Jack Clegg (@jackkclegg) 's Twitter Profile
Jack Clegg

@jackkclegg

Professor at UQ. In/organic supramolecular chemistry and crystallography. Double Bass.

ID: 1048784493459329027

linkhttps://staff.scmb.uq.edu.au/staff/jack-clegg calendar_today07-10-2018 03:58:03

6,6K Tweet

2,2K Followers

1,1K Following

School of Chemistry | University of Melbourne (@chemistryuom) 's Twitter Profile Photo

We are looking for a Laboratory Supervisor to oversee the smooth operation of our 1st-year undergraduate chemistry labs and lead a team of technical and demonstration staff to ensure effective lab operations. Applications close: 27 Oct 2024 11:55 PM AEDT jobs.unimelb.edu.au/en/job/918461/…

Jon Beves (@jonbeves) 's Twitter Profile Photo

Here is the promised update! Now the EPA has released their statement we can reveal all the disgusting details of the ‘tar balls’.... ...which are actually human-generated waste of fat and grease! Here’s what UNSW Science and MWAC found… thread below! 🧵

Here is the promised update! Now the EPA has released their statement we can reveal all the disgusting details of the ‘tar balls’.... 
...which are actually human-generated waste of fat and grease!

Here’s what <a href="/UNSWScience/">UNSW Science</a>  and MWAC found… thread below! 🧵
Wit Bloch (@blochwit) 's Twitter Profile Photo

📢 Two fully funded PhD scholarships available at Flinders University! Join the Bloch group to work on supramolecular cages, MOFs, and PFAS capture. Please contact me if interested! Flinders University flinders.edu.au/scholarships/a…

St Andrews X-ray Crystallography (@standrewsxray) 's Twitter Profile Photo

Professor Ross Forgan at Glasgow is looking for a PDRA to work on MOFs and single crystal electron diffraction. If that fits your interests, information is below.

Stuart Batten (@sbattenresearch) 's Twitter Profile Photo

"#MOFs are comprised of metal ions ... and organic linkers attached to each other by coordination bonds, which results in a porous crystalline material. Since the discovery in the 1990s by Omar Yaghi..." Sigh. Again - it's Robson & Hoskins, JACS 1989. cas.org/resources/cas-…

Shao-Liang Zheng (@shaoliangzheng) 's Twitter Profile Photo

Fantastic work! 🎉 After identifying key #interactions, #CrystalStructures with known #elastic deformation trends can be extrapolated to pinpoint restoring force locations. 🏗️🔬nature.com/articles/s4156… Nature Materials Jack Clegg #crystallography #education

UQ Chemistry and Molecular Biosciences (@uq_scmb) 's Twitter Profile Photo

Prof Jack Clegg is part of a team of researchers at UQ & QUT that have gained new insights into the fundamental behaviour of flexible materials, allowing for the design of new building materials and technology. Read more here - tinyurl.com/2crtos9r

Prof Jack Clegg is part of a team of researchers at UQ &amp; QUT that have gained new insights into the fundamental behaviour of flexible materials, allowing for the design of new building materials and technology.
Read more here - tinyurl.com/2crtos9r
Nature Materials (@naturematerials) 's Twitter Profile Photo

Elasticity is ubiquitous in everyday life, but the molecular origin of the restoring force remains elusive. The authors investigate how interaction energies change as a result of the bending of molecular crystals. Jack Clegg nature.com/articles/s4156…

Molecular Cages (@molecular_cages) 's Twitter Profile Photo

Single‐Step Synthesis of a Heterometallic [Cu2PdL4]2+ Hybrid Metal–Organic Coordination Cage onlinelibrary.wiley.com/doi/10.1002/an…

BrisScience (@uqbrisscience) 's Twitter Profile Photo

Join us at our next #BrisScience on the evening of Monday 7 July at State Library of Queensland, as #UQ's Prof. Jack Clegg explores the science and technological promise of flexible crystals! Get your free ticket now: bit.ly/4ldC9tT

Join us at our next #BrisScience on the evening of Monday 7 July at <a href="/slqld/">State Library of Queensland</a>, as #UQ's Prof. <a href="/JackKClegg/">Jack Clegg</a> explores the science and technological promise of flexible crystals!

Get your free ticket now: bit.ly/4ldC9tT