Quantum Clock: By capturing atoms and ions, it makes a timer with unprecedented high precision.

Quantum imaging: By detecting and counting a single photon, it breaks through the limitations of traditional cameras. Brand-new imaging technology can even go through dense fog and see through walls.

Quantum sensor: it can measure the motion of light, electricity, magnetic field and even gravity, and its accuracy exceeds that of any previous equipment.

Quantum computer: It will accomplish tasks that traditional computers can't imagine. Take IBM's supercomputer blue gene as an example. It takes millions of years to crack some common data encryption, while quantum computers only take a few seconds. In addition, the future quantum computer will help us to synthesize all kinds of materials with brand-new properties.

Quantum communication: The communication security is high and it is not easy to be invaded. In addition, the quantum cloud computing network will be finally realized.

Quantum implantation: standing wave technology that converts quantum energy into energy load. The main principle is to rely on high-tech quantum energy capsules. After the product enters the cabin, it is implanted with energy through physical intervention such as "sound, light, electricity and magnetism".

What exactly is quantum technology?

We now have the ability to manipulate individual atoms, electrons or other particles, and the benefits are self-evident. For example, 3D cameras are made by counting photons, and the most accurate optical timers are made by capturing individual atoms and ions. At the same time, those seemingly unreasonable quantum phenomena will also be used by us, such as quantum entangled states and quantum superposition states.