Kinetic Induction

#Technology: "a vast assortment of photographs related to lighter than air travel, dirigibles", how rare is helium- lnkd.in/euBEYwGi "The World Is Constantly Running Out Of Helium. Here's Why It Matters", "Helium is the only element on the planet that is a completely nonrenewable resource.
On Earth, helium is generated deep underground through the natural radioactive decay of elements such as uranium and thorium. "It takes many, many millennia to make the helium that's here on the Earth,""?! & that's why- lnkd.in/eptKETzd "STANDARD HELIUM PARTY BALLOONS"...

...well, maybe someone's a little flibbertigibbet, as during #electrolysis, once you've extracted the hydrogen, you skim the helium off the top, lnkd.in/er7RJi5w "team of drillers had been sent by Helium One, a startup founded in 2015. Of the 30 or so companies exploring for helium deposits around the world"?, lnkd.in/eB5jmjeC "detect excess helium produced by the outgassing of the sea floor"...
#kineticinduction- lnkd.in/e24fXstG
...did you really believe the Wright brothers had discovered the power of flight?,.
...as inheritors destroy our #technologies, & those in position remain compromised, it appears little problem, little concern using helium for party-balloons, lnkd.in/gV5uYxDJ. "Bruce Dickinson’s Empire Of The Clouds will become more than an Iron Maiden song in the near future, after 10 airships were commissioned from a company he works with.
The Airlander 10 helium-filled ships have been under development for years, but the $600 million deal means they’ll be in use in Spain as soon as 2026"?..
...then we shall see?, while we remain in #devolution...
...any "collective-outrage"? or just some more "kill the messenger" mentality...
-bring back our lost #Antiquitech-"find the truths behind the myths"
#shockdynamics #impactphysics #planetarydefense #educationreform
www.linkedin.com/posts/tony-hood-56419040_the-first-dirigible-giffard-1852-the-activity-7088712420776361984-uN9E?utm_source=share&utm_medium=member_desktop

"The First Dirigible (Giffard, 1852) & The Japanese Fire Balloon; Old World Technology & Photographs"
"...Howdy ya’ll. Welcome back. Today we’re going to look at one of my favorite topics to discuss; the Balloon. When able to be properly navigated and equipped with some form of a power source, these “balloons” became the dirigible, which itself advanced into the vastly superior technology of Zeppelins.

We will dive into the History of the Japanese Fire Balloon and The First Dirigible (The Giffard Steam Airship) while going over some amazing aspects of this Old World Technology.

We will look through the oldest photographs of these balloons, and to end the video, a very spooky collection of A.I. created Old World photographs. Enjoy, please share to help the channel grow, and leave your comments down below. Thanks for being here ya’ll!.."




Topics discussed today;

en.wikipedia.org/wiki/Balloon

en.wikipedia.org/wiki/Airship

en.wikipedia.org/wiki/Giffard...

en.wikipedia.org/wiki/Fu-Go_b...

en.wikipedia.org/wiki/Henri_G...

www.abc.net.au/news/rural/2023-05-01/helium-supply-central-australia-central-petroleum/102261580
"Helium production in Australia is set to end. Could another source fill the gap?"
"ABC Rural / By Daniel Fitzgerald, Posted Sun 30 Apr 2023 at 3:51pm"
"...Australia's only local production of helium is set to end in the coming months, but could a resource in the Northern Territory fill the void?

Key points:
Australia's only helium production plant will shut down in coming months
Exploration for another source of helium in Central Australia is to begin this year
Helium is used in MRI machines and the manufacturing of electronics
Since 2010, BOC has been Australia's only helium producer, with the gas coming as a by-product from Santos's Darwin LNG plant.

But with the feedstock for the gas plant due to run out in the coming months, Australia is about to be left with no locally produced helium.

BOC said it is actively looking for new feed gas sources, but "when the facility closes, we will transition to a full import model".

What is helium used for?
If the first thing you think of when you hear the word 'helium' is party balloons and people inhaling the gas to make a funny voice, then you wouldn't be alone.

But helium is an important gas for several industries...

"Helium is used to cool the superconducting magnets in MRI machines. (ABC News: Alison Branley )"

...It is used to cool superconducting magnets in MRI scanning machines, in nuclear energy production, in the manufacturing of solar panels and optical fibres, and more.

"The two big growing applications are electronics, where helium is used in the semiconductor manufacturing process," said Phil Kornbluth, a leading US helium consultant with 40 years of experience in the industry.

"That is expected to grow at a very healthy rate in the coming years, with many semiconductor factories being built right now, and a lot of reassuring of semiconductor manufacturing in the West."

Global helium shortage
Global demand for helium is around 6.5 billion cubic feet per year, but helium production is only around 6 billion cubic feet.

So, helium producers are currently having to reach into reserves to keep up with demand.

The shortage was brought on by demand increasing post-COVID-19 shutdowns and expected new supply from a Russian gas plant not eventuating after an explosion at the site.

