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In terms of future exploration of the universe, Z-wave detection technology is extremely important.
The principle of this technology is also very simple. It involves finding a specific type of matter and measuring its compression rates under high magnifications. The obtained numerical values of compression can then be used to extrapolate the rate of space compression.
The mass of the matter searched for cannot be too high, as it would directly affect the compression rate. Simultaneously, the mass cannot be too low; if only a few particles are compressed, no matter how high the compression rate, it won't be possible to detect with detail.
While the principle sounds simple, finding the suitable matter is the most challenging part.
The compression rate of matter has a certain relationship with the space compression rate, yet, when analyzing different matters, no definite relationship can be established.