Of course.
The value closer to ordinary people in reality might be the second aspect—optimization of electronic devices.
Λ-hyperon decay encryption is also one of the current directions in chip research, and its core lies in the maximum polarization.
Once Λ-hyperons can be cracked, phones, supercomputers, even energy, could all see massive breakthroughs.
As for the current progress in Λ-hyperon research...
Considering that some students are already crying over their failed courses, let's just use some layman's terms, not strictly academic but pretty much on point, to explain:
Maximum polarization can be thought of as the exploration level.
The 26% that Zhao Zhengguo's team achieved represents about a quarter resolution of the Λ-hyperon.
This number is clearly insufficient for research, just like downloading a quarter of a spicy movie—you might not even get through the foreplay.
