Scientific Research Publishing’s Post

The gravitational force has long been understood through spacetime curvature, but what if there's a more fundamental explanation? I've provided a brief overview of that possibility in this blog. #QuantumMechanics #Spacetime #QuantumInformation #BlackHoles #TheoryOfRelativity #QuantumBits #ScientificExploration #FutureOfPhysics

Evidence supporting the multiverse theory comes from cosmic inflation, which suggests the creation of multiple universes, observations of the cosmic microwave background radiation indicating patterns that could imply other universes, and theoretical concepts from quantum mechanics like quantum superposition and the many-worlds interpretation. Though still speculative, these lines of evidence offer intriguing insights into the possibility of a diverse multiverse. #galaxyaerosgh #space #spaceexploration #spacenews

I believe a dynamic spacetime is the key to improving quantum mechanics and solving quantum gravity #quantummechamics #gravity #quantumgravity #spacetime

Access and effects. Ubiquitous access - that's all orbital regimes. Effects - whatever will deter or halt bad actors from acting, well, badly. The current conversation regarding refueling is myopic. It's like saying, "hey, those observation balloons we have run out of gas and fall out of the sky. We should give them more gas." Or maybe we give the observation corps the space equivalent of a P-51. Or a B-17. Or a DC-3/C-47. Or all of the above. Access and effects. 🚀

What is similar between a spacecraft and a human? They both have systems they can't live (function) without. 😅 Just like the human body needs a circulatory system, a nervous system, a digestive system, and many more, so too does a spacecraft need systems to allow it to perform its intended functions and operations. These basic spacecraft systems are found in 99% of all spacecraft, so it's crucial for scientists and engineers alike to understand them. The key systems that make up a spacecraft are: 1. Command & Data Handling (C&DH) 🧠 2. Attitude Control System (ACS) ↖ 3. Electrical Power System (EPS) 🛰 4. Temperature Control System (TCS) 🌡 5. Propulsion System 🚀 6. Communications System 📡 7. Payload 📦 8. Structures & Mechanisms System ⚙ If you're interested in learning more about these systems and how to properly design, develop and manage them... I highly recommend the book I'll tag in the comment section below! ⬇ #spacesystems #spacecraft #systemsengineering

"Preparing materials for the next generation of satellites and spacecraft? Outgassing could impact performance and lifespan significantly. Element offers a free downloadable guide exploring ASTM E595, the industry standard for measuring outgassing in vacuum environments. Download your copy today to: ✔️ Ensure reliability and longevity of space-bound components. ✔️ Prevent contamination of sensitive optical and electronic equipment. ✔️ Quantify outgassing performance per established standards. This guide equips you to: ✔️ Understand outgassing in space. ✔️ Master key ASTM E595 testing parameters: Total Mass Loss (TML), Collected Volatile Condensable Materials (CVCM), Amount of Water Vapor Regained (WVR). Don't let outgassing impact your mission! Download your free ASTM E595 guide now: https://ow.ly/HlV750QQMbG #Outgassing #Spacecraft #Satellites #ASTME595 #Aerospace #Materials"

If SR×GR time dilation factor is refractive index, periodt, and c is local vacuum light speed, then an object in orbit experiences a refractive index of c²/(c²-v²) along its path (higher in, lower out) upon [either group or phase velocity, need to calc]. If infinite refractive index is hit — an object goes local light speed and yet somehow is an orbit — then the radius of orbit must be 0. So for an electron to have a radius, the two photons of which it is built must be going below local light speed. OR the electron doesn't actually have a radius. But we'd still hit paradox with protons and neutrons. As far as the causation of the refractive index, it may be retroactive. I'm in an orbit, ergo refractive index exists. This suggests the causation is actually position tethering of objects in orbit. But how do elliptical orbits arise?

“At Falcon Space, we’re not just thinking about the future; we’re building it. Our dedicated Research & Development team is on a relentless quest to redefine the boundaries of propulsion technology. In a universe where fuel resources are finite, we believe in the infinite potential of propellantless propulsion. Traditional propulsion methods rely heavily on fuel, which is not only a depleting resource but also adds significant weight to spacecraft, limiting their range and capabilities. Propellantless propulsion, on the other hand, offers a sustainable and efficient alternative, paving the way for longer, more ambitious space missions. Our R&D initiatives span a wide range of propellantless propulsion projects. From harnessing the power of electromagnetic fields to exploring the mysteries of quantum mechanics, our team is pushing the envelope of what’s possible in space travel.” — Falcon Space #space #spacetechnology #propulsion #deepspace #spacecraft #futuretech #futurenow #electromagnetism #quantummechanics #spacetravel #aerospace #engineering #reverseengineering #warpdrive #advancedpropulsion #antigravity #electrostatics