A data-driven screening of fluorinated ammonium additives identified high-polarity molecular anchors that suppress ion migration in perovskite transistors, achieving mobilities ...
Researchers have engineered wafer-scale p-type boron carbon nitride semiconductors on two-inch substrates, providing a pathway toward complementary two-dimensional electronics.
Researchers have developed an etching-flux method using oxide barriers to reliably control nucleation positions and grow uniform two-dimensional semiconductor single ...
Researchers have applied genetic algorithms to calibrate analytical conductance models for carbon nanotube field-effect transistor sensors, significantly enhancing real-time ammonia ...
A new review argues that enzymatic biosensor progress is stalled less by materials than by inconsistent reporting of apparent kinetics, ...
A sweeping review finds graphene-based biosensors report extraordinary detection limits that are often extrapolated, rarely clinically validated, and still blocked ...
A new review finds that biosensors built from insect olfactory receptors, odorant-binding proteins, and enzymes show strong laboratory performance for ...
Simulations reveal that the energy level of donor surface states, rather than their density, governs the two-dimensional electron gas at ...
A new PLOS One study finds that contact resistance at antimony–MoS2 junctions falls to a minimum of 308 Ω·μm at ...
Researchers have shown that solution-processed niobium carbide MXene electrodes deliver cleaner, lower-resistance contacts than platinum or gold for p-type 2D ...
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