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New in #npj2dmaterials npj Journals: Mastropasqua et al. show how cooling dynamics affect growth, intercalation, and self-limiting behavior of CVD graphene growth on SiC. #nanomaterials #2dmaterials nature.com/articles/s4169…

New in #npj2dmaterials npj Journals: Babar et al. show that carbon and strain stabilize defects in hBN, creating bright visible-light color centers—potential single-photon emitters. nature.com/articles/s4169… #nanomaterials #2dmaterials

New in #npj2dmaterials npj Journals: Ahn et al. reveal near-degenerate AA/AB-r stackings in PtSe₂, inducing polymorphism and a stacking-sensitive band gap that underpins a metal-insulator transition in few-layer structures. nature.com/articles/s4169… #nanomaterials #2dmaterials

New in #npj2dmaterials npj Journals: Ko et al. review the state of the art in 2D materials for neuromorphic sensing, mimicking the brain. nature.com/articles/s4169… #nanomaterials #2dmaterials

New in #npj2dmaterials npj Journals: Panna et al. observe Andreev pair injection in Nb–WS₂, showing subgap conductivity and proximity effects vital for hybrid quantum and superconducting devices. nature.com/articles/s4169… #nanomaterials #2dmaterials

New in #npj2dmaterials npj Journals: Wu et al. reveal that that femtosecond photoexcitation boosts exciton anisotropy in InSe from 0.4 meV to 8 meV, uncovering dynamic, direction-dependent screening in van der Waals semiconductors. nature.com/articles/s4169… #nanomaterials

New in #npj2dmaterials npj Journals: Pacakova et al. show that vermiculite nanosheets have wide band gaps (3.3–3.9 eV) and antiferromagnetism, making this abundant, non-toxic clay a strong candidate for 2D high-voltage/spintronic devices. nature.com/articles/s4169… #2dmaterials

New in #npj2dmaterials npj Journals: Davoudiniya et al. show that show that 1T-VSe2-based 2D heterostructures with 1T-TaS2 electrodes offer superior spin transport, high TMR, and low switching energy, ideal for next-gen spintronics. nature.com/articles/s4169… #2dmaterials

Zhou et al. screen 426 2D monolayers with spin-orbit coupling and reveal standout spin Hall materials like Ta₄Se₂ and Y₂C₂I₂, offering routes to efficient, low-power spintronic technologies. nature.com/articles/s4169…

New in #npj2dmaterials npj Journals: Völkel et al. show that h-BN memristors with nickel electrodes show strong resistive switching in air, but not in vacuum—simulations reveal water’s critical role in device behavior and forming process. nature.com/articles/s4169… #2dmaterials

New in #npj2dmaterials npj Journals: Abuthahir et al. have developed MXene composites for electrochemical SMX detection, achieving high sensitivity, low LOD, and <3% RSD—ideal for real-time water quality monitoring with biomaterial potential. nature.com/articles/s4169… #2dmaterials

New in #npj2dmaterials npj Journals: Agarwal et al. show that topological polarization textures in twisted vdW bilayers produce distinctive nonlinear optical responses, enabling their optical detection via vortex-like shift photocurrents. nature.com/articles/s4169… #2dmaterials

New in #npj2dmaterials npj Journals: Erhardt et al. in a first-principles study map the full superconducting dome in doped MoS₂, showing that Tc rises then falls due to CDWs, polarons, and an H-to-1T′ phase shift—reconciling conflicting experiments. nature.com/articles/s4169…

New in #npj2dmaterials npj Journals: Lee et al. show that under pressure, CrSiTe₃ becomes metallic, triples its TC, and shows a dome-like Hall effect—evidence of Berry curvature from topological bands. nature.com/articles/s4169… #2dmaterials

New in #npj2dmaterials npj Journals: Simonian et al. find that TlGaSe₂ thin films show enhanced thermoelectric performance thanks to stacking faults—once considered defects, they're now a feature. nature.com/articles/s4169… #2dmaterials

New in #npj2dmaterials npj Journals: Ge et al. propose bilayer graphene–WSe₂ quantum dots for quantum computing with simulations revealing fast picosecond operation and a 100× SOC boost. nature.com/articles/s4169… #2dmaterials

🚀 Our lab website is live! → emergelab.rice.edu The Emerge Lab Rice University will explore emerging materials & nanoelectronics to advance computing, communication & sensing. 🔬 PhD positions opening soon—stay tuned! #Nanoelectronics #MaterialsScience #RiceUniversity

New in #npj2dmaterials npj Journals: Solomon et al. show growth of 2D Ruddlesden-Popper metal halides by pulsed laser deposition. nature.com/articles/s4169… #2dmaterials

New in #npj2dmaterials npj Journals: Lee et al. show that Van der Waals stacking adds symmetry control over Dirac surface states, enabling tunable spin textures and magnetic responses—key for topological quantum and spintronic device design. nature.com/articles/s4169… #2dmaterials

New in #npj2dmaterials npj Journals: Gill et al. use ultrafast light pulses to generate pure spin and valley currents—without charge flow—in 2D materials like WSe₂ and bilayer graphene, opening paths to next-gen spin/valleytronics. nature.com/articles/s4169… #2dmaterials