Higgs boson enables the Standard Model (SM) to be established. However, we do not know much about dark matter which occupies approximately six times of the SM particles in universe besides having mass. The interactions of dark matter is much weaker than that of the SM. Further, its mass range is very wide, from the order of eV to PeV. Therefore, many experiments have contributed to search for dark matter by indirect, direct and accelerator research. This paper reviews researches on dark matter using accelerator, especially the e+ e− collider, from the viewpoint of experimental high energy physicists.

1. INTRODUCTION
 2. DARK MATTER WITH e+ e− COLLIDER
  2.1 Notation
  2.2 Dark Sector Type
 3. RESULTS
  3.1 Overview
  3.2 KLOE Experiment
  3.3 BES III Experiment
  3.4 BaBar Experiment
  3.5 Belle Experiment
  3.6 Belle II Experiment
 4. SUMMARY
 ACKNOWLEDGMENT
 REFERENCES

• Insung Yeo, Kihyeon Cho(Korea Institute of Science and Technology Information) Corresponding Author