But for Xu Chuan, with his two lifetime experience and keen senses on the frontline of high-energy physics, this is not a particularly difficult thing.

The collision experiment at the 50 Tev energy level has revealed to him a corner of the mysterious properties of dark matter particles in chaos.

At the same time, Edward Witten, who was standing next to Xu Chuan and staring closely at the surveillance screen, also had a hint of disbelief in his eyes and muttered to himself.

"God, it is actually possible for inflation to exist at multiple different energy levels..."

Perhaps he was not as sure as Xu Chuan, but as he was also proficient in mathematics and particle physics research, he obviously also noticed something unusual in these rough preprocessed data.

Although this does not help him be 100% sure, after all, even if there are indeed dark matter particles of different masses, the answer will only be given after detailed analysis of experimental data and an accurate Dalitz diagram.

But there is no doubt that the possibility of the void field and dark matter theory proposed by his student to be on the right path has increased a lot.

At the same time, on the other side, Professor Gerner Hamilton from the Germanic Planck High Energy Physics Laboratory also frowned and looked thoughtfully at the raw data that had only been preprocessed, with a somewhat complicated expression on his face.

As the first scholar to discover the phenomenon of abnormal energy level explosion during the detection of dark matter, Xu Chuan and Witten may not be as familiar with these experimental data as he is.

Although his mathematical physics ability is not as good as the previous two, he cannot accurately identify new phenomena from these raw data.

But when he looked at these experimental data, an idea couldn't help but pop up in his mind.

Perhaps, their physics may really enter a new era.
Chapter completed!