One is ’to view the dinsions of space and matter based on the latest technology’?
What is this!
Set aside!
Let the professional mathematicians and physicists study it!
One is ’photonic energy trans-space transmission technology’?
"This—"
"is quite interesting!"
Just to realize the transmission of energy across distances is already quite impressive.
Internationally, there is a technology called wireless charging, which conventionally is understood as ’transferring electric energy via electromagnetic waves or other inductive thods’. In fact, it’s not so; wireless charging rely achieves contact-based inductive charging.
The emphasis is on contact!
Under normal logic, as long as there is contact, it should be called ’wireless’.
The current ’photonic energy trans-space transmission technology’, in fact, involves no contact whatsoever, capable of transcending unimaginable distances to complete the long-distance transmission of photonic energy.
When the senior managent at the upper levels saw the ’photonic energy trans-space transmission technology’, they were all stunned. So knew that Zhao Yi had applied to conduct research with Edward Witten and that it was related to Space Link Technology. Initially, they just thought it was to make so improvents to the Space Link Technology.
Now they realized their own thinking was too naïve. What is this improvent to Space Link Technology? It’s directly a revolutionary upgrade, elevating Space Link Technology to ’Spatial Energy Transmission Technology’.
"If we take it one step further, wouldn’t that an we could achieve matter teleportation?"
"Energy, one step further, is matter!
"That makes sense!"
The higher-ups imdiately convened a eting, where everyone was amazed, and then they discussed the application of the related technology, only to find that they had no way to truly apply it for now.
How to use it?
This technology looks extrely high-end, but seems to have no aning in the civilian domain, and regarding other fields, it’s also unclear how to use it.
They couldn’t figure out how to utilize it for the ti being and thus discussed the problems related to Yixing Technology applying to use this technology.
That of course was not a problem.
However, due to the involvent of extrely high technology, a high-level eting was definitely needed to decide.
After a series of upper-level etings, they agreed for Yixing Technology to use the newly developed technology; the only issues were the ownership of the technology and the question of confidentiality.
For the forr, Zhao Yi also participated in the etings and reached an agreent with the other parties: ownership belonged to the state, Space Information Technology Company, and Zhao Yi personally.
Zhao Yi held a certain proprietary right, while Edward Witten and Zhang Qican could only receive a bonus, as the right to own the latest technology was vested in only one person, Zhao Yi.
The issue of confidentiality goes without saying.
Like the authorization of Z-wave technology use, all technology applications and manufacturing related to space linkage equipnt must involve the participation of Space Information Technology Company.
This wasn’t really a problem.
Yixing Technology is a pure technology company, not a manufacturing company. They research technology and are responsible for design; actual manufacturing is naturally done by other enterprises.
——
After completing the application to use the technology, Zhao Yi began to make a feasibility study for constructing a space energy transmission device that would orbit the sun, focusing mainly on detailed data.
The most important aspects were the total amount of energy transmitted and the consumption of the device itself.
Any energy-supplying equipnt must output more than it inputs because establishing a space link and maintaining an energy transmission channel definitely require energy support.
This part of energy loss might even be greater than what’s needed by the Z-wave satellite to maintain its internal magnetic field and other electrical circuit losses.
Zhao Yi wasn’t looking to do a detailed calculation, as there wasn’t a detailed design yet; he could only estimate an approximate value.
"The receiving end will need at least two hundred kilowatts!"
That was the estimated figure.
The average solar power provided by the solar panels on regular Z-wave Generation Satellites is about 100 kilowatts, considering that only half the ti in a day can solar energy be converted; the average power is about 50 kilowatts.
To maintain a Z-Wave Compression pathway to Mars, the power would need to be increased by more than eight tis, necessitating about four hundred kilowatts, plus two hundred kilowatts for establishing the pathway, totaling approximately six hundred kilowatts.
Zhao Yi then found Professor Zhou Lin, a renowned astronor at the National Observatory, to inquire about the possibility of establishing satellites around the sun, focusing mainly on how far from the sun it would need to be to avoid interference from external strong storms, naly physical storms.
Zhou Lin was extrely patient and kept reminding, "At present, it is impossible to build satellites orbiting the sun. Solar storms, Ray Electron Storms, and strong radiation would all have a devastating effect on satellite devices."
"Academician Zhao, I suggest that you still refrain from considering the construction of satellites orbiting the sun—"
"Gibberish—"
Zhou Lin said a great deal continuously, and Zhao Yi could only listen patiently, only to respond later, "If we only consider physical interference, a hundred thousand kiloters should be sufficient."
"The strong storms on the surface of the sun fluctuate by as much as fifty thousand kiloters. At a distance of one hundred thousand kiloters, there will be no serious interference."
"But it’s not guaranteed; if there is a strong eruption on the surface, even at one hundred thousand kiloters, there could still be so physical influence."
Zhao Yi got his answer.
One hundred thousand kiloters!
According to Zhou Lin’s explanation, one hundred thousand kiloters was basically safe, with only a small probability of physical interference, and the degree of such interference would be minor.
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