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This research aims to explain the design and functioning of the ST-QTLED for efficient light emission.

February 2, 20260 citationsOpen Access

Technical Disclosure: Sub-Threshold Quantum Tunneling Light-Emitting Device (ST-QTLED)

Key Points

This research aims to explain the design and functioning of the ST-QTLED for efficient light emission.
Described the architecture of the ST-QTLED device.
Explained how field-induced electron tunneling operates.
Discussed the role of stochastic resonance in light emission.
The device emits light at nanowatt power levels.
Functions below conventional conduction thresholds without losing source potential.
Enhances the potential for innovative applications in energy-efficient lighting.

Abstract

The ST-QTLED (Sub-Threshold Quantum Tunneling Light-Emitting Device) is a solid-state load architecture designed to convert ultra-low-current, high-impedance electrostatic energy into visible photon emission. The device operates below conventional conduction thresholds by exploiting field-induced electron tunneling and stochastic resonance, enabling optical output at nanowatt-scale power levels without collapsing the source potential. This disclosure is referenced as a component within The Whisper Grid: A High-Impedance Electrostatic Displacement Engine.

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