Stephanie Soquet’s Post

Improbable Engine" and Overcoming Earth's Gravitty Introduction to Propellant-less Propulsion Concept: Propulsion system producing thrust without propellant would revolutionize space travel. Challenge: Such a device defies known laws of physics, specifically conservation of momentum. Historical Context EmDrive Introduction: Proposed in 2001 by Roger Shawyer, claimed to be a reactionless drive. Scientific Skepticism: EmDrive challenged Newtonian and Einsteinian physics, ultimately deemed ineffective after extensive testing by 2021. New Development: Exodus Propulsion Technologies Charles Buhler's Involvement: Former NASA engineer and co-founder of Exodus Propulsion Technologies. Claimed Breakthrough: Development of a drive using a "New Force" to overcome gravity without expelling mass. Details of the "New Force" Drive Principle: The drive utilizes electrostatics, leveraging electric fields to generate a sustainable force. Mechanism: Asymmetry in electrostatic pressure or divergent fields creates a force on the system's center of mass. Scientific Scrutiny and Skepticism History of Similar Claims: Previous propellant-less drives, like the EmDrive, initially showed promise but failed under rigorous testing. Need for Verification: Independent, third-party research is essential to validate Buhler's claims. Conclusion and Caution Potential: If true, this could lead to revolutionary advancements in propulsion technology. Reality Check: Given the history of such devices, caution and further investigation are warranted. Current Status: The concept remains speculative, requiring more evidence to move beyond the "improbable engine" stage. Subscribe and Follow The Atomic Forge for more space news, physics insights and emerging technologies... #TheAtomicForge #education #gravitationalforce #gravity #science #universe #theoreticalphysics #astrophysics #physics #physicsoftheuniverse #quantumphysics #didyouknow

Recent research reveals that black holes formed purely from light, known as kugelblitz, are practically impossible to create under current conditions. This study challenges existing theories and underscores the complexity of black hole formation. Explore the intriguing details and implications of this discovery in the latest article from The News. #Astrophysics #BlackHoles #Science #Research #Innovation #Space #Astronomy #Physics https://lnkd.in/gUxjNmz5

HEMANTH LINGAMGUNTA While warp drives remain largely theoretical, there are some potential real-world applications and use case scenarios being explored: Interstellar Exploration - Warp drives could enable faster-than-light travel, drastically reducing journey times to distant stars and exoplanets. This could accelerate interstellar exploration and the search for habitable worlds. Faster Space Travel - Even if warp drives can't achieve true faster-than-light speeds, they may still enable much faster space travel within our solar system compared to current chemical and nuclear propulsion methods. This could enable quicker transport of cargo and people between planets and moons. Warp Field Interferometry - Experiments are underway to detect microscopic "warp bubbles" using sensitive interferometers. While not enabling travel, this research aims to validate the underlying physics and provide proof-of-concept data[3]. Theoretical Physics Advancements - Studying warp drives pushes the boundaries of theoretical physics. Developing viable models requires breakthroughs in areas like exotic matter, quantum mechanics, and the manipulation of spacetime. These advances could have far-reaching implications beyond just warp drive technology. Inspiring Innovation - Even if warp drives remain science fiction, the concept inspires people to push the limits of science and engineering. The search for a real-world warp drive drives innovation in fields like propulsion, materials science, and energy generation. This can lead to important technological breakthroughs with many applications. However, significant challenges remain before warp drives could become a practical reality. Overcoming the need for exotic matter, generating enough power, and manipulating spacetime are all major hurdles. For now, warp drives remain a fascinating concept with exciting implications, but one that is still firmly in the realm of theoretical physics. Citations: [1] 'Warp drives' may actually be possible someday, new study suggests | Space https://lnkd.in/gUbqHut8 [2] Warp drive - Wikipedia https://lnkd.in/gs5W7nFc [3] [PDF] Warp Field Mechanics 101 https://lnkd.in/gBZhjbzC [4] Scientists Just Made a Breakthrough For Interstellar Travel https://lnkd.in/ghrbKijh [5] These Are the Top Four Theories That Could Bring Us Closer to Faster ... https://lnkd.in/gPYgkZ4n

Recent research has advanced our understanding of how collisionless shock waves accelerate particles to extreme speeds, a key factor in cosmic ray production. Utilizing data from NASA's MMS and THEMIS/ARTEMIS missions, scientists have developed a new model explaining electron acceleration in these environments. The study highlights the complex interplay of multiple acceleration mechanisms, revealing that electrons can reach unprecedented energy levels, surpassing 500 keV. This research not only refines the shock acceleration model but also opens new avenues for understanding cosmic ray generation and energy transfer processes in the universe.

