Can we help out a fellow Avalonian - Jerry Wills?

[Jim_Duyer]

I noticed this on my Youtube feed. I received it because I subscribed to the channel quite a while ago.

It's authored by Jerry Wills and can be found here: https://www.youtube.com/watch?v=hXv-0XYQlOg&t=30s

Youtube appears to be throttling it - 38 views Premiered 5 hours ago

Here's his blurb, and the video sounds interesting:

Warp Engine Prototype Tested: It Works...


As promised, our interview with Prof. David Pares the engineer who has developed a working Warp Engine prototype.
The engine generates 20+ Newtons [2.04 kilo or 4.49 lbs force] of displacement using only electrical power [1000 watts or ten 100-watt lightbulbs] - no fuel. This technology could enable Mars trips in 9 days.

I have seen this. It works...

Elon Musk, you need to investigate this groundbreaking propulsion system.


So if you have a minute - please check it out (and like the video), because believe me, I have been there, done that, when it comes to the powers that be artificially squashing your ideas.

Jim

[Bill Ryan]

I know Jerry Wills, and he's a very good man (indeed). He has several Avalon threads featuring his work, the longest one of which is simply titled Jerry Wills (https://projectavalon.net/forum4/showthread.php?115978-Jerry-Wills&highlight=jerry+wills).

[RunningDeer]

It's authored by Jerry Wills and can be found here: https://www.youtube.com/watch?v=hXv-0XYQlOg&t=30s
Jim


Warp Engine Prototype Tested: It Works… (49 minutes)




December 5, 2024
qed-ne.com (https://www.qed-ne.com) - Quantum Electro Dynamics Research & Development
jerrywills (https://www.youtube.com/@jerrywills/videos) (Youtube)
The Jerry Wills Show (https://rumble.com/c/Xpeditions) (Rumble)



hXv-0XYQlOg

[Johnnycomelately]

I noticed this on my Youtube feed. I received it because I subscribed to the channel quite a while ago.

It's authored by Jerry Wills and can be found here: https://www.youtube.com/watch?v=hXv-0XYQlOg&t=30s

Youtube appears to be throttling it - 38 views Premiered 5 hours ago

Here's his blurb, and the video sounds interesting:

Warp Engine Prototype Tested: It Works...


As promised, our interview with Prof. David Pares the engineer who has developed a working Warp Engine prototype.
The engine generates 20+ Newtons [2.04 kilo or 4.49 lbs force] of displacement using only electrical power [1000 watts or ten 100-watt lightbulbs] - no fuel. This technology could enable Mars trips in 9 days.

I have seen this. It works...

Elon Musk, you need to investigate this groundbreaking propulsion system.


So if you have a minute - please check it out (and like the video), because believe me, I have been there, done that, when it comes to the powers that be artificially squashing your ideas.

Jim



Thank you Jim, for this vid. Interesting, and an interesting guy.

And thank you Bill, for that reference. And thank you Miss hopefully-now happily Meandering Dear ♥️.

I notwithstand©️ this, as of yet. Am listening to it on the other iPad, nearing halfway of 49:11

.
.
OK, finishing now … yah, now finished. Seemed fake a few times nearer the end. Makes me discount all the previous stuff he said. He is just dreaming, imo.

[Bill Ryan]

Makes me discount all the previous stuff he said. He is just dreaming, imo.I doubt it. Jerry has always been 100% truthful, though he has shared quite a few near-unbelievable experiences.

[RunningDeer]

https://i.imgur.com/iAECADL.gif Check qed-ne.com (https://www.qed-ne.com) for the Prof. David Pares & Team research documents, photos and more.


............

https://i.imgur.com/ksMP26x.png

[ExomatrixTV]

The Jerry Wills Show

Jerry Wills is widely recognized as an international speaker and a prominent figure in radio and internet TV broadcasting, notably through his appearances on the Kevin Smith Show and hosting the Jerry Wills Show. His passion for broadcasting is evident in his unique and relaxed interviewing style. Jerry’s easygoing manner has a way of putting his guests at ease, allowing for more engaging and insightful conversations. His approachable demeanor and skillful interviewing techniques make his shows not only informative but also enjoyable for both his guests and the audience. Jerry’s love for broadcasting shines through in every episode, making him a beloved and respected figure in the world of radio and internet TV.


