Aman Ullah

@Alfdeza Great work, congratulations

Excited to share the latest collaborations from the MolMatTC group, in which I’ve had the pleasure to participate! …mistry-europe.onlinelibrary.wiley.com/.../batt... pubs.rsc.org/.../articlelan… pubs.acs.org/doi/10.1021/ja…

Another preprint on the role of chirality in quantum tech! Chiral spin states: 2)- Inversion+time-reversal symmetry breaking induces chirality, quenching interactions for quantum initialization. arxiv.org/abs/2501.11964 #QuantumTech #Chirality

New preprint on the role of chirality in quantum tech with molecular spin qubits! 1)- Chiral spin-vibronic states: Parity+time-reversal symmetry breaking drives chirality, probed by Berry phase, enabling quantum sensing. arxiv.org/abs/2505.10904 #QuantumTech #Chirality

Estabilizan un átomo metálico de níquel que abre la vía a crear nuevos nanomateriales | Valencia Plaza valenciaplaza.com/valenciaplaza/… Según el catedrático de Química Inorgánica de la UV y responsable de la colaboración española en el estudio e investigador, Eugenio Coronado, "este logro desafía los paradigmas clásicos de la química y abre nuevas posibilidades para el diseño de materiales de escala nanométrica con propiedades únicas, lo que podría tener aplicaciones en el desarrollo de nuevos dispositivos electrónicos, magnéticos o incluso en catalizadores para procesos industriales". Coronado, también director del Instituto de Ciencia Molecular (ICMol) de la institución académica, ha resaltado que "se trata de un hallazgo fascinante que desafía algunos de los principios más clásicos de la química de coordinación y la reactividad de los metales de transición".

📢 @NatureChemistry publication with ICMol participation reports a molecular complex featuring a ligand-free nickel anion. 🧪 The Institute of Molecular Science (ICMol) is pleased to announce the publication of a high-impact article in the prestigious journal @NatureChemistry , the result of an international collaboration between research institutions in China and Spain, with the contribution of Professor Eugenio Coronado, Director of ICMol - @UV_EG Read the full article here: nature.com/articles/s4155… ICMol news: icmol.es/new.php?pas=10…

So excited to share our work just out in Nature Chemistry, in which we stabilize a “nonmetal-like” transition metal anion Ni2- inside fullerenes and demonstrate its negative oxidation state via X-ray absorption spectroscopy and theoretical study. doi.org/10.1038/s41557…

@AleLunghi Are you sure? I thought tomorrow is Tuesday.

Thanks God tomorrow is Saturday

Very excited to share our recent progress on metallofullerene-based single-molecule magnet, in which a covalent Dy-Dy bond is created inside a carbon cage to induce direct 4f-4f coupling in order to effectively quench quantum tunneling of magnetization.

Thrilled to share our recent work published in @J_A_C_S We manage to synthesize heteronuclear dimetallofullerenes with single-electron metal-metal bonds, in which the bonding interaction and hyperfine coupling can be tailored when the La-Ti bimetal is confined in different cages.

🆕An international team led by the @ICMol_UV has opened a new path in the research of so-called ‘magnet molecules’. A nanomagnet of great simplicity and high stability for the quantum technologies of the future. 📰Published in Chem ➕ info: icmol.es/new.php?pas=680

Online now: High-temperature magnetic blocking in a monometallic dysprosium azafullerene single-molecule magnet dlvr.it/SvVjBT

Check our latest work on an endohedral metallofullerene-based single-molecule magnet showing a high blocking temperature of 45 K even in the presence of a weak crystal field, which is achieved by a low coordination environment that induces weak spin-phonon coupling.

Finally out in Npj Comput. Mater. rdcu.be/dbc91 by Duccio Fanelli, Luca Bindi, @KevinBernot and coworkers the use of deep learning to predict superconductivity in minerals and its experimental confirmation!

@zeeshan_physics Excellent zeeshan, good luck

Excited to share that I'll be spending the next four months at TU Darmstadt in Germany, working with Prof. Bai-Xiang Xu. From Norwegian cold to German spring, it's an amazing time to be here! 🌷 #TUdarmstadt #collaboration #research

The power of spin dynamics and X-rays unleashed to study molecular qubits decoherence due to phonons! Great simulations by @annie_nvh and @AlbinoAndrea (>4k atoms by DFT!) + epic exps by @ElenaGarlatti @RSessoli Carretta et al. @TCD_physics @ERC_Research nature.com/articles/s4146…

Received 'University Best Researcher Award for the year 2020 and School Best Researcher Award for the year 2021 at NUST Research & Innovation Award ceremony, Islamabad. sns.nust.edu.pk/news/best-rese…

Excited to share our latest #openaccess work in @NatureComms 'Data-driven design of molecular nanomagnets' ⚗️🧲 Extensive data mining from over 1400 compounds, #SIMDAVIS dashboard & statistical analysis 📂📈 ➡️ nature.com/articles/s4146… & go.uv.es/M89rB6o @ICMol_UV

🧐🧲⚙️🧪Are you thinking of applying AI for the discovery of Single Ion Magnets? Here we provide a complete db of 1400 Ln-based SIMs published between 2003-19. Check it out to know more about its magnetostructural properties!!📰 nature.com/articles/s4146… 🫙rosaleny.shinyapps.io/simdavis_dashb…

Here we present, A theoretical framework to generate entangled states using molecular spin qubit. #additional-information" target="_blank" rel="nofollow noopener">nature.com/articles/s4153…

Telethon flood donations' utilization status (as of October 31, 2022): Details about accounts collecting funds, amount pledged vs donations received, channel-wise donation details & disbursement status and plans. Access slides here: sanianishtar.info/wp-content/upl…