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Scientists mapped the electronic properties of nearly 9,000 single-layer materials and identifies more than 4,000 topologically non-trivial or obstructed entries.
A new review identifies multifunctionality as a key barrier to programmable quantum photonic circuits and highlights 2D materials as a route to tunable, scalable quantum devices.
An unexpected material comes to the rescue of 2D material transfer The post Cling film helps stamp two-dimensional materials onto patterned surfaces appeared first on Physics World...
Electric-field assembly places single 2D semiconductor flakes across thousands of transistor channels, removing resistive junctions and enabling high-performance solution-processed...
Researchers discovered that the 2D material TlGaS₂ exhibits polarization both within and across its atomic layers, a rare behavior that could enable new approaches to ferroelectric...
A 2D magnetic material exhibits a charge-ordered state in which electrons move collectively and unusually slowly while maintaining quantum coherence The post Two-dimensional materi...
A wafer-scale 2D semiconductor combines high hole mobility, strong stability and transistor performance, advancing next-generation CMOS electronics.
Researchers at the University of Illinois Urbana-Champaign, the US Department of Energy’s National Energy Technology Laboratory (NETL), Argonne National Laboratory and Monash Unive...
Selective chemical conversion transforms a single layered crystal into semiconductor, insulating, and electrical contact regions, producing transistors with near-theoretical switch...
A tin diselenide tunneling injector supplies charge efficiently to both n- and p-type 2D semiconductor channels, simplifying the design of ultrathin CMOS devices.
Researchers demonstrate electrical control over exciton transport and valley polarisation in a perovskite-WS₂ heterostructure The post Voltage switches exciton transport in 2D hybr...
Like diamond, diamondiyne allotrope forms covalent bonds in three dimensions The post New 3D form of carbon made in the lab appeared first on Physics World.
A new two-dimensional semiconductor material could address a major limitation in next-generation chip design, enabling smaller transistors, improved switching performance, and pote...
A lab set up by Shaoxing and Fudan University is building a pilot line for 2D semiconductor chips on molybdenum disulfide wafers, with its own PDK and EDA tools and open foundry se...
Atomically thin MoS₂ transistors with sub-5nm channels have demonstrated switching beyond silicon’s theoretical limits, pointing toward smaller and more energy-efficient chips for...
How do you get electricity into a semiconductor only a few atoms thick? A tin-based material can offer an injection route for both n-type and p-type devices. Researchers led by KAI...
A study of twisted two-dimensional semiconductors reveals how subtle material disorder can emerge at different spatial scales. Two distinct forms of hidden disorder may influence h...
Researchers engineer an ultrathin interface that preserves electron mobility while enabling thinner gate dielectrics in high-performance 2D transistors.
A new compound fills the structural gap between known materials, linking crystal layer count to magnetic order and Dirac-like electronic bands.
Marco Caffio, the co-founder of iGii, is our podcast guest The post Porous material offers the benefits of graphene in 3D appeared first on Physics World.
Atomically resolved imaging and quantum simulations show how defect type and density can stabilize, disorder, or melt electron Wigner solids in 2D semiconductors, with implications...
Researchers use oxygen released from oxide barriers to control where 2D semiconductor crystals form, enabling precise single-crystal growth for future stacked AI chips.
In a development that reads like nanotechnology’s answer to Roman engineering, a team of South Korean researchers has built ultrathin films that borrow the ancient brick-and-mortar...
Researchers develop a way to measure freestanding thin films under high pressure, revealing why 2D and 3D forms of the same material behave differently.
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