Review of dark matter and detect dark matter using collider

Summary

This review introduces dark matter, the Large Hadron Collider (LHC), and the Circular Electron-Positron Collider (CEPC), detailing dark matter properties, evidence, theories, and detection methods at these colliders.

Key findings

• Dark matter has fundamental properties and evidence supporting its existence.
• LHC detection methods include missing momentum signals, bump hunting, and WIMP zone limitations.
• CEPC offers benefits for locating dark matter.

Methods

• Review of existing literature on dark matter.
• Discussion of theoretical frameworks for dark matter.
• Description of experimental setups and detection strategies at LHC and CEPC.

Limitations

• The review is a brief introduction.
• Specific details on the 'three dark matter profiles' are not elaborated in the abstract.

Applications

• Guiding future dark matter detection experiments.
• Informing theoretical research on dark matter candidates.