Add to ORKGThe development of an optical diode consisting of a metal-dielectric-metal junction in which the high-speed electric conduction process occurs due to quantum mechanical electron tunneling across the dielectric barrier is briefly reviewed. Potential applications of the diode are discussed
Quantum electronics led to the development of stimulated emission devices, first the maser and then ...
Three specific devices were investigated: the sheet resistance device, the Schottky-barrier diode an...
A quantum network consisting of computational nodes connected by high-fidelity communication channel...
Research on metal-barrier-metal structures is reviewed. Topics discussed include: demonstration of a...
Contains reports on nine research projects split into two sections.National Science Foundation (Gran...
Two types of ultra-fast diode are fabricated, characterized, and simulated for use in optical recten...
For about the last three decades, semiconductor technology began to make its most apparent impact in...
The five years that have intervened since the appearance of the third edition of OPTICAL ELECTRONICS...
Quantum information technology based on solid state qubits has created much interest in converting q...
This article presents a historical account of the development of electronic devices along with an ap...
This paper focuses on microwave photonics and its applications in electronic warfare. More than 20 y...
Contains an introduction, reports on three research projects and a list of publications.Advanced Res...
Contains an introduction, reports on four research projects and a list of publications.Defense Advan...
AbstractResearchers at the US Jet Propulsion Laboratory (JPL) have developed an extremely stable opt...
This paper represents the experimental results of optical modulation characteristics of a resonant t...
Quantum electronics led to the development of stimulated emission devices, first the maser and then ...
Three specific devices were investigated: the sheet resistance device, the Schottky-barrier diode an...
A quantum network consisting of computational nodes connected by high-fidelity communication channel...
Research on metal-barrier-metal structures is reviewed. Topics discussed include: demonstration of a...
Contains reports on nine research projects split into two sections.National Science Foundation (Gran...
Two types of ultra-fast diode are fabricated, characterized, and simulated for use in optical recten...
For about the last three decades, semiconductor technology began to make its most apparent impact in...
The five years that have intervened since the appearance of the third edition of OPTICAL ELECTRONICS...
Quantum information technology based on solid state qubits has created much interest in converting q...
This article presents a historical account of the development of electronic devices along with an ap...
This paper focuses on microwave photonics and its applications in electronic warfare. More than 20 y...
Contains an introduction, reports on three research projects and a list of publications.Advanced Res...
Contains an introduction, reports on four research projects and a list of publications.Defense Advan...
AbstractResearchers at the US Jet Propulsion Laboratory (JPL) have developed an extremely stable opt...
This paper represents the experimental results of optical modulation characteristics of a resonant t...
Quantum electronics led to the development of stimulated emission devices, first the maser and then ...
Three specific devices were investigated: the sheet resistance device, the Schottky-barrier diode an...
A quantum network consisting of computational nodes connected by high-fidelity communication channel...