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A groundbreaking new equation could do for organic semiconductors what the Shockley ideal diode equation did for inorganic semiconductors: help to enable their wider adoption.

For nearly eight decades, the so-called Shockley diode equation has explained how current flows through solar cells; the electrical current that powers up your home or charges the battery bank ...

It addresses the limitations of the traditional Shockley diode equation, optimizing electricity collection and minimizing recombination losses. Researchers have developed a new analytical model that ...

As an attempt to elucidate the origin of the power-efficiency (PE) degradation at high current injection for GaInN-based light-emitting diodes, the injection current is quantitatively separated to ...

For almost 80 years, the Shockley diode equation has described current flow through solar cells, which power homes and charge battery banks. However, a recent study cast doubt on this conventional ...

The existing model for explaining how current flows through solar cells, known as the Shockley diode equation, is nearly eight decades old — roughly as old as the first practical silicon solar ...

A groundbreaking new equation developed in part by researchers at the University of Michigan could do for organic semiconductors what the Shockley ideal diode equation did for inorganic ...

ANN ARBOR, Mich.---A groundbreaking new equation developed in part by researchers at the University of Michigan could do for organic semiconductors what the Shockley ideal diode equation did for ...