Performance

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MaiaSpace Plans to Double Its Rocket’s Performance with One Extra Engine

High-performance thermally-evaporated light-emitting diodes via one-step vapor purification - EurekAlert!

ORNL debuts JACC for performance-portable Julia for HPC systems - EurekAlert!

This “Fake” Pill Improved Memory and Physical Performance in Just 3 Weeks

A collaborative research team led by professor Yongtaek Hong develops ‘high-performance transparent top electrode technology for OLEDs’ - EurekAlert!

Improving the performance of high-power electronics - EurekAlert!

Addition of phosphonate groups boosts performance of organic electrochemical transistors - EurekAlert!

Donor-acceptor ratio guides molecular engineering for stable and high-performance perovskite solar cells - EurekAlert!

How to transform conventional plastics into high-performance “superplastics” with outstanding electrical and thermal properties? - EurekAlert!

Creative assessments address inequalities in students’ performance - EurekAlert!

In study, real-time feedback on metrics of collaborative processes failed to boost performance, collective intelligence - EurekAlert!

Achieving 20.21% efficiency: Interfacial buffering strategy enables high-performance pseudo-planar heterojunction organic solar cells - EurekAlert!

Lithium intercalation deciphers phase transition of 2D materials, enabling mass production and high-performance flexible thermoelectric materials - EurekAlert!

PKU researchers pave the way toward high-performance photonic chips - EurekAlert!

Researchers develop high-performance dual-crystal-phase cathode for next-generation aqueous zinc-ion batteries - EurekAlert!

Coffee waste transformed into high-performance, biodegradable insulation material - EurekAlert!

Focus on performance of perovskite light-emitting diodes (2026) - EurekAlert!

Researchers develop high-performance dual-crystal-phase cathode for next-generation aqueous zinc-ion batteries - EurekAlert!

New AI models could slash energy use while dramatically improving performance - EurekAlert!

Microwave optimization turns sugarcane waste into high-performance porous carbon for energy and environmental applications - EurekAlert!