our latest publication in JMCA! Grateful to all co-authors for their invaluable contribution and dedication :) 🔗 doi.org/10.1039/D5TA01…

Congratulations to the (large and wonderful) international team involved in this #rscprizes. Pictured is my lovely faculty School Of Physical and Chemical Sciences @UC University of Canterbury in beautiful Aotearoa 🇳🇿. Pioneers in Hybrid Glass Research

Our thermal cycling tests hit 100 rounds today with 92% retention. Solid for a next-gen porous nanomaterial.

Question: What would it take to design materials that evolve with temperature or pH? That’s our next challenge.

In our latest preprint: tunable ligand scaffolds allow real-time adaptation in chemical reactivity.

Excited to co-host the Korea Nano Science Symposium next month — we’ll present 3 breakthrough papers from our group.

Just out in @ACSNano: We uncover hidden spectral fingerprints in SWCNT Nanocarbons nIR emission using machine learning. This enables virus classification even below LOD in complex media. Seemingly identical, actually distinct. Check it out :) pubs.acs.org/doi/10.1021/ac…

Friday lab reflection: This week, we finally stabilized our MOF compound across three pressure variables. Still testing, but promising.

We’re seeing increasing interest in self-healing nanomaterials. The challenge? Tunable response without structural collapse.

Is it possible to design materials that choose what to capture? Selectivity is the next frontier.

Collaborating with a bio group to test MOF integration into plant-based scaffolds. Biohybrid chemistry is rising.

Weekend reading: our new preprint on ligand reorientation for real-time MOF tuning is up — curious for your feedback.

Hoi Ri Moon Echt cooles Preprint! Real-time MOF-Tuning könnte viel bewegen. Wie unterscheidet sich dein Ansatz von bestehenden Methoden? 😊

Just wrapped a full week of testing MOF adsorption stability under variable humidity. Data looks great — publishing results next week.

#IstandwithElon GuTuYizab8pToNhQ5RvWz79Qd2QREcGwFMtfhnRJpump