Pop~

Another bubble popped.

The light sphere transformed into a stream of particles, forming a familiar...

Golden Egg.

Clearly.

The second reward wasn't that special, it was an Easter egg like the last time.

The Easter egg in the 1665 dungeon had surprised him for quite some time; I wonder what this one will be like?

Based on the properties of the Halo.

No matter how much variation occurs in the parallel worlds of the dungeon, it seems there's little feedback on the already settled historical line of the real world.

After all, the reason it's called an Easter egg is because of its trivial 'size'.

It's just that I encountered quite a few people in the 1100 dungeon and also created a lot of things; I wonder which one of these will turn out to be an Easter egg?

With an expectant heart, Xu Yun waved his hand and the Easter egg naturally disappeared.

Then he pointed at the third light sphere.

After the photo album and the Easter egg, what kind of reward will it be this time?

Another crisp 'pop'.

A few seconds later.

An ancient-looking paper floated into Xu Yun's hand.

Xu Yun instinctively pinched it.

The hardness of this paper was much lower than Little Niu's Thought Card, so it shouldn't be a Thought Card item.

Sure enough.

When Xu Yun flipped it over, a large row of mathematical formulas appeared in front of him:

4D/B2=4(√(D1D2))2/[2D0]2=√(D1D2)/[D0]=(1-η2)≤1....

{qjik}K(Z/t)=∑(jik=S)∏(jik=q)(Xi)(ωj)(rk); (j=0, 1, 2, 3…; i=0, 1, 2, 3…; k=0, 1, 2, 3…)

{qjik}K(Z/t)=[ xaK(Z±S±N±p), xbK(Z±S±N±p),…, xpK(Z±S±N±p), …}∈{DH}K(Z±S±N±p)....

(1-ηf2)(Z±3)=[{K(Z±3)√D}/{R}]K(Z±M±N±3)=∑(ji=3)(ηa+ηb+ηc)K(Z±N±3);

(1-η2)(Z±(N=5)±3): (K(Z±3)√120)K/[(1/3)K(8+5+3)]K(Z±1)≤1(Z±(N=5)±3);

W(x)=(1-η[xy]2)K(Z±S±N±p)/t{0, 2}K(Z±S±N±p)/t{W(x0)}K(Z±S±N±p)/t........

The final formula... or rather a value is:

Le(sx)(Z/t)=[∑(1/C(±S±p)-1{∏xi-1}]-1=∏(1-X(p) p-s)-1.

Looking at this paper, Xu Yun frowned slightly:

"Is this.... the renormalization combinatorial coefficient and analytic continuation?"

"And infinitely layered symmetrical and asymmetrical logarithmic circles and topologies?"

"What's the purpose of this?"

Although due to time constraints, he couldn't immediately understand what was written on this paper.

But from (jik=q)(Xi)(ωj)(rk), it's not hard to see that the final Le(sx)(Z/t) should be a ratio.

However, just knowing it's a ratio isn't sufficient, to be blunt, merely knowing this doesn't carry much meaning.

For example, the golden ratio is a ratio, an airplane's aspect ratio is a ratio, and pi is also a ratio.

Yet their application fields are vastly different, and the values they create vary significantly.

But...

Besides this paper, nothing else came out from the light sphere, not even the anticipated light screen appeared.

Xu Yun silently put away the paper, intending to return to reality later to study it carefully.

Then he turned his gaze back to the front and opened the fourth light sphere.

Pop～

With the light sphere's shattering, instead of Arsenal's team emblem, a large copper cauldron appeared.

The cauldron was initially only the size of a cola can, but quickly began to enlarge.

By the end, its height had reached nearly six meters.

A few seconds later.

The cauldron suddenly exploded in mid-air.

"What the heck!"

Unprepared, Xu Yun's first reaction was to cover his head with his hands, but soon, he realized there was no sensation of objects falling on him.

He looked around in confusion and saw that there was no trace of the cauldron in the entire space, as if it had never appeared.

In its place, there was a light screen:

[Congratulations to the Wall-Facer for obtaining an epic reward: National Fortune +1].

The confusion in Xu Yun's eyes deepened:

"National Fortune?"

What on earth is this?

And in the external world, which he temporarily couldn't access.

Almost at the same time.

From Zengmu Ansha in the south to Mo River in the north, a small rain suddenly started to fall across the country.

Normally speaking.

Winter rain is often wet and cold, hitting the face with a piercing chill, making one feel extremely uncomfortable.

But this rain was different.

It was neither mist nor line, neither tangible nor intangible, carrying a warmth that seeped into people's hearts…

Additionally, this rain came quickly and went quickly, lasting only about five minutes.

Many people hadn't even reacted before it stopped.

With the fall of this gentle rain.

Across the Shen Zhou Continent.

Some unknown changes began to quietly take place.

USTC.

National Synchrotron Radiation Laboratory.

As the first national laboratory in our country, Ke Da Tongfu, although it lacks equipment related to high-energy collisions.

In reality.

Apart from the large detectors at the collision point and the vacuum beam pipeline, other equipment can be considered almost identical to a collider.

The maximum electron energy after acceleration by this equipment is 800MeV, just reaching the GeV level, hence Tongfu often undertakes some acceleration measurements.

Today.

USTC's Zhao Zhengguo, an academician, was leading a team conducting a decay measurement on the transverse polarization of Lambda hyperons.

As is well known.

Lambda hyperon is the lightest hyperon.

It was first discovered in cosmic ray experiments in the late 1940s and got its name because it is heavier than a nucleon.

In 1956, Elder Li and Elder Yang proposed non-conservation of parity in weak interactions, suggesting the study of hyperon decay to test their idea.

Thus, Lambda hyperon has always been a cutting-edge research project.

For instance, this time.

Zhao Zhengguo's team spent three months polishing the plan, at a cost of nearly ten million in R&D, to finally conduct today's decay detection experiment.

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