Latest posts tagged with #quantumMaterials on Bluesky
MIT synthesized scalable 3D moiré crystals from twisted 2D layers, enabling electrons to quantum tunnel into a synthetic 4th spatial dimension—confirmed via quantum oscillations. Nature-published; opens path to higher-dimensional superconductivity.
#QuantumMaterials #MoiréCrystals #News
Kitaev interactions in Heisenberg-Kitaev magnets asymmetrically distort the magnonic density of states, enabling Stirling-cycle efficiencies surpassing DM-driven systems—modeled via linear spin-wave theory on a honeycomb lattice.
#MagnonicEngines #KitaevInteractions #QuantumMaterials
Learn more and register 👉 MRS.org/Characterization
#QuantumMaterials #Microscopy #MaterialsScience
🔬 New in our Review series! Physica B highlights recent reviews on Nanostructures & Quantum Materials — from ZnO photodetectors to TiO₂ water splitting and photocatalysis. Swipe through and dive in! 👉 #PhysicaB #CondensedMatter #Nanomaterials #QuantumMaterials
Full paper (author’s link): authors.elsevier.com/c/1msP055XRa...
#Superconductivity #MolecularMagnets #Spintronics #QuantumMaterials #SMM
A proportional feedback loop using only an optical amplifier drives one quantum system to mimic another's response in real-time—demonstrated by hydrogen replicating argon's HHG spectra and a weakly-correlated lattice reproducing Mott-insulator transport.
#QuantumControl #QuantumMaterials #Research
Unitary-projective electron dynamics—interleaving Hamiltonian evolution with Born-rule state updates—enables passive single-electron valves, novel non-equilibrium magnetism, and super-Carnot energy conversion in engineered quantum materials.
#QuantumMaterials #OpenQuantumSystems #Research
CeO₂ films doped with Er³⁺ show ms-range PL lifetimes vs μs for Tm³⁺. DFT reveals Tm 4f–O 2p hybridization opens non-radiative channels, absent in Er. CeO₂'s zero nuclear spin makes it a promising magnetically clean quantum emitter host.
#QuantumEmitters #QuantumMaterials #Research
QTT/DMRG tensor networks solve exciton & trion Schrödinger equations in CdSe nanoplatelets beyond weak/strong confinement regimes, achieving 2048-pt/dimension resolution in megabytes vs. an infeasible 128 TiB required by direct methods.
#TensorNetworks #QuantumMaterials #Nanoplatelets
Quaternions—bosonic complexes of 1 electron + 3 holes—experimentally observed in TMD bilayers. Confirmed as spin-triplet via magnetic field measurements; their BEC could carry current with zero resistance via a non-Cooper-pair mechanism.
#QuantumMaterials #Superconductivity #News
🚀 Exciting Announcement!
5th World Congress on Materials Science & Nanotechnology!
📅 September 14–15, 2026
📍 Rome, Italy | Hybrid Event
🔗 materialsciencecongress.com
#quantummaterials #photonics #quantumtech #innovations
PhD positions open at CEITEC BUT (deadline 30 Apr 2026). I have a topic on exchange interactions in molecular spin chains, using high-frequency EPR. Topic title: "Quantum phenomena in molecular nanomagnets". Check the link for info:
🔗 lnkd.in/e3-2AuW5
#PhDbrno #QuantumMaterials #MolecularMagnetism
🚀 Exciting Announcement!
5th World Congress on Materials Science & Nanotechnology!
📅 September 14–15, 2026
📍 Rome, Italy | Hybrid Event
🔗 materialsciencecongress.com
#quantummaterials #photonics #ce #inovineconferences
Rice & Weizmann Institute researchers experimentally confirmed compact molecular orbitals govern quantum critical behavior in kagome metal Ni3In, directly linking flat band topology to electron correlations — opening pathways to high-temperature superconductivity.
#QuantumMaterials #Topology #News
Cycling a vanadium dioxide synaptic-like device at 1 MHz and watching it structurally switch inside an electron microscope. Turns out the phase front moves at running pace. At the nanoscale. In nanoseconds.
www.nature.com/articles/s41...
