Artificial Thunder Electricity Bomb Technology (ATEB)

Authors- Deepak Singh

Abstract-This paper explores the theoretical feasibility of creating a “thunder bomb” – a device capable of producing artificial thunder by replicating the physical and chemical mechanisms of natural thunder. The research focuses on the physics of shockwaves, rapid air expansion, and the role of high-energy inputs. Mathematical models are derived to quantify the energy requirements, heat transfer, and resulting acoustic shockwave. Practical challenges, potential applications, and technological constraints are also discussed. The concept of an Artificial Thunder Electricity Bomb (ATEB) introduces a novel approach to energy release and atmospheric manipulation, leveraging principles of electrical discharge and artificial lightning generation. The ATEB is designed to mimic the natural phenomenon of thunder and lightning through controlled, high- voltage electrical discharges that replicate the effects of thunder while releasing immense energy in a compact, targeted manner. This paper explores the underlying technology, mechanisms, and potential applications of the ATEB, including its military, environmental, and scientific implications. By examining the challenges of harnessing and directing high-voltage electrical energy, the study outlines the methods for improving energy efficiency, control precision, and safety. The feasibility of utilizing ATEB technology for controlled destruction, power generation, and atmospheric studies is discussed in detail, offering insights into its transformative potential across various fields. Through experimental analysis and simulation, the research identifies the limitations and opportunities of ATEB, providing a foundation for future advancements in artificial lightning and energy weaponry.

DOI: /10.61463/ijset.vol.13.issue1.101