Fermi Lab or Discovering "God Particle" Mystery Signal

Fermi Lab or Discovering "God Particle" Mystery Signal

Fermilab CDF Collider Detector.

According to foreign media reports, scientists at the Fermilab Tevatron in Batavia, Illinois, will soon announce that the discovery of the Higgs boson will be announced soon. There was a "interesting episode" when analyzing data. Although this house-sized super particle accelerator has been "retired" and completed the mission of high-energy colliding experiments, there is still a large amount of data that has not yet been analyzed.

In the trillion-volt particle accelerator CDF experiment, Rob Roser, chief researcher, revealed that the data obtained from Fermilab's accelerator hides some "evidence" that can be used to support the collision of large Hadrons at the European Nuclear Center. As a result of recent research, specific "evidence" will be announced next month. At the same time, Robert Powell of the American Association for the Advancement of Science stated in a meeting on Friday that the hidden content in Fermilab's lab data will be some "interesting" results, but it remains to be seen.

However, what does Robert Rose mean? After the retirement of the trillion-volt particle accelerator, physicists were not left idle. The CDF detector recorded billions of particle collision data for subsequent analysis. After screening these data, a mysterious The signal has begun to show. This signal appeared near 125 Gigawatts of electrons. The Large Hadron Collider scientists in Europe are also studying this energy range. This means that scientists suspect that the Higgs boson may be hidden in it.

However, the Fermi laboratory's analysis of the signal is only a hint, Roberts had previously believed that the findings to be announced next month will depend on the "three sigma" results used by physicists to verify signal certainty and reliability. The "three sigma" signal means that there is still an error of 0.1%, that is, the signal has noise or some statistical anomalies. The Large Hadron Collider scientists at the European Nuclear Center stated that they can reach 4.3 Sigma, which means that the signal is 99.996% may be true and reliable, and 0.004% may be a murmur. The results of the European Nuclear Center were derived from the compact muon spiral magnetic field detector (CMS) and the loop LHC experimental detector (ATLAS).

Therefore, the Large Hadron Collider (LHC) and the Trillion-Volt particle accelerator still require further data analysis and more collision experiments in order to raise the signal to the 5 Sigma standard, which is also called The "gold standard" means that the authenticity of the signal has reached an unprecedented level and the probability of noise is only one millionth.

2012 was a very exciting year for particle physicists and it was discovered how the Higgs boson looked for a needle in a very large grasshopper, like an "epic game." It is precisely because the particles are hard to find, Fermilab scientists found in the European Nuclear Research Center before the Higgs boson's "mystery prompt" and excited, but have to say since 2010, the European accelerator The performance is perfect and it beats the Fermi laboratory's trillion-volt particle accelerator in collision energy and sophistication.

Ultimately, the collider's energy may determine the outcome of the "particle wars." Fermilab's trillion-volt particle accelerator has a maximum energy of one trillion volts, and the rising energy of the large Hadron Collider is the highest. Up to seven times the former. When the trillion-volt particle accelerator came to power, Fermilab scientists devoted their energy to the analysis of large amounts of data, while the European Nuclear Center continued to increase its collision energy. To be sure, this pile was hidden. The "Quantum Grasshopper" of the Higgs boson is gradually shrinking. (Text / Tencent Technology)

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