aerospace-engineering

Japan's New Hypersonic Engine Could Make 2-Hour Flights To The US A Reality At first blush, it sounds like science fiction: supersonic jets able to traverse the vastness of the Pacific Ocean in under two hours. But recent tests by Japan's Aerospace Exploration Agency (JAXA) in conjunction with several Japanese universities have brought that once seemingly impossible vision closer to reality (alon…

Dr. Onur Bilgen,  Associate Professor in the Department of Mechanical and Aerospace Engineering at Rutgers University. talks about the future of flapping wing drones, the role of smart materials in next-generation aircraft design, and how bioinspired engineering could influence the next wave of unmanned aviation innovation. Dr. Onur Bilgen is Associate Professor in the Department […] The post Sma…

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Agnikul Cosmos, the Chennai-based private launch startup, has reached another propulsion milestone: the simultaneous firing of four semi-cryogenic rocket engines, all of them 3D printed as individual, single-piece components and developed entirely in-house at the company’s Rocket Factory 1 facility. According to Agnikul, the test is the first of its kind in India involving semi-cryogenic&#8…

It's long been accepted that the smoother the surface, the lower the aerodynamic drag. That turns out not always to be the case.

This treatise introduces the Jérémie-Wakilongo Formalism, a novel mathematical framework for the topological regularization of Navier-Stokes singularities in restricted manifolds. By challenging the classical Pavlovian reductionist paradigm in behavioral biophysics, this work establishes Biological Temporal Transduction as a systemic framework for interpreting environmental constraints. We derive…

This work presents a solid-state atmospheric propulsion architecture that eliminates mechanical thrust-producing components entirely. A chemically sustained alkali plasma (sodium-potassium alloy with controlled oxidizer) is magnetically confined within a toroidal alumina chamber by a rotating Möbius-twisted NdFeB permanent magnet. The 180° helical magnetization topology generates a non-axisymmetr…

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