Aerospace & Defense Technology
February 2021
- Empowering Soldiers Through ISPDS
- Dispensable Gels vs Gap Filler Pads
An Analysis of Thermal Management Materials - Electronic Warfare
Vying for Control of the Electromagnetic Spectrum - More Bang for the Buck
A New Design and Manufacturing Method for Deep Penetrating Bomb Cases - A Comprehensive Way to Use Bonding to Improve RF Performance of Low Noise Amplifiers
- Army and Universities Deploy New Warfighter Communication Technology
- Radiation Effects on Electronics in Aligned Carbon Nanotube Technology (RadCNT)
Characterizing the fundamental mechanisms and charge transport phenomena governing the interactions between ionizing and non-ionizing radiation with carbon-based (nanotube and graphene) field-effect transistors (FETs) devices and integrated circuits (ICs). - An Ultrafast Testbed for Comprehensive Characterization of Photonics, Electronic, and Optoelectronic Properties of Integrated Nanophotonic Structures
High-speed testing technology will enable advances such as new digital signal processing/computing platforms in the optical domain through the development of innovative high-speed and low-power nonlinear optical processing cores that can be co-integrated with digital signal processors to enable new functionalities. - Reconfigurable Electronics Based on Multiferroics and Nanomagnetism
Research could lead to the development of new materials with large magnetoelectric (ME) coupling for next-generation multifunctional devices, including, multi-state (neuromorphic-like) circuits and memories, and E-field tunable microwave resonators for secure communications. - Atomistic- and Meso-Scale Computational Simulations for Developing Multi-Timescale Theory for Radiation Degradation in Electronic and Optoelectronic Devices
Fundamental mechanisms and knowledge gained from atomic- and meso-scale simulations can be input into rate-diffusion theory as initial conditions to calculate the steady-state distribution of point defects in a mesoscopic layered structured system, thus allowing the development of a multi-timescale theory to study radiation degradation in electronic and optoelectronic devices. - Nanofabrication Technology for Production of Quantum Nano-Electronic Devices Integrating Niobium Electrodes and Optically Transparent Gates
Devices created using this technology could be used for control and sending of qubit/quantum memory states to remote locations.
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