Healers Health Tips

Jerry, renowned for his work as a successful energy healer, has assisted thousands of individuals on their paths to wellness and balance. In addition to his explorative ventures, his expertise in energy healing is a significant aspect of his offerings. During his shows, Jerry dedicates time to answer questions from the audience, providing valuable insights and advice.

He doesn’t just stop at answering questions; Jerry also offers practical suggestions for supplements and practices that can aid in improving health and well-being. His approach is holistic, encompassing not just physical health but also emotional and spiritual well-being. Whether you’re seeking guidance on specific health issues or looking for ways to enhance your overall wellness, Jerry’s expertise as an energy healer offers a wealth of knowledge and practical advice. Tune into his shows for a unique opportunity to gain insights from a respected healer and benefit from his extensive experience.


The Café at the End of the Universe/Paranormal Stories

Are you curious about spiritual mysteries or eager to engage with extraordinary and gifted individuals? Then pull up a stool, savor a Cup of Chaos, and treat yourself to a delightful Orange Muffin at The Café at the End of the Universe! This unique spot is where you can encounter a fascinating array of guests – from psychics and astrologers to ghost hunters and other remarkably talented people.

It’s more than just a place; it’s an experience where lively conversations unfold, and intriguing topics are explored. You’re not just a listener but a participant. Call in, ask your burning questions, make new friends, and delve into subjects that have always piqued your curiosity. The Café at the End of the Universe is your gateway to learning about the extraordinary, the mystical, and the beyond. Join us and be part of a community where the unknown and the extraordinary come together in exciting dialogue!


Xpeditions TV Documentary’s

Jerry and Kathy Wills have dedicated years to exploring remote corners of the world, seeking out lost cities, forgotten knowledge, and ancient sites that have vanished in the mists of time. Since the start of their adventures, they have been meticulously documenting their travels. The short documentaries resulting from their explorations have garnered numerous awards and have been viewed by thousands across the globe. These exceptional programs, once publicly accessible, are now exclusively available in the members’ area of the Jerry Wills Show. This unique collection, rich in adventure and discovery, is a treasure trove for enthusiasts of ancient mysteries and uncharted territories, accessible only to the members of their community.


Fantastic Journey’s

Kathy and Jerry Wills are renowned documentary filmmakers and seasoned explorers, known for venturing into often perilous and seldom-trodden locales. For over twenty-five years, they have embarked on journeys to remote and sometimes dangerous destinations, uncovering ancient sites rarely witnessed by others. Their expeditions have been filled with remarkable adventures, yielding a wealth of incredible stories and insights.

These experiences and tales are a central feature of their show, “Jerry and Kathy’s Fantastic Journey.” The program is not only high in quality but also engaging and educational, offering viewers an immersive experience into the depth of their explorations and discoveries. Whether it’s exploring new territories, delving into diverse subjects, or interviewing knowledgeable experts, Kathy and Jerry bring a dynamic and informative perspective to their audience.

Their broadcasts, reflecting their unique adventures and encounters, allow viewers to vicariously experience the thrill of exploration and the richness of learning from varied cultures and histories. Join them on their show for an enlightening journey through the unknown and the mysterious.


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--o-O-o--

Prof. David Pares: Warp Drive Details

The Future of Space Travel is the Warp Drive Engine


Release Date: December 2nd 2024

Omaha, Nebraska – In a small garage a scientist set out to understand unusual aerial phenomena. His search led him to experiment with how the phenomena occurred. 14 years later, his curiosity and engineering talent brought into reality a functional warp engine capable of producing enough thrust that would allow interplanetary space travel at incredible speed.

A prototype warp drive engine developed by Professor David Pares showcases unique propulsion capabilities. Pares discusses his background in science and engineering, the development process, and future testing plans. Experimental findings highlight the engine’s performance, including its ability to create artificial gravity and scalability for various applications. The vision for warp technology suggests it could transform space travel and transportation on Earth.


jerrywillsshow.com/david-pares-warp-engine-update (https://jerrywillsshow.com/david-pares-warp-engine-update/)


--o-O-o--

Our VEM Drive


QED's VEM Drive was invented by Prof. David Pares who discovered a way to use electromagnetic energy to compress the fabric of spacetime rather than using mass.

​

This is the first time anyone has been able to create a warping of spacetime using electromagnetic energy.

​

Many models of VEM Drives have been built, each one exponentially increasing its energy to lift ratio.

