In fact, the anti-energy barrier is essentially a spatial shield. Since so organizations have already discovered the spatial shield and have researched its characteristics, it’s only a matter of ti before this knowledge becos public. It might as well be disclosed openly and candidly.
There are benefits to sharing developnt information publicly, for it allows for greater depth of research into the spatial shield, which in turn helps to maintain international discourse power in anti-gravity technology. Moreover, it reflects the bold spirit of the tech field, showcasing a willingness to publish findings outright, without fear that other organizations will catch on and develop sothing new along the sa lines.
After Ruan Wenye had finished his report, he stepped down from the stage and returned to his seat.
Next, it was the Institute of chanics’ turn.
The Institute of chanics had applied in advance to submit a research report, securing the second spot in the agenda.
What should have been an honor left Hols Bent in a state of bewildernt; he stood up in a daze, unsure if he should even approach the podium to present.
"Give a report?"
"You’ve said it all, what more is there for to say?" Hols Bent paused for a long while before he gritted his teeth, mustered up the courage to ascend the stage and said, "What a coincidence, we’ve made the sa discovery."
And that was it.
With an awkward gait, Hols Bent descended from the stage, but everyone understood his reaction.
To be elated by a novel discovery you’re about to showcase, only to find out soone else has already conducted more extensive research and presented it in greater detail beforehand?
That’s mortifying!
——
In the end,
The Anti-Gravity Technology Association’s conference still revolved around the local anti-gravity research team. Other participating organizations made so minor discoveries, while so rely reported improving their anti-gravity devices by replacing so parts for better performance.
And that was all.
Without theoretical breakthroughs, such discoveries were not very significant. As for improving device performance, there were many possible approaches.
Ruan Wenye’s report was of great significance to other research organizations because he pointed out that researching the spatial shield necessitated a rearrangent of internal high-energy beams, along with an increase in the operational power of the equipnt.
This effectively provided a direction.
However, the technical precision required to rearrange the internal beam apparatus is intricate and cannot be completely made public.
The conference of the Anti-Gravity Technology Association was public, and nurous dia outlets promptly published reports indicating that in-depth research into the "anti-energy barrier" had been conducted dostically.
Subsequently, the public discourse revolved around the spatial shield, discussing its potential future applications.
Soon,
An academic paper published in the "Journal of Mathematical Physics" steered public opinion in a new direction and caused a stir in the physics community.
The title of the paper was "Particle Degradation in Anti-Gravity Environnt."
The paper was authored by Zhao Yi.
It’s understandable to share ’academic research information’ periodically, especially since there has been a period of anti-gravity research with many foundational discoveries internationally.
Zhao Yi was thus in a position to publish related fundantal research findings.
Also, it laid the groundwork for the public announcent of ’controlled nuclear fusion device research.’
The magnitude of research into nuclear fusion devices is so vast that complete secrecy is nearly impossible.
Since total secrecy cannot be achieved, it’s better to conduct research openly and even enable other organizations to partake in related developnt.
But the disparity between their starting points is too great.
Even if it is known that an anti-gravity environnt causes particle degradation, aning that nuclear fusion can be controlled under anti-gravity but requires reliance on the spatial shield, just publicly disclosing the discovery of the spatial shield along with so of its characteristics isn’t enough. How to utilize the spatial shield, such as ’creating a hole’ in it, or stabilizing its size, scale, and duration, is incredibly difficult. Without relevant fundantal theories, such research might not yield results for decades.
Therefore, it’s possible to make such information public, and the effect of doing so has indeed t expectations—
There was an uproar in the physics community!
"Particle Degradation in Anti-Gravity Environnt" posited a core conclusion that, in an anti-gravity environnt, particles would have a maximum speed below that of light, and this maximum speed would vary with the strength of the anti-gravity environnt.
This challenged a long-held notion in physics.
Previously, it was universally acknowledged that, in any environnt, the maximum speed of particles is the speed of light.
Moreover, particle degradation also prompted scholars to consider another implication—
Could an anti-gravity environnt slow down ti?
User Comments
0 comments from readers