Vadum, Inc.

Jesse Hart Shaver

Todd Nichols

Michael Joseph Trapani

Francois Jacques Malassenet

Aaron Lael Walker

Jennings Gary Edge

An example firearm with a short overall length and improved storage compactness comprises a forward takedown subassembly comprising a barrel, a trigger control mechanism configured to provide an electrical trigger control signal, and a signal transmitter electrically coupled to the trigger control mechanism, and further comprises a rearward takedown subassembly separable from the forward takedown subassembly and comprising a stock, a receiver comprising an electrically controlled firing mechanism, and a signal receiver electrically coupled to the firing mechanism. A takedown mechanism has first and second portions fixedly coupled to the forward takedown subassembly and the rearward takedown subassembly, respectively, and is configured to repeatably couple the forward takedown subassembly to the rearward takedown subassembly. The signal transmitter and the signal receiver are configured to link the electrical trigger control signal to the signal receiver output via one or more of an electrical connection, an optical connection, and a radio-frequency link.

Ergonomic takedown firearm apparatus

A spatial modulator for RF beams (microwave (uW), millimeter wave (MMW), and sub-millimeter wave (sub-MMW)) using dynamically-writable highly-reflective regions, with sub-wavelength diffractive pattern spatial definition that is finer than the wavelength of the incident RF beam.

RF diffractive element with dynamically writable sub-wavelength pattern spatial definition

An apparatus and method of recoil mitigation for a gun mounted on a lightweight platform is disclosed.

Lightweight platform recoil apparatus and method

A photonic implementation of the modulated wideband converter (MWC) is described. The highly scalable compressive sensing receiver architecture uses photonic components for analog front-end compression and downconversion, allowing scalable data conversion over an extremely wide instantaneous surveillance bandwidth, limited only by the peak anticipated signal occupancy and application-dependent size, weight, and power constraints.

Photonic compressive sensing receiver

A method and apparatus for firing a plurality of disrupter loads in arbitrary order at the discretion of the user is disclosed. The loads may be of the same or different types. Both liquid and solid projectiles may be fired. Further, the disrupter may be operated by a user at safe standoff distance from a robotic mount with the aid of control, targeting, ranging and recoil systems.

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Cary, NC, United States of America

Jesse Hart Shaver