Experiments

Our team has already moved past theories of compression of space-time. Three critical experiments that prove the concept scientifically works in a laboratory as a proof-of-concept are:

1. Red shifted the wavelength of a laser, passed through the field formed by a drive.
2. Measured the physical force produced by the engine on a non-electric scale.
3. Moved a non-ferrous object totally enclosed inside of a wood and glass box.
​
Any of these experiments on their own would be impressive, but together, they prove that our engine is not just theoretical but works in real time.

Review our past experiments on these pages:


Interferometer Experiments (https://www.qed-ne.com/copy-of-interferometer-test)
2020-2021 Experiment Videos (https://www.qed-ne.com/videos)

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Professor David Pares (https://rumble.com/search/all?q=Professor%20David%20Pares), through his inventive work, has developed a groundbreaking propulsion system known as the VEM (Variable Electromagnetic) Drive. This innovative technology aims to manipulate spacetime itself, potentially revolutionizing space travel:


Development and Background: Pares, with a background in science and engineering, started with curiosity about unusual aerial phenomena. His 14-year journey led to the creation of a functional warp engine prototype. His work involves detailed experimentation and development, showcasing a blend of theoretical physics and practical engineering

Functionality: The VEM Drive operates by using electromagnetic energy to compress spacetime, bypassing the need for mass as in traditional propulsion systems. This method of propulsion could theoretically allow spacecraft to travel at speeds faster than light by creating a "warp bubble" around the vehicle, where space in front of it is contracted while space behind it expands.


Experimental Validation:

Red Shift Experiment: A laser's wavelength was observed to shift towards the red, indicating a change in spacetime, as it passed through the drive's field.
Force Measurement: The drive's ability to generate physical force was tested on a non-electric scale, showing its potential for propulsion.
Non-Ferrous Object Movement: Demonstrating the drive's capability to affect objects without direct physical interaction, a non-ferrous object was moved inside a wood and glass enclosure.



These experiments collectively provide empirical evidence supporting the theoretical framework of the warp drive, confirming that the engine indeed affects spacetime in measurable ways.


Future Implications: The technology's potential applications extend beyond space travel, hinting at possibilities like creating artificial gravity or revolutionizing transportation on Earth. Pares envisions a future where interstellar travel becomes feasible, significantly cutting down travel times across the cosmos

This development represents a significant leap towards making sci-fi concepts like warp drives a reality, potentially altering our approach to space exploration and beyond. However, while these experiments are promising, the technology is still in its developmental stages, with much to be explored in terms of scalability, energy efficiency, and practical applications.

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[ExomatrixTV]

DJjPi7uZ2OI


Professor David Paris, who has developed a prototype for a warp drive engine capable of creating a warp bubble.
Paris, an adjunct professor with extensive experience in various scientific fields, began this project in 2010 after being inspired by reports of unusual displacements experienced by pilots during flights.
He discusses his experiments involving data capture while flying through thunderstorms and recreating these conditions in the lab.
Paris successfully compressed a laser beam using an antenna setup, leading to further advancements in his research.
By creating a fractal array of antennas, he was able to manipulate signals to create a pulling engine instead of a traditional thrusting engine.
The team has presented their findings to experts and conducted unique experiments demonstrating the engine's ability to influence objects, marking significant progress in their pursuit of proving the concept for space applications.
They have developed various engine models, experimenting with configurations to enhance their pulling power, and their findings align with existing theories on warp drives.
The potential for these engines includes creating artificial gravity in spacecraft, requiring relatively low power to operate.
They conducted biological tests on laboratory flies exposed to the engines, finding no mutations or behavioral changes, suggesting the technology is safe for human use.
The discussion concludes with reflections on 14 years of development in warp technology, emphasizing the potential for near-light-speed travel and the transformative possibilities for space exploration.

Jerry Wills introduces Professor David Paris, who has developed a prototype for a warp drive engine capable of creating a warp bubble. Paris, an adjunct professor with extensive experience in various scientific fields and defense contracting, explains his journey into this project, which began in 2010. His interest was sparked by reports of pilots experiencing unusual displacements during flights, prompting him to investigate these phenomena scientifically. Paris discusses his experiments, which involved capturing data while flying through thunderstorms and recreating these conditions in the lab. He describes how he successfully compressed a laser beam using a setup of antenna structures, leading to further developments in his research. By creating a fractal array of antennas, he was able to manipulate signals to create a pulling engine rather than a traditional thrusting engine. He shares that they have presented their findings to experts in the field and conducted unique experiments that demonstrated the engine's ability to influence objects, marking significant progress in their pursuit of proving the concept for space applications.

