Researchers at HKUST have developed a perovskite chiral multiple quantum-well system that preserves spin polarization for approximately 5 nanoseconds at ...
Technion researchers used two-color laser pulses inside a scanning tunneling microscope to control the direction of electron flow across a ...
Researchers have engineered chiral multiple quantum wells in halide perovskites that extend room-temperature spin coherence to about five nanoseconds through ...
Researchers have discovered that tightly packed C60 molecules create band-like electronic states that drive recombination in perovskite solar cells, and ...
Researchers have introduced solid-state emissive guest acceptors that open thermally accessible radiative pathways, suppressing non-radiative voltage losses and enabling certified ...
Researchers in Beijing and Cambridge have built deep-blue OLEDs that use a C3-symmetric TADF sensitizing host to achieve near-unity exciton ...
Researchers blended three self-assembled molecules into high-entropy hole-selective contacts, achieving a certified 27.31% efficiency and negligible loss after 1,300 hours ...
Researchers at NTT have used a programmable photonic unitary processor, optimized by a differentiable digital twin, to cut modal dispersion ...
Researchers at Yale University have built a complete Nd:YAG laser-amplifier system on a photonic microchip, using a master-oscillator-power-amplifier architecture to ...
Researchers have used two-colour laser pulses to generate, time and directionally control attosecond bursts of tunnelling current in a scanning ...
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