Platform for engineers and scientists to explore and share innovative projects and concepts in areas like AI, energy, robotics, and space. Users can publish content and access a usage license.
A reinforcement learning training method that is utilized by deepseek in its version 1.
A concept for creating a Dyson sphere using a swarm of satellites to capture energy from a star.
A Dyson Swarm concept specifically designed to capture energy around Mars.
A method for harnessing solar power from space to generate limitless energy.
Theoretical approaches to creating and studying microscopic black holes.
A blockchain system leveraging quantum technology to enhance speed and security.
Laser sensors engineered to measure glucose levels for diabetes management using quantum cascade technology.
Utilizing optical nuclear electric resonance to create more efficient quantum gates.
A robot capable of moving in all directions used for transporting materials.
Design of a cost-effective robot with 12 degrees of freedom for enhanced movement capabilities.
Harnessing energy from naked singularities, theoretical astrophysical objects with extreme energy potential.
Design improvements for unmanned aerial vehicles focusing on better aerodynamic efficiency.
Using electron beams as a potential source of energy.
A drone engineered to achieve speeds of up to 200 km/h using rocket technology.
Propulsion technology for spacecraft using electron beam transmission.
Mechanisms inspired by bird flight for creating ornithopters, flying machines that mimic bird movement.
Technology for controlling devices using signals generated from human muscle movements.
A design concept for an ornithopter powered by rubber band propulsion.
Introduced a new reinforcement learning method focusing on enhancing AI training processes.
Introduced a concept using naked singularities as a potential source of ultra high energy.
Added the Dyson Swarm concept, envisioning a structure with a large array of satellites orbiting a planetary body.
Developed a design focused on improving the aerodynamic performance of unmanned aerial vehicles (UAVs).
Created a lightweight and efficient drone design using the natural flight dynamics of birds.
Added a propulsion system using electron beam transmission for spacecraft.
Enhanced drone speed performance using rocket engine technology.
Developed mechanisms for drones to fly with increased stability and control.
Features an advanced UAV design with enhanced aerodynamic capabilities, focusing on improving flight efficiency and stability.
Designed to achieve high-speed flight up to 200km/h, ideal for quick missions and rapid transportation.
Illustrates the concept of a Dyson Swarm, a collection of solar energy collecting satellites around a star. It’s envisioned to harness a star's energy output efficiently.
Proposes using a Dyson Swarm around Mars, providing a method to capture solar energy and serve as a power source for Martian operations or colonization.
Explores the idea of space-based solar panels that collect solar energy without atmospheric interference, promising an unlimited supply of energy relayed to Earth or other locations.
Describes the theoretical use of naked singularities, gravitational anomalies, for generating extremely high amounts of energy.
Discusses the method of transmitting energy via focused electron beams, offering an efficient long-range energy transfer solution.