Super God-Level Top Student

When Qiao Ze's voice reached Bai Ziyu's ears, this usually composed dean was unexpectedly stunned for a moment before asking in confusion: "Collider? What collider?"

It's hard to blame Bai Ziyu for being clueless, he had to question such a good thing at first.

The main reason is Qiao Ze's way of asking, it would confuse anyone.

Fortunately, Qiao Ze wasn't upset and explained: "Similar to CERN's LHC, the preliminary design has a maximum energy set to match LHC's 1.3 billion electron volts, with around 1.2 billion collisions per second.

The main detector includes ATLAS, CMS, LHCb, ALICE, among other things, and also introduces a quantum universal analysis and neutrino tracking general device with high-resolution interaction and regional observation network.

Additionally, the magnetic field strength is about 8.61 Tesla. Due to different technology, the magnet operating temperature will significantly increase to 89.7 Kelvin. However, the greatest advantage of this collider over the LHC is its ability to run year-round without needing a months-long maintenance period. Routine maintenance every month for about four days is sufficient."

Qiao Ze simply introduced a few parameters of the new collider, then fell silent.

What it roughly is has been explained very clearly.

But Bai Ziyu was even more confused.

This thing sounds seemingly more advanced than the Large Hadron Collider currently being used at CERN. After all, the LHC's magnet operating temperature is at 1.9 Kelvin, already close to absolute zero. The increased magnet temperature of the new accelerator means less energy consumption.

If coupled with more diverse detectors and easier maintenance, if the Physics College truly acquires such a thing, Xilin University of Technology Physics College would immediately become the second center for high-energy physics research in the world.

Yet there are many issues. For instance, over a decade ago, it cost 30 to 50 billion to build such a thing, possibly even more now. The span of construction for others is roughly several decades. Even if Huaxia speeds things up, it would still take over ten years, by then he would probably be retired.

All these make Bai Ziyu feel that Qiao Ze is joking with him.

Wait a minute, an idea suddenly flashed in Bai Ziyu's mind; today seems to be April 1st, April Fools' Day, a boring holiday that young people like to celebrate.

These thoughts led him to chuckle bitterly: "Professor Qiao, don't joke around. Who doesn't want a collider? Years ago, the entire academic community was abuzz about it. Even Yang personally opposed the idea. The investment is too large; the Science Academy hasn't been able to approve the project, let alone us at the Physics College..."

Bai Ziyu didn't finish what he intended to say, mainly because some of the words felt slightly over-the-top.

Although he felt a tiny Iota of displeasure at Qiao Ze calling him over for such trivial matters, he didn't want to offend Qiao Ze over it.

Qiao Ze remained silent, then glanced at Dou Dou leading Bai Ziyu upstairs, saying: "Introduce it to Dean Bai."

Bai Ziyu was stunned, the next moment he saw the screen hanging in Qiao Ze's office suddenly light up, and Dou Dou's distinctive childlike voice sounded: "Dean Bai, please look, this is a new particle collider designed based on the unpublished Q theory.

Its biggest feature is utilizing classical quantum tunneling effects, introducing nonlinear electromagnetic field correction terms, which can increase the probability of particle barrier traversal. Combined with nonlinear dynamics and PID controllers, it allows dynamic control and adaptive adjustment of the collider to meet different experimental needs.

Paired with the intelligently controlled system we participated in developing and designing, it automatically adjusts the nonlinear electromagnetic field, plasma channel, and particle beam parameters through real-time data feedback and computation models, ensuring optimal collider performance under various conditions.

Of course, the most important aspect is: this technology has not only passed my simulation tests but its construction cost is estimated to be very low. It has already undergone assessment, allowing almost every part to be domestically produced. In fact, I have contacted 193 related manufacturers for technical data.

The estimated cost for a single accelerator is 2.8 billion, with laboratory construction only needing about 300 million, making the total cost 3.1 billion RMB.

Moreover, in the design, the particle accelerator has a power of about 5200 kilowatts, the nonlinear electromagnetic field generation device approximately 2000 kilowatts, plasma channel maintenance equipment 1000 kilowatts, control system 480 kilowatts, and cooling system 1500 kilowatts.

Combining the above data, calculated according to the collider running for 26 days each month, the new collider's monthly power consumption is approximately 6.24 million kilowatt-hours. Wow, a real electricity monster, it consumes even more than me. But the average monthly maintenance cost is only about 300,000, so relatively speaking, it's still quite economical.

However, according to collider requirements, initially, it can be rented to major laboratories around the world for high-energy physics research, especially during maintenance periods for various large-scale devices at CERN, presumably yielding a decent rental price.

If we further utilize our data collection and analysis system, it is far more advanced than CERN's; once scientists worldwide become accustomed to our reports, they are likely to criticize CERN's highly redundant data analysis system significantly.

Therefore, if entrusted with commercial scientific operations, not only can daily expenses be offset, but there is hope in recouping construction costs within three years.

Of course, the low cost means that we can simultaneously build two different types of acceleration devices. As for the reason Dad called you over, it's actually quite simple. We discovered that the school's Physics College does not have a dedicated high-energy physics laboratory, nor any relevant experts. Hence, we wanted to ask your opinion.