Even with local supply due to run out and a global shortage, Mr Kornbluth said Australian helium consumers should still be able to source enough of the gas.

"Helium is a global business — if there's a shortage of helium in the world, you'll probably feel it in Australia, and if there's ample supply in the world, you'll probably have ample supply in Australia," he said.

"But I would say that it is nice to be self-sufficient in a gas like helium."

":BOC's helium plant in Darwin will end production soon, as its gas feedstock runs out. (Supplied: BOC)"

...Potential helium source in the NT
The potential of a new Australian helium supply is being investigated by a joint venture between Central Petroleum, Santos and a private company called Peak Helium.

The joint venture plans to drill three wells in the Amadeus Basin south of Alice Springs this year, where it is hoping to find helium, naturally occurring hydrogen, and gas.

Helium is a small gas and often escapes into the atmosphere through cracks in rock, which is why it is so rare.

Global helium supplies set to run out
It may be best known for filling party balloons, but helium is a vital resource for science, medicine and industry. Scientists are hunting for new sources of the gas as the global supply goes into rapid decline.

Jonathan Trappe in floats through the air in his boat suspended by helium balloons.
Read more
"The Amadeus Basin is fortunate because it has extensive areas of salt layers underground," Central Petroleum chief executive Leon Devaney said.

"Salt is one of the few very good seals that traps helium, so helium does not go through the salt and accumulates.

"What that does is allow us to drill through the salt and access areas that potentially have very high concentrations of helium."

Early estimate suggests large reserve
In an early resource estimate released this month, Central Petroleum says the Amadeus Basin in Central Australia could potentially hold around 44 billion cubic feet of helium.

That is around seven times the current global demand for the gas.

But Mr Kornbluth said it was unusual for Central Petroleum's resource estimate to be done in-house, not by an independent expert.

"These are not proven reserves. These are calculations of a possible resource if a bunch of assumptions made by Central Petroleum turn out to be true," he said.

"It is well known that there is gas that has helium in it in the Amadeus Basin, so there is helium there.

"But until some wells are drilled, and you have some further exploration, it is really, really hard to put much stock in a resource estimate of that magnitude."

"Helium is used in the production of semiconductor chips, an important component in many high-end electronics. (Pixabay: Dan Williams, CC0)"

...If the helium resource is commercialised, Central Petroleum expects the gas would likely be transported to Darwin for further processing and then sold to the local market.

"That would be a great way to provide very cost-effective helium to the Australian market, with any excess helium sent overseas to the global market," Mr Devaney said.

"If we are successful, typically, there would be an appraisal program, and then if that is successful, we would move into commercial development.

"It's not something that would happen overnight … but this could potentially have an impact on the global market if [the resource] is the size we think it might be."..."?!.

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"Energy storing building materials could make on-demand power from renewables affordable worldwide"
www.science.org/content/article/electrified-cement-could-turn-houses-and-roads-nearly-limitless-batteries?utm_source=sfmc&utm_medium=email&utm_campaign=DailyLatestNews&utm_content=alert&et_rid=290596344&et_cid=4839556

"...Tesla’s Powerwall, a boxy, wall-mounted, lithium-ion battery, can power your home for half a day or so. But what if your home was the battery?

Researchers have come up with a new way to store electricity in cement, using cheap and abundant materials. If scaled up, the cement could hold enough energy in a home’s concrete foundation to fulfill its daily power needs. Scaled up further, electrified roadways could power electric cars as they drive. And if scientists can find a way to do this all cheaply the advance might offer a nearly limitless capacity for storing energy from intermittent renewable sources, such as solar and wind.

So far, the cement devices are small, only big enough to power a few LED lightbulbs. But efforts are already underway to scale them up. “It would be a very attractive technology if they can achieve that at a larger scale,” says Sang Nguyen, a mechanical engineer at Imperial College London who was not involved with the work.

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The cement devices are a kind of simplified battery called supercapacitors. They consist of two electrically conductive plates separated by an ion-conducting electrolyte and a thin membrane. As the device is charged, positively charged ions from the electrolyte accumulate on one plate, while negatively charged ions accumulate on the other.

The amount of power storage depends on the total surface area of the supercapacitor’s conductive plates. For decades, researchers have tried to incorporate them into structural materials, such as the concrete used in roads and buildings, or the carbon composites used in automotive and aircraft bodies. Unlike today’s best batteries, supercapacitors typically use nonflammable electrolytes, making them safer.

The problem is that cement, a primary ingredient in concrete, is normally a poor electrical conductor. So, in recent years, several groups have made structural supercapacitors by spiking cement with highly conductive forms of carbon, such as graphene or carbon nanotubes. Although these perform well, the ingredients are expensive and hard to produce in the massive volumes used in the cement industry, notes Franz-Josef Ulm, a civil engineer at the Massachusetts Institute of Technology (MIT).

