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Jason Singh’s – Theories
editTheory - Solar Sphere - 11/16/24
editThe Written Theory
editMy theory is basically harvesting the energy of our home star using 2 existing theories,
The Wireless Electricity theory, by Nikola Tesla, I will be calling this “TWE” for easy understanding, the second theory is the theory of the dyson sphere by freeman dyson, I will be calling this the “TDS” for easy understanding, TDS will be a semi-sphere orbiting the sun always facing the sun side that is not facing at the earth so we can still experience the full sun, to use TWE it would be needed to station many Transmitters, And Receivers on a ISS like satellite but much smaller depending on the range of TWE Transmitters and Receivers, most likely it would take days for the electricity to reach earth, when it does reach there would be an island on point nemo so that the coils/wires do not interfere with ships, and airplanes, together all of this would result in the Solar Sphere, if this turns out to be possible we could perhaps expand this to an intergalactic level by harvesting neuron stars, also sustaining life on other planets we are soon to conquer.
– The Use of Dyson Sphere in Depth
editThis is a very easy to understand theory if you cannot understand here is the full article (Simple, Everything), anyways the dyson sphere is a hypothetical megastructure in which a mega sphere is built around the sun to harvest the energy, using satellites and other mechanical bits, the flaw of the dyson sphere is that there is no way to transmit the energy back to earth and no way to still experience the full sun on earth, in result I would try to remove all the flaws simply and then complexly, The simple way is just to cut the sphere in half and go on from there but the sun moves very fast and is extremely scorching hot, now the complex part what I would do is I would still cut it in half but adding AI tech to move accordingly to the sun's heat and the sun’s orbit so it never interferes with the sun facing the earth, this process is highly complex but is easy to understand so far in 2024 we have not developed the technology to go through with this method, also the sun is always shifting and ejecting solar flares, getting hotter or colder this is quiet a unreliable method but this is the best one so far
– The Use of Wireless Electricity in Depth
editThe Theory of wireless electricity is not fully completed.
The Mathematical and Reality Theory
editSo far, we have concluded the Dyson Sphere Theory, But the theory that has not been finished is the Wireless Electricity, I will attempt to finish this theory.
“The whole of this globe…quiver” – Nikola Tesla, the quote of what he said would happen to the earth if this project came alive.
First thing we have to consider that Nikola Tesla lived way long ago, 1856 – 1943, so he might have not had access to the technology we have right now, but now humans have come with AI, so I would be using AI to help me on things I do not understand, now ai is untrustable so if I could get anything wrong at any point and that would throw me off and might make this theory untrustable.
Let's Begin. I have asked AI (Talk Ai) and it has outputted 2 explanations one Complex and one Simple Here it is.
AI
Nikola Tesla's exploration of wireless electricity was rooted in his understanding of electromagnetism and resonance. Central to Tesla's approach was the concept of alternating current (AC), which allowed electricity to be efficiently transported over long distances using transformers and inductive coupling.
1. Tesla Coil: At the heart of Tesla's wireless transmission system was the Tesla Coil, which is a type of resonant transformer circuit. It consists of:
- Primary Circuit: A coil connected to a power source, generating a magnetic field when current flows.
- Secondary Circuit: A coil placed in proximity to the primary, where the magnetic field induces a current via electromagnetic induction.
The relationship between the primary and secondary coils is governed by the principles of resonance. When both coils are tuned to the same frequency, energy transfer is maximized, allowing for high-voltage generation.
2. Resonance and Electromagnetic Waves: Tesla discovered that oscillating currents in the primary coil create electromagnetic waves that can propagate through space. By tuning the secondary circuit to the same resonant frequency, the coils can efficiently exchange energy without physical connections.
3. Ground and Atmospheric Energy: Tesla theorized that the Earth and atmosphere could serve as conductive mediums for his wireless energy transfer. He posited that the Earth could act as a giant capacitor, storing and transmitting electrical energy. His experiments, particularly at the Wardenclyffe Tower, aimed to harness this principle by creating standing waves that could deliver power over large distances.
4. Impedance Matching: For effective power transfer, impedance matching is crucial. Utilizing transformer ratios and resonant circuits, Tesla was able to optimize energy transfer efficiency, thereby overcoming resistive losses associated with typical conductive systems.
5. Applications: Tesla envisioned a future where electricity could be transmitted wirelessly to power homes, devices, and even vehicles, making energy universally accessible. However, the lack of financial backing and the rise of competing technologies limited the realization of his vision.
Nikola Tesla was an inventor who wanted to send electricity without using wires, so people could have power more easily. Here’s how he thought it could work:
- Tesla Coil: Tesla made a special device called the Tesla Coil. It has two coils of wire: one is connected to a power source, and it creates a magnetic field. The other coil, which is nearby, uses that magnetic field to generate electricity without any wires connecting them. This is a bit like how some wireless phone chargers work today!
- Resonance: For the two coils to work well together, they need to be "in tune" with each other, kind of like how a guitar needs to be tuned for the best sound. When both coils vibrate at the same frequency, they can transfer energy really efficiently.
- Using the Earth and Atmosphere: Tesla believed that the Earth itself could help transmit electricity. He thought of the Earth as a big battery that stores energy. If he could find a way to send energy into the Earth and have it come back out somewhere else, he could power things from a distance.
- Getting the Most Power: To make sure he got the most energy transferred, Tesla had to match the coils perfectly. It’s similar to making sure a puzzle piece fits exactly so you can see the whole picture.
- His Dream: Tesla dreamed of a world where people wouldn’t need to pay for electricity or have electrical wires everywhere. He pictured power being available to everyone, everywhere. Unfortunately, he didn’t have enough support to make this happen in his lifetime, but his ideas laid the groundwork for many technologies we use today.
In a nutshell, Tesla's work with wireless electricity was about creating devices that could send power through the air instead of through cables, using forgotten or underestimated principles of physics, and imagining a future where energy was free and accessible to all.