Experiments with a motor that influences materials suspended on a torsion bar, demonstrating that the motor's pulling power affects the motion of the suspended objects, rather than electrostatics or charges. They have developed various models of engines, ranging from one to three feet in size, and are experimenting with configurations to enhance their pulling power. The findings align with existing theories on warp drives, particularly regarding compression and decompression effects, which they note are not equivalent. The speaker highlights the potential for these engines to create artificial gravity in spacecraft, requiring relatively low power to operate. They have conducted biological tests on laboratory flies exposed to the engines, finding no mutations or behavioral changes, suggesting the technology is safe for human use. The engines show promise for long-distance space travel, with calculations indicating a three-pound unit could reach Mars in under 18 days with minimal power increases. Additionally, they mention challenges faced during experiments, including equipment malfunctions, but remain optimistic about refining the technology to achieve greater efficiency and output. Overall, they express confidence in the development of these engines and their potential applications in space exploration.

Advancements in satellite propulsion technology, highlighting an engine that operates without traditional propellant, using electric power instead. This engine can produce up to 6,000 watts and allows for precise control of spacecraft movement in any direction. The technology enables the creation of multiple warp bubbles, potentially facilitating faster space travel, such as reaching Pluto in just 126 days compared to the 10 years required by ion drives. The speaker emphasizes the lightweight nature of the spacecraft due to not needing to carry large amounts of fuel, allowing for continuous acceleration. They also mention various energy sources for the engines, including solar power and plutonium reactors. The potential for a space-based economy, including space mining, is discussed, with estimates of significant financial returns from resources like gold and helium-3. Additionally, the speaker notes a cooling effect observed around the engine, suggesting advanced technology similar to that seen in military encounters with unidentified aerial phenomena. Overall, the advancements could lead to faster, safer, and more efficient space travel.

Advancements in warp engine technology and its implications for space travel. They explain that maintaining power to the engines can prevent energy spikes caused by the collapse of the warp bubble. The discussion touches on the equivalence of mass and energy in relativity, highlighting how the compression of space around celestial bodies can be artificially induced. This technology can create a form of artificial gravity, which would significantly benefit astronauts by reducing bodily atrophy during long space missions. With this artificial gravity, astronauts could exit their spacecraft normally after extended periods in space, unlike current experiences where they often need assistance. The speaker reflects on 14 years of development in warp technology, expressing both the frustrations and rewards of their journey. They believe their work is pioneering in the field, aiming for rapid transportation not only on Earth but also within our solar system and beyond. The potential for near-light-speed travel is mentioned, although they acknowledge that progress has been slow and challenging. Additionally, the speaker recounts a demonstration where a laser beam was bent while passing through a warp field, reinforcing the concept of warp technology. They also mention a test involving a scale that broke due to the immense power generated by the warp engine, indicating significant advancements in their research and development efforts. Overall, the speaker is optimistic about the future of this technology, despite the challenges faced.

The limitations and potential of a new technology related to force measurement and its implications for space travel. The speakers mention that while they recorded a force of 15 Newtons (equivalent to about 3 pounds), the scale broke, indicating that the actual force could have been higher, possibly between 10 to 13 pounds. They explore the idea of what could be achieved with increased force, suggesting that if this technology were applied to a satellite equipped with powerful nuclear generators, it could theoretically continue to accelerate indefinitely. They also touch on the concept of energy and its relationship to black holes, noting that thunderstorms generate significant amounts of energy and antimatter, which can produce gamma rays. The speaker shares a personal experience of measuring gamma rays from a storm while flying, emphasizing the risks involved in such endeavors. Ultimately, they express a desire to find better methods for space exploration beyond traditional chemical rockets, hinting at the transformative potential of this new technology.

Fascinating interplay between aircraft and storms from a physics perspective, likening it to a detective story in meteorology. They share their experience in various meteorological roles and highlight their success in recreating storm dynamics in a lab setting, leading to advancements in engine technology. The speaker emphasizes the importance of refining propulsion systems to improve efficiency and power. They encourage viewers to explore related visuals on a website and suggest that notable figures like Elon Musk might find the research intriguing, particularly in relation to future space travel. The discussion touches on the potential for real-time communication in space, referencing a colleague working on quantum communication. The speaker believes that advancements in propulsion technology could revolutionize space exploration, making it more feasible for humanity to engage in interplanetary activities. The segment concludes with a call for further investigation and development in this area, suggesting that a space-based economy could be the future. The conversation wraps up with gratitude for the guest's insights and an invitation for viewers to explore more content.