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In search of a cheaper alternative, Ulm and his colleagues turned to an age-old form of powdered carbon known as carbon black, which has been used since antiquity as a black pigment. Cheap and globally abundant, carbon black is also highly conductive.

Ulm and his team mixed a small percent of carbon black with cement powder and added water. The water readily combines with the cement. But because the particles of carbon black repel water, they tend to clump together, forming long interconnected tendrils within the hardening cement that act like a network of wires.

Ulm and his colleagues cut this wired cement into small plates, creating supercapacitors 1 millimeter thick and 1 centimeter wide, about the size of a button. After adding a membrane, an electrolyte made from potassium chloride—a simple salt—and water, the researchers sealed the sandwich structure. When they then connected a wire to the plates and flipped a switch, cement supercapacitors lit up a series of LED lights.

If carbon black cement was used to make a 45-cubic-meter volume of concrete—roughly the amount used in the foundation of a standard home—it could store 10 kilowatt-hours of energy, enough to power an average household for a day, the team reports today in the Proceedings of the National Academy of Sciences. If the same approach were used to build roads, parking lots, or driveways, electrified concrete could store renewable power and deliver it to electric cars via inductive chargers. One approach might be sending electricity to the underbellies of cars via copper coils embedded in the roadway—a bit like how wireless chargers charge smartphones. Such technology is already being developed in Germany and the Netherlands.

By offering a cheaper alternative to more expensive batteries, electrified cement could also make storing renewable power more affordable for developing countries, says Admir Masic, a chemist at MIT and a co-author of a study. “This puts us into a new space for energy storage at prices accessible anywhere in the world.”

To succeed, researchers will need to scale up the button-size plates. Doing that isn’t trivial, Nguyen notes. As supercapacitors get larger their electrical conductivity typically declines, making it harder to inject and extract energy from them. One solution, Ulm notes, is to simply add more carbon black to the mix—but not so much that it weakens the structural integrity of the cement. For structural concrete, the researchers found they could add up to 10% carbon black without compromising too much of its strength. Ulm says the group has patented its technology and is now working to scale it up to match the output of a 12-volt car battery..."

"Turning Buildings into Batteries? Concrete Battery Storage Explained"

"DIY Cement Batteries - What!"

"To be clear, contaminating the world with RADIATION is not a providing a “service.” RADIATION deployment is BIOLOGICAL WARFARE because RADIATION can potentially be a weapon and is harmful to people and all of nature"
https://
"Parchin, N.O., Mohamed, H.G., Moussa, K.H. et al. An efficient antenna system with improved radiation for multi-standard/multi-mode 5G cellular communications. Sci Rep 13, 4179 (2023). doi.org/10.1038/s41598-023-31407-z
In fact, all the “G’s” are marketing terms for Radiofrequency/Microwave (RF/MW) RADIATION"
zero5g.com/2023/dod-5g/
"Photo Credit: AD
Scientific Evidence
> 1,000 µW/m² = Extreme Hazard
Link To Biologically-Based RF Microwave Radiation Exposure Guidelines
WiFi Is an Important Threat to Health

Not only is RADIATION hazardous POLLUTION, but it is also a weapon and mechanism with which to wage informational and psychological warfare against populations.
*Many are aware of the role of the Department of Defense (DoD) leading the C19 war on humanity via Operation Warp Speed bioweapons*
DOD and the National Telecommunications and Information Administration Launch 2023 5G Challenge for Open RAN with an Eye Toward Future Base Modernization > U.S. Department of Defense > Feb.2, 2023 Release"

"In the U.S., the Department of Defense (DOD) is leading the charge (to contaminate the environment) with (“5G”) RADIATION in partnership with the Institute for Telecommunication Sciences division of the National Telecommunications and Information Administration (NTIA) from the Department of Commerce.

Microwave antenna networks (“5G”) are the foundation for global biometric surveillance, Artificial Intelligence (AI), Central Bank Digital Currency (CBDC), hackable voting systems, satellite weapons, weather modification, and other globalist activities"

"The problems with the DOD, NTIA, and Department of Commerce-UN ITU partnership include the fact that the UN ITU is the world’s standardizing body for “5G.”

The UN ITU is an unelected organization dedicated to the installation of a world government ( via Agenda 2030), whose biggest contributor is China.
Microwave antenna infrastructure (5G-6G+AI) to be used as a permanent digital prison is a globalist collaboration by UN Member Nations and leaders of nations, in violation of legitimate governance, individual liberty and national sovereignty.

Public consent, ethical principles, and environmental protection are absent from DOD / UN ITU deployments of microwave antenna systems (“5G”) worldwide.
Link To United Nations International Telecommunications Union (ITU) Members
Related
2019 DHS Strategy for Integrated Biosurveillance"

"Civilian leadership to assert local control in order to prevent deployment of microwave antennas and networks is a critical step toward cleaning up RADIATION (“5G”), boosting national security and stability and most importantly, saving life on Earth"

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