Study of Anti-Hydrogen and Plasma Physics 6.Next Generation Traps for Confinement or Extraction of Antihydrogen Atoms

Abstract

Conditions required for magnetic confinement of antihydrogen atoms are briefly described. Then, several ideas of antihydrogen confinement in minimum-B fields are introduced with some comments. Two methods for extracting antihydroten atoms from their synthesized region are also described. Paul trap with a superconducting wall cavity has the potential to trap antihydrogen atoms in a space with no steady magnetic field.