Ecosystemic Futures’ Post

I recently caught up with the Ecosystemic Futures podcast and came across two fascinating technical discussions on physics and engineering. One quote that caught my eye was an "engineering meets physics" entrepreneurship and innovation gap beyond conventional physics into uncharted territory. This intersection of pairing physics theories with engineering innovations has the potential to bring fascinating new technologies and realities to life, but requires both willing researchers and funding resources. The presenters defined the crucial role of #highered as an incubator for novel engineering research. Specifically, they posited how to groundswell uncommon research avenues and bring researchers together towards publishing data, theories, instrument innovations, and reduce professional stigmas. If you have a few hours to listen, the episode below is a fascinating deep dive on the world of #NHI, #UAP, and other exotic technologies, and the potential of pivotal Lifetime Learning reskilling and upskilling to adapt to a new world of engineering innovations.

* Ecosystemic Futures Special Episode * Join an extraordinary panel of experts in aerospace, energy, and ultra-advanced technologies as they explore the absolute outer bounds of physics and engineering. This groundbreaking discussion, co-hosted by Dr. Anna Brady-Estevez, Dr. Harold (Hal) Puthoff, Lawrence Forsley, and Dyan Finkhousen, convenes the world’s leading researchers and innovators to examine extended electrodynamics, lattice confinement fusion, zero-point energy, and advanced propulsion and discusses the implications for the future of technology and space exploration. Featured Guests Dr. Harold (Hal) Puthoff - EarthTech International, Inc. Lawrence Forsley - Global Energy Corporation Phillip Lentz - UNSPACE Richard Banduric - Field Propulsion Technologies Ankur Bhatt - Hoverr Inc. Louis DeChiaro, US Navy Surface Warfare Center, Indian Head Chance Glenn - Morningbird Space Michelle Klassen "MK" Merrigan – MK Advisors Rima Kasia Oueid – U.S. Department of Energy (DOE) Key Themes ✏️ Extended Electrodynamics (EDI) and its applications ✏️ Zero-point energy research and potential applications for unlimited power ✏️ Advanced propulsion systems and breakthrough propulsion physics ✏️ Quantum detection and sensing technologies ✏️ The intersection of gravitational physics and electrodynamics ✏️ Novel approaches to fusion and energy generation ✏️ Materials science and programmable matter ✏️ The convergence of theoretical physics and practical engineering ✏️ UAP Looking Forward The episode highlights the growing convergence of theoretical physics and practical engineering, suggesting we may be on the cusp of revolutionary advances in propulsion, energy, and communication technologies. The discussion emphasizes the importance of continued research, increased funding, and broader collaboration across disciplines to accelerate development in these crucial areas. Presented by NASA - National Aeronautics and Space Administration Convergent Aeronautics Solutions Project in collaboration with Shoshin Works. 📢 Great Episode: https://lnkd.in/eWSU84jv Hosts: Dr. Anna Brady-Estevez, Co-Chair US interagency Space Economy & Advanced Manufacturing Working Groups Dr. Harold (Hal) Puthoff is President & CEO at the Institute for Advanced Studies at Austin & EarthTech International, Inc. Lawrence Forsley is the Chief Technology Officer of Global Energy Corporation Dyan Finkhousen, CEO of Shoshin Works Series Hosts: Dr. Vikram Shyam, Lead Futurist, NASA Glenn Research Center Dyan Finkhousen, Founder & CEO, Shoshin Works #ExtendedElectrodynamics #ZeroPointEnergy #QuantumPhysics #AdvancedPropulsion #Physics #Innovation #Aerospace #SpaceTechnology #FutureOfEnergy #BreakthroughScience #UAP #Ecosystems #LatticeConfinementFusion