Mystery Unveiled: Hydrogen Forests Hold the Key to Hidden Dark Matter Lyman-alpha Forest Overview - Composed of absorption lines from distant quasars. - Caused by neutral hydrogen clouds in the intergalactic medium. - Provides data on the distribution and evolution of matter in the universe. PRIYA Simulation and Research Findings PRIYA Simulation Suite - Developed by scientists at the University of California, Riverside. - Maps potential locations of dark matter using hydrogen forests. - Study published in the Journal of Cosmology and Astroparticle Physics Research Insights - Hydrogen forests cluster around gravitational sources, indicating dark matter presence. - Supercomputers model complex interactions and phenomena. - Hydrogen signatures in forests suggest regions with concentrated dark matter. Implications and Future Research Resolving Theoretical Discrepancies - Study addresses gaps between models and observable data. - Potential explanations include unknown particles or new physics. Significance of Findings - Advances understanding of the universe's fundamental components. - Further research needed to confirm dark matter's nature and behavior. Subscribe and follow The Atomic Forge for more space news, physics insights and emerging technologies. #TheAtomicaForge #education #darkmatter #darkenergy #vacuum #universe #space #astronomy #science #physics #astrophysics #blackholes #nasa #spacetime #spacefacts #quantumphysics #cosmology #strangematter

The futuristic propulsion and gravity control field has fascinated scientists, engineers, and geeks worldwide. Advancements in this machine’s rather exotic realm have been met with enthusiasm and disapproval by the Physical Sciences. Additionally, ending conventional perceptions of physics while at the same time presenting the prospect of interstellar travel, potential propulsion systems, and potential new forms of energy production. These developments are more exciting as they can transform how we interact with space and define technological progress in the future decades. APEC includes participants from various fields who will discuss unorthodox propulsion solutions and ideas. It was referred to as the Woodstock of gravity-modification event, and after a break that took a long time, the conference was held in June 2023, which attracted a lot of interest. The program’s actors are engineering professionals from prestigious educational institutions such as Harvard University, employees of NASA, engineers whose primary source is working on their projects, and admirers of engineering from their garages—the sections of the event cover electromagnetic drives, theoretical physics at an advanced level, and UAPs. While more research is done in these areas, we may discover several advances that can make science fiction technologies a possibility. However, one must welcome them enthusiastically and critically, as the most awesome progress originates from less-expected directions and should be appropriately validated. #control #gravity #modification #magnetism #energy #propulsion #levitation #UAP #research https://lnkd.in/gB_XMbdh

A team of astrophysicists from UCLA, in collaboration with the University of Texas at Dallas and the University of Colorado, Boulder, has provided evidence that Alfvén waves contribute to heat generation in the magnetosphere. Utilizing data from the 2015 Magnetospheric Multiscale (MMS) mission, the researchers demonstrated that Alfvén waves accelerate ion beams, creating acoustic waves that generate heat. This study, published in Physical Review Letters, confirms longstanding theories about energy transfer in space plasmas. The findings enhance our understanding of magnetospheric dynamics, offering valuable insights into the complex interactions between solar wind and Earth's magnetic environment.

A New Era of Research: The World's Most Advanced Hypergravity Lab. In a pioneering achievement, scientists have inaugurated the world’s most advanced hypergravity lab designed to simulate extreme gravitational conditions. This lab aims to further space exploration, aerospace research, and physical sciences. Researchers believe it will provide unprecedented insights into how materials and organisms behave under intense gravitational forces. The lab is poised to become a hub for groundbreaking experiments that could reshape our understanding of physics and space exploration. #HypergravityLab, #ScientificResearch, #SpaceTechnology, #Innovation, #AdvancedResearch, #GlobalScience, #PhysicsBreakthrough

Big Picture Science Radio Show: Beyond the Standard Model Ever heard of a beauty quark? How about a glueball? Physics is full of weird particles that leave many of us scratching our heads. But these tiny particles make up everything in the quantum world and in us and are the basis of the fundamental scientific theory called The Standard Model. But it doesn’t explain everything. It can’t account for dark matter or dark energy, for example. We find out whether new physics experiments might force us to rewrite the Standard Model. Plus, we discuss a NASA proposal to fly spacecraft close to the sun in search of new physics. Listen here: https://buff.ly/3wHOtia

'Beyond the (incomplete) Standard Model' (https://bit.ly/3UZnQiD) is the CTP Model (https://bit.ly/3vZpVjT) and the CTPSci Sciences and the solution to #darkuniverse #DarkMatter/#DarkEnergy mysteries and answers to other questions (https://lnkd.in/gvsa77qd) sciences still have unresolved: two additional Fundamental Forces and means to travel (https://bit.ly/3HZBdYu) the #cosmos. #newscience #graviticpropulsion #propulsion #UFOs/#UAPs #CTPcraft #CTPSci