#NeuromorphicComputing #QuantumMaterials #ElectronMicroscopy
MIT physicists used a custom THz near-field microscope with spintronic emitters to directly visualize a 2D superfluid plasmon in BSCCO — a long-predicted collective electron mode below the superconducting gap, never previously observed.
#Superconductivity #QuantumMaterials #News
Join us on 3/26 for a deep dive into the ARO Solid-State Physics (SSP) Program with Dr. Mahesh R. Neupane. shorturl.at/hmbfP
#Physics #QuantumMaterials #UChicago
Love, Tito's CHEERS initiative gave $1.4M to UT Austin's Edoardo Baldini, enabling exotic quantum clock state discovery via atomically thin material prep stations and time-resolved momentum microscopy—aimed at future energy and information technologies.
#QuantumMaterials #ScienceFunding #News
UC Santa Barbara physicists found a rare material where magnetic and electronic bond frustration coexist. Coupling these competing effects via strain could enable control of long-range entangled spin states—key for future quantum technologies.
#QuantumMaterials #QuantumPhysics #News
Using pressure quenching, University of Houston's TcSUH team achieved 151K superconducting transition at ambient pressure—surpassing the 133K Hg1223 record held since 1993. Published in PNAS, March 2026.
#Superconductivity #QuantumMaterials #News
Tsinghua's physics head Wenhui Duan highlights 100 years of breakthroughs—quantum anomalous Hall effect, topological semimetals, 2D magnetic materials—and plans to engineer functional quantum systems via AI-driven computational materials science.
#QuantumMaterials #QuantumTechnology #News
What if you could control the very building blocks of quantum devices? ⚡️ Discover how polaron and quasiparticle engineering is unlocking new performance in quantum tech and optoelectronics.
www.azoquantum.com/Article.aspx... #QuantumMaterials #NanoTech
🎉 Excited to share our latest publication in JACS
🔬We introduce cantilever torque magnetometry for the determination of the spin Hamiltonian parameters of molecular qubits
This achievement was made possible thanks to an amazing team
pubs.acs.org/doi/10.1021/...
#MolecularMagnetism #QuantumMaterials
New comprehensive review on High-Temperature Superconductors (HTS) Exploring recent breakthroughs in cuprate, iron-based & nickelate systems. zenodo.org/records/1870... #Superconductors #Physics #QuantumMaterials
🤯Beyond known physics! Strontium ruthenate defies explanation—an unconventional superconductor pushing the boundaries of what we understand. ✨ #QuantumMaterials
Source: phys.org/news/2026-02-muon-knight...
When approximations fail, physicists reach for exact diagonalization: the full quantum “body scan.” No shortcuts. No guesses. Just the full spectrum — and results you can truly trust. ⚛️🧮💻
medium.com/science-spec...
#QuantumPhysics #QuantumMaterials #ComputationalPhysics #ExactDiagonalization #HPC
Nano-copper and copper-oxide (cuprate) based materials are critical in high-temperature superconductivity (HTS) research, with some
www.sciencedaily.com/releases/202...
#Superconductors #Superconductivity #HighTc #ZeroResistance #QuantumMaterials #MRIMagnets
Registration is officially open for M2S 2026!🚀
Join leading researchers, early-career scientists, and industry partners for a week of cutting-edge science on superconductivity!
#M2S2026 #Superconductivity #QuantumMaterials #CondensedMatter #PhysicsConference
Link to registration: m2s-2026.org/home
Avance de nuestros investigadores Antonio Delgado y José Caridad, quienes han revelado nuevas propiedades electrónicas en superredes de moiré de grafeno.
🔗DOI: pubs.acs.org/doi/10.1021/...
🗞️Nota de prensa: saladeprensa.usal.es/node/139690
@usaloficial.bsky.social
#SomosLUMES #QuantumMaterials
Laser Light Rewrites Magnetism in Breakthrough Quantum Material #Science #Physics #QuantumPhysics #LaserTechnology #QuantumMaterials #Magnetism
scitechdaily.com/laser-light-rewrites-mag...
