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Light Without Injected Carriers Reached 45.4 Percent
Remote charge reservoirs and graded quantum-dot shells produced bright pulsed non-injecting electroluminescence in reported RGB devices.
Summary
Remote charge reservoirs and graded quantum-dot shells produced bright pulsed non-injecting electroluminescence in reported RGB devices.
The devices reached external electroluminescence efficiency up to 45.4 percent and sub-100-nanosecond response. The green test reported 291,628 nits with outcoupling enhancement. These are prototype measurements under the authors' conditions, not commercial display specifications.
Why it matters
Remote charge reservoirs and graded quantum-dot shells produced bright pulsed non-injecting electroluminescence in reported RGB devices.
Limits and context
- These are prototype measurements under the authors' conditions, not commercial display specifications.
Key claims
Remote charge reservoirs and graded quantum-dot shells produced bright pulsed non-injecting electroluminescence in reported RGB devices.
Qualification: These are prototype measurements under the authors' conditions, not commercial display specifications.
Evidence: source-2026-08-13-017
Sources
- arXiv preprint 2608.11677arXiv · primary research
Corrections
No corrections have been recorded for this story.