Aerospace & Defense

Theoretical physics

Before reading the theory know that I am basing it on three facts and assumptions listed below.

In space where there is microgravity, heavy objects move around easily. For example, astronauts can move equipment weighing hundreds of pounds with their fingertips.

This is a concept of a Phased Array First Person Video (FPV) drone antenna that is used to extend and direct RF communication links for drones that need to support data and video delivery for extended ranges.

It's very hard to remove aircraft sealant by using the traditionally method especially those old baked sealants and in very limited spaces. Therefore I developed a lightweight and slim sealant scraper that operates very differently than those presently in use.

Debris in orbit is a growing problem. Moving at roughly Mach 25, even a loose screw can inflict catastrophic damage if it collides with a small satellite, creating more debris that can impact other spacecraft. Efforts to deal with this have treated debris as trash,

Space debris is a dangerous threat to future space exploration. The project “ShotSat” proposed a possible solution to the problem of space debris using this satellite. The device got its name because the satellite launches “shots” into space debris.

The “I JET” is a fully electric private plane that recharges itself using ion collectors to harvest electric energy from the ionosphere. These ion collectors situated on the top of the plane are carbon/graphite/graphene based. According to the proof of concept by the Ion Power Group,

An unmanned aerial system (UAS) that is worn on a person and can collect intelligence through video and other mounted sensors while projecting power through lethal or less than lethal means.

In general, prototype models of aerospace vehicle, aircraft or high speed wing bodies (even in automobiles), objects are tested in a wind tunnel test facility to get theoretical data to design the object at optimum solutions.

® e-Gravitor

The concept of momentum plays an important role in the theory of mechanics. Forces are broadly classified into contact forces and Action at a distance. To understand momentum a simple experiment will suffice.

The reactionless drive is supposed to be impossible. Until now it has been science fiction. While NASA has tried to measure thrust using their version of an electromagnetic engine even their device requires intricate measuring devices to reach conclusions as to whether it functions. Our reactionless drive is different.

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