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The alignment correlation terms in the β-ray angular distributions from the purely spin aligned mirror pair  12 B(I π = 1 +  T 1/2  = 20.2ms) and  12 N(I π  = 1 + ,T 1/2  = 11.0ms)were precisely measured to place a new limit on the G-parity conservation law. For the creation of the alignment, the spin manipulation technique was applied, which utilized the nuclear quadrupole interactions. The - parity violating induced tensor coefficient was determined to be 2Mf T /fa = -0,15 ± 0,12 ± 0,05 (theor.), which is consistent with the theoretical prediction based on QCD in which 2Mf T /f A  is proportional to the mass difference between up and down quarks which constitute the nucleon. Also determined the axial charge to be y= 4,90±0,10 (90% CL). From the result, we have found that the nucleon mass inside the nucleus is reduced (16 4)% relative to the free nucleon mass

Spin Manipulation by Use of Nuclear Quadrupole Interactions – Quarks and Medium Effects in the Nucleus