* Ecosystemic Futures Special Episode * Join an extraordinary panel of experts in aerospace, energy, and ultra-advanced technologies as they explore the absolute outer bounds of physics and engineering. This groundbreaking discussion, co-hosted by Dr. Anna Brady-Estevez, Dr. Harold (Hal) Puthoff, Lawrence Forsley, and Dyan Finkhousen, convenes the world’s leading researchers and innovators to examine extended electrodynamics, lattice confinement fusion, zero-point energy, and advanced propulsion and discusses the implications for the future of technology and space exploration. Featured Guests Dr. Harold (Hal) Puthoff - EarthTech International, Inc. Lawrence Forsley - Global Energy Corporation Phillip Lentz - UNSPACE Richard Banduric - Field Propulsion Technologies Ankur Bhatt - Hoverr Inc. Louis DeChiaro, US Navy Surface Warfare Center, Indian Head Chance Glenn - Morningbird Space Michelle Klassen "MK" Merrigan – MK Advisors Rima Kasia Oueid – U.S. Department of Energy (DOE) Key Themes ✏️ Extended Electrodynamics (EDI) and its applications ✏️ Zero-point energy research and potential applications for unlimited power ✏️ Advanced propulsion systems and breakthrough propulsion physics ✏️ Quantum detection and sensing technologies ✏️ The intersection of gravitational physics and electrodynamics ✏️ Novel approaches to fusion and energy generation ✏️ Materials science and programmable matter ✏️ The convergence of theoretical physics and practical engineering ✏️ UAP Looking Forward The episode highlights the growing convergence of theoretical physics and practical engineering, suggesting we may be on the cusp of revolutionary advances in propulsion, energy, and communication technologies. The discussion emphasizes the importance of continued research, increased funding, and broader collaboration across disciplines to accelerate development in these crucial areas. Presented by NASA - National Aeronautics and Space Administration Convergent Aeronautics Solutions Project in collaboration with Shoshin Works. 📢 Great Episode: https://lnkd.in/eWSU84jv Hosts: Dr. Anna Brady-Estevez, Co-Chair US interagency Space Economy & Advanced Manufacturing Working Groups Dr. Harold (Hal) Puthoff is President & CEO at the Institute for Advanced Studies at Austin & EarthTech International, Inc. Lawrence Forsley is the Chief Technology Officer of Global Energy Corporation Dyan Finkhousen, CEO of Shoshin Works Series Hosts: Dr. Vikram Shyam, Lead Futurist, NASA Glenn Research Center Dyan Finkhousen, Founder & CEO, Shoshin Works #ExtendedElectrodynamics #ZeroPointEnergy #QuantumPhysics #AdvancedPropulsion #Physics #Innovation #Aerospace #SpaceTechnology #FutureOfEnergy #BreakthroughScience #UAP #Ecosystems #LatticeConfinementFusion

If you are fascinated by, or just curious about recent developments in the most advanced technologies and their applications, don't miss this podcast episode we have just released, a long format with an impressive array of scientists and entrepreneurs. The episode highlights the growing convergence of theoretical physics and practical engineering, suggesting we may be on the cusp of revolutionary advances in propulsion, energy, and communication technologies. Including: Extended Electrodynamics (EDI) and its applications Zero-point energy research and potential applications for unlimited power Advanced propulsion systems and breakthrough propulsion physics Quantum detection and sensing technologies The intersection of gravitational physics and electrodynamics Novel approaches to fusion and energy generation Materials science and programmable matter The convergence of theoretical physics and practical engineering Listen here: -->. https://lnkd.in/eiWCMHdH