Professor David Paris, as introduced by Jerry Wills, has indeed been working on pioneering research into warp drive technology, aiming to achieve faster-than-light travel or at least significantly enhance space travel capabilities. Here's a detailed overview based on the information provided:


Background and Motivation: Paris's work started around 2010, inspired by anomalous pilot reports during flights through storms. His background spans various scientific disciplines and defense contracting, which equipped him with the knowledge to explore unconventional propulsion methods. His aim was to scientifically investigate and potentially replicate these phenomena, leading to his development of what he describes as a warp drive engine.
Experimental Approach:

Storm Dynamics: Paris conducted experiments both in real conditions during flights through thunderstorms and in controlled lab settings to understand and replicate the spatial anomalies observed by pilots.
Warp Bubble Creation: His experiments involve creating what he calls a "warp bubble" using fractal arrays of antennas to manipulate electromagnetic signals, aiming to compress space-time in front of a vehicle and expand it behind, thus allowing for faster-than-light travel relative to the space outside the bubble.


Technological Developments:

Prototype Engine: Paris has developed engines that can influence objects by what he describes as a pulling effect rather than traditional thrust, with sizes ranging from small models to larger ones, indicating scalability.
Safety and Biological Testing: Tests on lab flies showed no adverse effects, suggesting potential safety for human applications.
Power and Efficiency: The engines require relatively low power, with potential applications for creating artificial gravity, which could mitigate health issues in space travel like muscle atrophy.


Theoretical Implications:

Space-Time Manipulation: His work aligns with theoretical models of warp drives that suggest space can be compressed and expanded to facilitate rapid travel without exceeding the speed of light locally.
Energy Considerations: Paris discusses the equivalence of mass and energy, suggesting his method involves manipulating energy to compress space, much like how celestial bodies do naturally.


Potential Applications:

Space Travel: With this technology, Paris envisions reaching Mars in under 18 days with minimal power increase, and even faster trips to farther destinations like Pluto.
Non-Propellant Propulsion: The technology could allow spacecraft to move without expending traditional propellants, continuously accelerating by manipulating space-time.



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Quantum Electrodynamics (QED) is a fundamental theory in physics that describes how light and matter interact. It combines the principles of quantum mechanics with special relativity to provide a complete and accurate description of quantum electromagnetic interactions. Here are some key points about QED:


Relativistic Quantum Field Theory: QED is a relativistic quantum field theory, meaning it takes into account the principles of special relativity alongside quantum mechanics. This allows it to describe phenomena where particles move at speeds close to that of light.
Particles Involved:

Photons: These are the quanta of the electromagnetic field, mediating the force between charged particles.
Electrons and Positrons: These are examples of charged fermions whose interactions are described by QED.


Interactions: QED describes interactions like:

The emission and absorption of photons by charged particles.
The scattering of light by electrons (Compton scattering).
The formation of electron-positron pairs from high-energy photons (pair production).


Feynman Diagrams: A tool used in QED to visualize the interactions between particles. These diagrams help in calculating the probability amplitudes for these interactions.
Renormalization: Due to the presence of infinities in initial calculations, QED introduced the concept of renormalization, where these infinities are absorbed into the redefinition of parameters like mass and charge, leading to finite predictions.
Precision: QED has been tested to an extraordinary level of precision, with predictions agreeing with experiments to one part in a billion or even better in some cases, making it one of the most accurate physical theories known.
Application: Beyond fundamental physics, QED has implications in many areas including atomic physics, chemistry (for understanding atomic and molecular spectra), and technology (like in the design of lasers and quantum computing).
Developments: Key figures like Richard Feynman, Julian Schwinger, and Sin-Itiro Tomonaga made significant contributions to the development of QED in the 1940s, for which they were awarded the Nobel Prize in Physics in 1965.


Regarding "QED-Ne", there isn't a standard or widely recognized term in physics communities. It might refer to a specific variation or application of QED, perhaps related to new experimental or theoretical extensions, but without further context, it's challenging to specify its meaning. If you are referring to a particular study or application, more details would be needed to provide a precise explanation.

For any specific applications or extensions like "QED-Ne", you might look for recent research or developments in quantum physics or related fields. However, as of my last update, QED remains the standard term for Quantum Electrodynamics in physics literature.


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