How I understranted Quantum.

 

Quantum Technology

(As I understand it: The final stage of the digital age and the future revolution)

Quantum technology is a field that will soon be firmly integrated into our daily use.

If you were to ask how much faster it is than current computers, consider this: a task that would take a modern supercomputer roughly 70 years to complete without stopping could be finished in about one hour using quantum technology. I believe this comparison makes it easy to grasp just how incredibly fast it is.

I will explain how the data is calculated based on my understanding. When we were younger, we used cassette tapes and floppy disks, which stored data as waves of magnetic particles. By using high and low frequencies, we defined high frequency as "0" and low frequency as "1." When storing data on reflective media like CDs, we used lasers to mark the data by burning small pits of varying depths.

In contrast, quantum technology uses highly systematic rare-earth microwave technology to control and vibrate light particles (photons) or electrons. This vibrational state can be referred to as a "phonon." Unlike the 2D (dimension) foundation of 0s and 1s in traditional digital technology, these particles will read and calculate data based on a 3D foundation.

It defines and calculates data not just from top to bottom or left to right, but through all rotational and vibrational movements. Therefore, instead of the traditional digital "bit," we use the term "qubit," which allows for the calculation of not only 0 and 1 but also various other simultaneous states.

Many of you may remember watching Superman when we were younger, where Superman used crystal shards containing massive amounts of data to learn about his home and his true identity. What seemed like science fiction back then is now becoming reality through modern quantum memory technology, which allows data to be stored within crystals. In the not-so-distant future, a time will truly come when we can store our life experiences and knowledge in similar crystal shards and retrieve them whenever we need them.

There is one striking detail: in that movie, those crystals were used in an extremely cold environment. This aligns perfectly with the reality of quantum technology, which requires ultra-cold, frozen-state conditions to keep electron frequencies stable.

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Aung Myo Lwin @ Agga