"I’ve had a few students of mine, but I’ve declined or simply didn’t respond to the students. However, there are a few old friends I truly wish could co,"
"Who are they?" Zhao Yi asked with interest.
Edward Witten listed several nas, "Boers, Hittlovsky, Belette, and a few others."
Among these people, so were known and so not, but each na recognized was that of a top mathematician or physicist.
Zhao Yi said, "If they really want to co over to work, they can apply through the normal channels. As far as I know, the policy has been to actively recruit talent lately, especially in theoretical fields."
"If they are willing to work here, certainly there won’t be any issue with the treatnt."
This assurance was still possible to give.
Ten years ago, dostic scientific research treatnt couldn’t keep up with that of foreign countries at all, with salary levels being just one telling indicator, differing by several multiples.
But in recent years, dostic support for scientific research has increased. Funding for research-related activities has risen steadily, and with substantial cuts in administrative positions, both the status and treatnt of research personnel have seen significant improvent.
While there is still so difference in salary at the sa level, the gap is not as pronounced anymore.
Additionally, there are a few world-class projects in China, which are at the cutting edge of new technology and not found abroad – highly attractive to top talent.
Thereby, many leading talents wish to develop their careers here because they recognize that China has access to the leading edge of scientific technology.
In many fields nowadays, China can be said to be the core of technology.
Dostically, policy-making focuses on actively attracting talents, including easing green card application processes, as one example. It has beco relatively easier for scientific researchers to apply for green cards.
For instance, Nobel or Fields dal laureates, provided they are residing and working in China for an extended period, can apply directly for a green card.
However, engaging in confidential research still presents significant challenges.
Qiu Chengwen finally arrived.
Qiu Chengwen ca late and said with a hint of apology, "I had to deal with a lot of work in advance, my apologies for coming so late."
In fact, Qiu Chengwen was sowhat nervous because this was his first ti participating in such research. He was familiar with anti-gravity technology, but had no knowledge of Z-waves.
Similarly, Edward Witten was a bit tense as well. They both understood just how crucial Z-wave research was, and knew that by joining Z-wave research, they would likely be unable to leave China for the rest of their lives, at least until the details beca public worldwide.
This was the nature of technology with the highest level of confidentiality.
But still, they ca.
The main reason was that the allure of Z-wave technology was simply too great.
This represented humanity’s most cutting-edge research to date and was connected to space compression and space shuttle technologies, touching upon the pinnacle of physics.
But of course, it was far from the pinnacle.
At least that’s how Zhao Yi saw it. After everyone had arrived, he began discussing the issues encountered in the experints.
"We created nuclear fusion out of thin air," Zhao Yi started astonishingly, "plainly speaking, we created nuclear fusion in a vacuum."
"Based on my own speculation, it appears there was particle transportation through space. By combining Z-wave technology and spatial transport, we found particles that had undergone spatial jumps, appearing in a completely sealed vacuum, triggering a fusion reaction."
"Up to now, we don’t have definitive experintal conclusions, but we can be sure that the sa experint will yield the sa results."
"So, the best approach is to research it theoretically."
Zhao Yi continued, "My idea is to conduct a spatial analysis. Only by gaining a deeper understanding of space can we address why particle transportation is occurring."
Edward Witten, Qiu Chengwen, and even Zhang Qican were amazed. They hadn’t expected to hear such major news right away.
Nuclear fusion occurring out of nowhere?
Particle transportation?
Isn’t the latter essentially material teleportation?
Edward Witten, his mouth agape in surprise, said, "So, are you suggesting our research is trying to create a magic circle? Directly connecting two separate places?"
"Good Lord, this is simply incredible!"
"If it weren’t you saying this, I would think I was listening to a tale of magic."
Qiu Chengwen nodded his agreent.
Material teleportation essentially ant a magical circle, right? In China’s myths and legends, there seed to be no similar ’technology.’
This was sheer fantasy!
Zhang Qican, on the other hand, was more composed. Having worked with Zhao Yi on the research for so long, he had developed a more equanimous perspective.
After briefly introducing the topic, Zhao Yi spoke about the direction of the research, "We won’t just be providing you with so theoretical content regarding space, and our research is not about continuing to delve deeper but about discussing the possibilities of particle transport from other angles."
This was the direction of the research.
Zhao Yi’s research wasn’t about bringing all spatial theories to the table for everyone to understand together, and to continue deeper investigation, but rather, it was hoped to address the problem from different perspectives, using mathematical thods to analyze it.
Edward Witten’s forte was string theory, while Qiu Chengwen’s specialty lay in Einstein-related theories.
Zhang Qican was on a similar level to Zhao Yi – among everyone, he had the deepest understanding of spatial mathematics, and in terms of the theories related to the latest technology, his understanding was second only to Zhao Yi.
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