Quantraum

[Catalan Institute of Nanoscience & Nanotechnology @icn2nano]

🗨️In a 'News & Views' article in Nature #Materials, ICN2 group leader Dr Klaas-Jan Tielrooij discusses a new study about ultrafast light-based logic in #graphene, which has promising applications in ultrafast signal processing.

👉https://t.co/leaykjRZbC

[NNI @NNInanonews]

Researchers from @UWMadison, @HRLLaboratories and @UNSW have found a way to better control #silicon #QuantumDot #qubits. https://t.co/9aKZd0Y1KA (Work funded by @NSF #NSFfunded and @DeptofDefense)

[Nacho Pascual @NatxoPas]

Our paper in @acsnano is out! "Addressing Electron Spins Embedded in Metallic Graphene Nanoribbons" https://t.co/GetRHNiKaq, with @cienciaparaelf2 + group in @nanoGUNE, and groups of @depena33 at @ciqususc, @Aranko at @DIPCehu, @dsanchezportal at @CFMdonostia.

[Chinese Chemical Letters @ChinChemLett]

Tuning electron delocalization and surface area in COFs derived N, B co-doped carbon materials for efficient selective hydrogenation of nitroarenes
@COF_papers @ELSchemistry @isciverse @CHNSci @techtechchina @ChinaScience @InnovationChem

https://t.co/NfXIFXgP1U

[Jishan Wu @jishan_wu]

Aza-triangulene and its cation isolated in crystalline form! We have been working on high-spin systems for more than 6 years and finally can obtain a relatively stable one. Paper was just accepted in @angew_chem https://t.co/m6wCQR3i3Q

[Quanta Magazine @QuantaMagazine]

Now researchers are finding that molybdenum disulfide, a semiconductor that can also form 2D sheets, might have even more magical properties than graphene. (4/12)

[Physics World @PhysicsWorld]

An international team of physicists has observed electrons flowing in whirlpool-like patterns for the first time. Long predicted, but never before seen in experiments, this fluid-like behaviour could be exploited to develop more efficient electronics. https://t.co/sgMGrYyVJF

[Physical Review Letters @PhysRevLett]

A new experiment shows that spin currents can be controlled electrically in the room temperature multiferroic material BiFeO₃
Letter: https://t.co/bd8uyIkHow
Viewpoint: https://t.co/vBuNPrgwAU

[Physical Review Letters @PhysRevLett]

A method and device for full-electrical reading and writing of spin information at the molecular level is proposed for a porphyrin molecule adsorbed on boron-substituted graphene https://t.co/9KnB0RJeJS

[JCTC Papers @jctc_papers]

[ASAP] Nonadiabatic Molecular Dynamics with Extended Density Functional Tight-Binding: Application to Nanocrystals and Periodic Solids https://t.co/5ntLdD8IKN

[Ko Harada 🇺🇸🇯🇵 @Ko__Harada]

論文を書く際に、関連する論文を調べる時に役立つのが「Connected papers」というサイト。

キーとなる論文を１つ入力すれば、関連性が高い論文が円の大きさと距離で表示されます。

効率良く文献検索ができ、重要な論文を見逃すことも減ります。

#connectedpapers

[FAIR Chemistry @OpenCatalyst]

We’re very excited to announce the 2nd Open Catalyst Challenge at NeurIPS 2022!

https://t.co/x3d9TyUsHY

[Oded Rechavi @OdedRechavi]

Writing the thesis

[Quantum Physics Corner @quant_phys]

😯 John Bell on John von Neumann's "no-hidden-variables" proof: "You may quote me on that: The proof of von Neumann is not merely false but foolish!"

Source: https://t.co/k6XXO6F1FY

[Phys.org @physorg_com]

How bumps in 2D #materials could smooth quantum investigations @RiceUniversity https://t.co/Bn28IN0lkW https://t.co/BUY2Uo2Lzd

[Nanowerk @Nanowerk]

Graphyne - long-hypothesized 'next generation wonder material' created for first time https://t.co/5h6oJpfCkq #graphene #nanotechnology

[Phys.org @physorg_com]

A new strategy for active #metasurface design provides a full 360 degree #phase tunable metasurface @NatureComms https://t.co/B1tn8U9Ykh

[Nanowerk @Nanowerk]

Automated synthesis allows for discovery of unexpected charge transport behavior in organic molecules https://t.co/ZmldNOHgqT

[Physical Review Letters @PhysRevLett]

A generalized fluctuation theorem is derived for quantum systems undergoing continuous measurement and feedback https://t.co/ASrl6182En