Looking for the AIP Publishing #earlycareer happy hour happening now to 5pm? Look for the 5-foot traffic cone, journal manager Jenny Stein! We're at the end of the 700s row in the expo hall #ACSFall2024

Come see our Editor-in-Chief Tim Lian, Emory, JCP-EIC at one of his #ACSFall2024 presentations! Learn more about our editors here: aippub.org/45LgPEn

Finally, it’s ready for prime time! The Cersonsky Lab: The Multiscale of Matter's first paper was published today in The Journal of Chemical Physics , a tour-de-force of #ArthurLin, demonstrating how to extend the popular Smooth Overlap of Atomic Positions (SOAP) framework for complex molecules and coarse-grained “particles."

Closed out the first ever Raman Symposium at ACS National Meeting. It took NancyLevinger and me 3 years to set up but seeing all the talks, we feel we were rewarded. Our symposium provided 30+10 min to all invited speakers, with a Gordon like feel❤️❤️ TIFR India The Journal of Chemical Physics

Visit with The Journal of Chemical Physics Journal Manager, Dr. Jenny Stein (Jenny Stein), at AIP Publishing Booth 723 TODAY from 10AM-12PM MDT and ask her any questions you have about publishing! Learn more 👇 aippub.org/4dz3JxG

Single photon emission statistics may be improved in engineered colloidal quantum dots. Dots developed here show g2(0) of 0.04 when populated by biexcitons corresponding to a biexciton QY of 2.3%. aippub.org/3LVie2V

Simulating complex systems from first principles has experienced a transformation in the past decade, largely driven by machine learning (ML). A new way of obtaining intermolecular energies is now possible thanks to the ability to extrapolate the accurate results obtained from

Roy et. al. show tuning of single photon emission statistics in engineered colloidal quantum dots. Dots developed here show a biexciton quantum yield of 2.3%. aippub.org/3LVie2V

📢 Call For Papers This Joint Special Topic will highlight the work of interdisciplinary groups working on different semiconducting systems to advance the field of point defect-based solid-state quantum technologies. Submit by December 31, 2024. Submit to Applied Physics Letters:

Excitation-pulse-width-dependent color evolution from green, yellow, orange to red can be achieved in NaYF4:Yb/Er/Tm nanocrystals upon 980-nm laser excitation with increasing the pulse width. aippub.org/3WNYmW2

Want to simulate Open #Quantum Systems but don't know where to start? Dr Thibaut Lacroix has a new paper in The Journal of Chemical Physics presenting a user-friendly Julia package to simulate exactly the finite-temperature dynamics of OQS with T-TEDOPA 🔵─🔴─🟢─🟠 pubs.aip.org/aip/jcp/articl…

Sonoluminescence is the intriguing emission of light by collapsing bubbles. It is shown that this light can also be measured in supercooled water if ice nucleation is carefully avoided. aippub.org/3SyEHXg

The authors present experimental and theoretical results on the Auger decay spectrum of O 1s double core holes in liquid water. Fritz Haber Institute of the Max Planck Society aippub.org/3Wom7SQ

We introduce the analog of the "gold standard" of quantum chemistry to the unitary coupled cluster theory. We show its superior performance and discuss its ramifications in quantum computing. @ornlcomputing Learn more 👇 aippub.org/3MpTNes

Tetravalent patchy particles selectively self-assemble into the cubic tetrastack crystals, both in the bulk and in the systems subjected to external fields exerted by the solid substrate Łukasz Baran aippub.org/3Wx85hS

13C ssNMR of nanoconfined CH4 hydrate shows stabilized species present during hydrate formation. Methane is identified in water environments corresponding to 4 types of cages and an amorphous region. NRC Canada Max Planck Institute for Solid State Research uOttawa Chem & Biomolec Sci // Chimie & Sci Biomol @samanalavi1 Learn more 👇

Check out this perspective on the emergence of mesomorphologies of clathrate hydrates from molecular ordering, focusing on the multiscale modeling with particle-based and continuum methods. Humboldt-Stiftung FAU Erlangen-Nbg Colorado School of Mines aippub.org/3yl5lfC

This ariticle shows that moduli of nanoconfined polystyrene films are clearly modified by stiffness of neighboring PDMS layer, exhibiting strong interfacial effect on soft matter mechanics. Learn more 👇 aippub.org/3AHu9zf

The Journal of Chemical Physics published a short interview with me and the wonderful Marissa Weichman for the 2023 best paper award by an emerging investigator. Check it out! School of Chemistry, Tel Aviv University Tel Aviv University Princeton Chemistry Princeton University publishing.aip.org/about/news/ann…