First, representatives from various groups presented reports on space technology research and developnt, with a total of six representatives speaking.
The eting then discussed each technology proposed and finally voted on them.
In the end, the eting decided on three core technology projects for key research and developnt, including anti-gravity decompression lift technology, space engine technology, and solar power technology.
Anti-gravity decompression lift technology uses anti-gravity to accommodate environntal factors (such as a vacuum or atmospheric environnt) to achieve decompression lifting, the maximum efficiency of which reduces energy consumption and increases lift-off speed and safety.
Space engine technology refers to the operation of engines that propel spacecraft during space travel, which can also be understood as space propulsion technology.
The environnt in space differs from the atmospheric environnt, where ordinary aircraft use turbo engines, relying on aerodynamics for forward thrust.
In the vacuum of space, where air is either absent or negligible, air cannot be used as a driving force, making engine developnt in vacuum conditions a completely new research field.
The main purpose of space engine technology research and developnt is to make anti-gravity spacecraft more agile in space.
The existing technology for space shuttles involves using fuel for direct propulsion, which is energy-intensive and not very effective. This includes space shuttles used in experintation, which consus a lot of energy in a direct, cumberso way.
The developnt of space engine manufacturing holds significant aning for future space exploration.
Lastly, there is solar power technology.
It’s impossible for small spacecraft to install nuclear fusion power units, and they rely on fossil fuel power, making energy very important for these vessels.
If it’s possible to supplent with solar power when energy is low, this can make the power supply more ample. Moreover, when the energy runs out, spacecraft can rely on solar power to slowly return or send tily distress signals instead of getting lost in the vast universe. In summary, the developnt of solar power is one of the key technologies for ensuring energy supplentation and safety.
While determining the three core technologies, the eting also finalized nine minor technology developnts, including precision recovery of large space equipnt, high payload design research for vacuum environnts, space safety maintenance research, capture technology, and more.
With Yixing Aerospace Technology’s research projects set, the focus now is to quietly engage in developnt and accumulate relevant technology.
anwhile,
Public discourse related to space shuttle experints continued to gain montum, with the primary focus on Anti-Energy barrier research.
The Aerospace Bureau confird that one of the core technologies of space shuttle technology is the Anti-Energy barrier technology, encouraging organizations to intensify research on Anti-Energy barriers.
The Institute of chanics was one of these organizations and arguably the most outstanding.
After months of continuous experintation, they published an experintal report confirming the discovery of a mysterious type of radiation.
Previously, the Institute of chanics announced that the mysterious radiation was a second type of electromagnetic wave, and now they have more conclusive discoveries.
"We now believe that it is not an electromagnetic wave because we have discovered that this mysterious radiation can increase electric current and combine with plasma materials," said Belenko Gilgilgrin in an interview.
"So we think that it enhances the efficiency of particles."
"Working together with the HL team from O Continent, we reached the sa conclusion. Through continuous experintal analysis, we believe that this mysterious radiation is a particle wave similar to light waves."
"This is a new kind of particle. It cannot be detected by existing scientific thods yet it can combine with active particles, increasing their activity. To so extent, we can say it enhances the energy of the particles."
"If we’re speaking from a physics perspective, it resembles fire in that it can heat material, thereby increasing the material’s energy."
"And next, we will be fully committed to the research of these new particles."
"I can say with certainty that in the coming months, we will be able to identify this new type of particle and analyze its specific functions."
Belenko Gilgilgrin spoke with great earnestness and excitent, because the discovery of new particles was enough for him and his team to achieve the most top-tier accomplishnts in physics.
He was already one of the world’s top physicists; the only honor missing was a Nobel Prize.
Now he was infinitely close to the Nobel Prize in Physics.
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