Replay "Join an extraordinary panel of experts in aerospace, energy, and ultra-advanced technologies as they explore the absolute outer bounds of physics and engineering. This groundbreaking discussion, co-hosted by Anna Brady-Estevez, Dr. Hal Puthoff, Larry Forsley, and Dyan Finkhousen, convenes the world’s leading researchers and innovators to examine extended electrodynamics, lattice confinement fusion, zero-point energy, and advanced propulsion and discusses the implications for the future of technology and space exploration. Featured Guests Dr. Hal Puthoff - EarthTech International Larry Forsley - Global Energy Corporation Phillip Lentz - UnSpace Richard Banduric - Field Propulsion Technologies Ankur Bhatt - Hoverr Inc. Louis Dechiaro – Richard Stockton College Chance Glenn - Morningbird Space MK Merrigan – MK Advisors Rima Oueid – US Department of Energy DoE Key Themes Discussed Extended Electrodynamics (EDI) and its applications Zero-point energy research and potential applications for unlimited power Advanced propulsion systems and breakthrough propulsion physics Quantum detection and sensing technologies The intersection of gravitational physics and electrodynamics Novel approaches to fusion and energy generation Materials science and programmable matter The convergence of theoretical physics and practical engineering Looking Forward The episode highlights the growing convergence of theoretical physics and practical engineering, suggesting we may be on the cusp of revolutionary advances in propulsion, energy, and communication technologies. The discussion emphasizes the importance of continued research, increased funding, and broader collaboration across disciplines to accelerate development in these crucial areas. Presented by NASA Convergent Aeronautics Solutions Project in collaboration with Shoshin Works. Hosts: Dr. Anna Brady-Estevez, Co-Chair US interagency Space Economy & Advanced Manufacturing Working Groups Dr. Harold (Hal) Puthoff is President & CEO at the Institute for Advanced Studies at Austin & EarthTech International, Inc. Lawrence Forsley is the Chief Technology Officer of Global Energy Corporation Dyan Finkhousen, CEO of Shoshin Works Series Hosts: Vikram Shyam, Lead Futurist, NASA Glenn Research Center Dyan Finkhousen, Founder & CEO, Shoshin Works" https://lnkd.in/eHaRxfmP

Scientists are talking about electron thrust in this article. Unfortunately, the scientists explain exactly why this thrust will never work without even realizing it. "Electric propulsion works by ionizing a neutral gas, usually xenon, and then using electric fields to accelerate the resulting ions. The ions, now forming a high-speed plasma beam, push the spacecraft forward" The spacecraft must produce thrust by using electric fields? How much electricity do they use? A spacecraft only has so much electricity at its disposal. The fuel is zenon? What happens when all the electrons are taken from the fuel? What's the waste? How long does it take to strip the electrons from a pound of zenon? Not long. It'll never work. This is why science needs to start on quark-electron plasma reactors which is what the UAP's use. The whole world already knows the Theory of Everything is here. The problem is the people that pay the bills want to make sure everything being explored will never work. Quark-electron plasma is what fusion is supposed to be. A century of proof still doesn't allow this reality to exist. Who pays everyone in science to fail decade after decade? Who wants to make sure nothing ever works? What money is used to pay the salaries of the people using the wrong theory? The taxpayers. Science is being controlled by making everyone happy. It doesn't matter if nothing is accomplished again. Who is going to complain? Science simply doesn't exist when it comes to our universe.

Researchers at the University of Chicago Pritzker School of Molecular Engineering developed a material called a “pluripotent plastic,” which has the ability to take on many forms. The material is made up of polymers containing “dynamic covalent bonds,” which can break and re-form reversibly. This versatility may be useful for engineers working in resource-scarce environments like outer space. To develop the new material, Prof. Stuart Rowan worked with PME assistant professor Shrayesh Patel, graduate student Nicholas B., and colleagues at Argonne National Laboratory, Air Force Research Laboratory, NASA - National Aeronautics and Space Administration, and the National Institute of Standards and Technology (NIST). Learn more at https://lnkd.in/gWirnNxb. #UChicagoPME #Plastics #Materials #MolecularEngineering

Recently the announcement from ex-NASA engineer, Dr. Charles Buhler ( founder of Exodus Propulsion Technologies, patent application WO2020159603A) about the claimed breakthrough in electrostatic energy and propulsion generated some level of talk in some circles about how this can change everything. Because Dr. Charles has been involved in a couple of NASA programs such as the Hubble, Space Shuttle and the ISS, his claims should be given some investigative study. My views > This is not possible and is flawed. Why >> 1. It is claimed that there is a new force that continues to generate field force even when high voltage source is switched off, that mathematical substitution (of epsilon e squared) based on the empirical data obtained from the team's tests, in both atmospheric, and high vacuum environment proves this is valid. 1.S.1 - This is not valid, because in the atmospheric tests the capacitance function of compounds in air is not factored. In both atmospheric and high vacuum test environment the flow field of the Earth's magnetic force is not factored into the quantum equations that the said team had proposed. 1.S.2 - In the same you-tube presentation and in the patent filing, Dr. Charles acknowledged that the high voltage (currently trial tested at around 5 - 7kV) cannot exceed 70kV to cause charge ionization breakdown. This reinforces the need to empirically test the ionization cycle from 0V right up to the breakdown voltage, which the team did no such proof of test against the claimed breakthrough. 2. It is claimed that in the company's high vacuum tests that the empirical data indicates 4460 uN of continuous thrust against gravity at the specified vacuum chamber pressure at a current draw of 3500 vDC, 228 micro watts. 2.S.1 - Based on this and Dr. Charles representation of quantum mechanics where epsilon e is again substituted alpha, then the continuous thrust will vary at different poles or even continents on Earth, and at different planet orbital band velocity. 2.S.2 - Based on mathematical and empirical data-sets presented, the technical conjecture is unfortunately incorrect because the light constant is still assumed correct, when quantum physicists all around the world are trying to extrapolate the Canary island test data, among a few others. 2.S.3.1R - The fastest method by which the claims can be invalidated, or validated, is the replication of the same tests in different locations on Earth at varying altitudes, which will then show that this claimed "unknown" force will be different at voltages right up to the breakdown value. Having an excellent track record and highly competent credentials, does not equate to having to use yet-to-be-determined science to make claims such as these. #technology #innovation #money https://lnkd.in/gwdm8uSc

