Aerospace & Defense
A drone with a Laser-Induced Breakdown Spectroscopy (LIBS) and remote sensing programs. Its purpose to revolutionize the technique of landmine identity and clearance, making sure more secure environments for communities laid low with landmines.
Design a drone that can carry a LIBS and remote sensing system.
Platinum and palladium are essential elements for a hydrogen economy. To retrieve them from asteroids such as Psyche takes ample electric power and a fast ship. Lunar thorium can be transmuted into uranium via accelerator-driven D-D fusion using (non-radioactive) deuterium brought from Earth.
Existing anti-aircraft missile systems of air defense were initially, in principle, not designed to combat unmanned aerial vehicles.
The goal of my project is to fill this gap and create a system that will be designed and capable of effectively kinetically counteracting unmanned aerial vehicles.
AI-Enhanced Universal Blueprint Generator for Electrical and Electronics Engineering (AI-UBGEEE) is the concept of the most powerful project in AI. Nowadays, electronics and electrical instruments have become an integral part of our daily lives. Even AI has become more relatable. Thus,
In the future, this type of defense weapon may be utilized by your local police department and/or military infantry units, however, the bullet-less electromagnetic field pistol will first be marketed to enthusiast and collectors. Modeled after the blaster pistol used by the fictional ‘Star Wars’ character, Han Solo,
Presently, there is a global consideration for air-breathing electric propulsion ramjet configurations, though those utilizing air scoops face significant momentum losses due to air collimation and drag. Several years ago, an idea emerged for a direct scramjet configuration aimed at reducing drag substantially,
Atomiq is developing a next-generation plasma-based propulsion system, presenting a cutting-edge technology that redefines transportation. The utilization of plasma as a propellant introduces unprecedented efficiency and versatility, addressing the limitations of traditional propulsion methods. The technology delves into the underlying principles, key components,
The need to control the balance of a load that is spinning at a high rate of speed is essential to the preservation of the mechanisms of rotation in a dynamic launch system capable of accelerating a mass to an escape velocity.
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