Their first experiment will involve nudging the trapped anti-atoms with microwaves.
他们的第一次实验将会用不同频率微波轻推被困的反原子。
If the frequency of these microwaves is just right, they will flip an anti-atom s spin.
如果这些微波的频率恰到好处,他们将会使这些反原子产生自旋翻转。
That reverses the polarity of the atom s magnetic field and ejects it from the trap.
这就会改变原子原来的极性和磁场,原子就会从磁阱中弹出去。
The frequency needed to do this can then be compared with that which flips the spin of anordinary hydrogen atom.
这些测试的频率将会与翻转普通氢原子的频率作对比。
If the two turn out to be different, it will point towards the nature of the mysterious cosmicasymmetry.
如果两个频率是不同的,那么它将会指向神秘的宇宙不对称性。
Besides being of huge interest, such a result would also have a pleasing symmetry of itsown.
除了巨大的兴趣外,这样的结果对于本身也将是一个值得欣喜的对称。
The original discovery of antimatter was a nice example of theory predicting anundiscovered fact. This would be a fact that repaid the compliment by predicting anundiscovered theory.
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