I am currently involved in my research work, having prepared papers for each one to be presented at conferences as well as research paper publications. Additionally, I am working on many more, which will be listed below.
RIGHT NOW : Working as of now -doing research on ION BATTERY ,which is the one of the most kind battery ever in the idea stage ,the battery could be working on rechargeable battery e.g. sodium ion ,lithium ion as well as fuel cell technology
Also it support the theory heavier mass will give more energy compare to lighter mass -eg sodium ion will give more energy than lithium as the per the law of kinetic energy of charged particle : this could be only achieve when the battery take the energy of electron and ion , also the ion speed need to be same of heavy mass ion as well as lighter mass ion when travel in electrode medium - the membrane and electrolyte will be made of graphene dope hydrogen but the technical design of each will be different , The battery working on the principle to take the energy from two way that the energy of electron which travel from anode to cathode and ion which travel in the electrolyte, in order to extract the energy of ion the membrane will be locate at the electrolyte ,the membrane will be made of graphene dope hydrogen , the membrane have a pore which will only allow ion to pass . once the ion come in contact of electrode made of graphene dope hydrogen , the charge exchange will happen in graphene dope hydrogen and electron of hydrogen will move when ion travel to it , hence electricity is produce due the interaction of ion in the presence of graphene dope hydrogen - https://sites.google.com/view/ionbattey/home
1) Plasma blade Propeller - which is the kind of propulsion technology used in aerospace engineering to help reduce noise and increase thruster efficiency in aircraft and jet engines. This will lead to the development of plasma jet engines. In marine technology, it helps reduce cavitation and increase thruster efficiency. [Link: https://sites.google.com/view/propulsionaerospace/home]
2) Plasma actuator for aerotrain (levitation) - It will increase the speed of trains because it will extract energy wirelessly, making it more efficient than direct contact, where energy transfer occurs through wires. The energy will be received by plasma at a small distance of 10 mm to 5 mm, which will power the train and its propulsion technology.
3) Material production of graphene and borophene.
4) Creating a monetization platform for battle royale games.
5) Researching helium production, deuterium and tritium, and the proton-proton cycle for fusion energy production, among other topics.
6) Electrical High-frequency plasma - battery refinery, hydrogen production, and green steel production.
7) Researching a one-of-a-kind laser propulsion system for spacecraft.
8) Researching a one-of-a-kind vehicle capable of operating in all mediums such as space, land, water, and air. This involves building a vehicle that can travel deep underwater like a submarine, move on water like a ship, move on land like a Supercar, fly in the air like an airplane, and travel to space like a rocket. Antimatter or nuclear fusion will be used as fuel, requiring different engines for different mediums.
9) Creating a one-of-a-kind generator consisting only of graphene-doped hydrogen, which will harness wind, solar, heat, and hydroelectric energy and convert it into electricity without any moving parts.
10) Distribution of hydrogen and smart grid electricity.
11) Refining metals (copper, steel, etc.) using green methods, battery recycling, and pyrolysis of plastics, organics, and biomass with hydrogen as a byproduct, aiming for self-sustainability.
12) Business research work on the Carbon Credit Market platform.
13) Supply chain management integrating mining with manufacturing and global logistics chain management.
14) Researching various sectors including energy, engines, materials, platforms, and others.
15) Researching motors with hubless ball bearings to increase thrust in land, air, and water vehicles. For space, a plasma ring combined with laser propulsion will be used for thrusters.
16) Natural hydrogen production.
17) Designing a new type of particle accelerator.
18) Nuclear fusion research.
19) Plasma battery development.
20) Glass for airshows to provide clear views of airplanes flying in the sky.
21) Plasma fuel research.
22) Geothermal energy exploration.
23) Slat energy research.
24) Harnessing energy from lightning strikes.
25) Superconductor charger - capacitor electrode integration in superconductors.
26) Development of a Mach 50 plane engine.
27) Electric plane research.
28) Hypersonic plane development.
29) Sea and land mining operations.
30) Establishing a free publication platform where authors are paid for their work, with monetization through seamless integration.
31) Nuclear battery research.
32) MDH generator development.
33) Hydrovent technology research.
34) Jetpack development.
35) Orbital exploration projects.
36) Asteroid mining initiatives.
37) Oil to hydrogen conversion research.
38) Steel production methods.
39) Cement production innovations.
40) Metallic hydrogen research.
41) Rubber refining processes.
42) Antimatter production and antimatter-matter energy research, including antimatter fusion.
43) Helium production methods.
44) Development of metallic hydrogen batteries.
45) MDH Generator in Rocket nozzle