More Shots on Goal: Scaling Up Space Manufacturing for Earth's Future Join a groundbreaking discussion with global leaders in aerospace, biotechnology, and advanced manufacturing as they explore the "More Shots on Goal" initiative - a collaborative effort to scale up manufacturing capabilities in Low Earth Orbit. From revolutionary drug development to next-generation semiconductors, discover how increased space manufacturing throughput could transform industries on Earth and accelerate innovation across healthcare, technology, and energy sectors. This special episode features insights from NASA - National Aeronautics and Space Administration, U.S. Department of Energy (DOE), the International Space Station National Laboratory, and pioneering companies, including Varda Space Industries, Stoke Space, Rhodium Scientific, and more. Learn how new platforms, high-throughput systems, and novel funding approaches are turning space into a trillion-dollar manufacturing hub that could reshape terrestrial industries and unlock new solutions to global challenges. Awesome episode 📢 https://lnkd.in/ettmFdyY Highlights ✏️ Accelerating drug development through microgravity research ✏️ Next-gen semiconductor and advanced materials manufacturing ✏️ Novel launch and return capabilities for space manufacturing ✏️ Infrastructure and energy solutions for orbital factories ✏️ Public-private partnerships and innovative funding models ✏️ Bio-manufacturing and crystal growth applications ✏️ Quantum technology development in space Guests Rose Hernandez - International Space Station National Laboratory Curtis Hill, NASA Lynn Harper - Nasa Ames Research Center Kevin Engelbert - NASA InSpa Devon Papandrew - Stoke Space Olivia G. - Rhodium Scientific Armin Rad, M.S., M.A., Ph.D. - Encapsulate Partha Dutta - United Semiconductor Ken Savin - Redwire Space Jordan Swisher - Mattiq Josh Martin - Varda Space Industries Greg Grozdits - Space Development Agency Rima Kasia Oueid - US Department of Energy Kevin L. Jackson, CISSP®,CCSP® - National DigiFoundry Heath Mills - Rhodium Scientific Yao-Feng Chang - Intel Corporation Yuxuan Cosmi Lin - Texas A&M University Shane Hegarty - Axonis Therapeutics Prashant Nagpal - SachiBio Armand Dichosa - Los Alamos National Laboratory Mari Anne Snow - Eascra Biotech Ying-Chen “Daphne” Chen - Arizona State University Co-Hosts: Anna Brady-Estevez, Co-Chair US Interagency Space Economy & Advanced Manufacturing Working Groups Donna Roberts, Deputy Chief Scientist, ISS National Lab Lawrence Forsley, Chief Technology Officer of Global Energy Corporation Marco Annunziata, Co-Founder, Annunziata + Desai Partners Dyan Finkhousen, CEO of Shoshin Works Series Hosts: Vikram Shyam, Lead Futurist, NASA Glenn Research Center Dyan Finkhousen, Founder & CEO, Shoshin Works #SpaceManufacturing #SpaceEconomy #Biotech #Semiconductors #SpaceTechnology #MicrogravityResearch #AdvancedMaterials