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Caltech Develops Photonic Quantum Memory Chips That Can Instantly Store Data [Full Text]
Dynamic Technology According to foreign media reports, the California Institute of Technology researchers have developed a can "form of light," "nanoscale speed" computer chip to store quantum information. This marks a new breakthrough in quantum computers and networks, enabling faster information processing and data transmission on smaller devices. The memory components in traditional computer systems can only store information in the form of "0" or "1". Although still in the experimental stage, the fundamental principle of quantum computers is the same, that is, storing data in “qubitsâ€â€”except for “0†and “1â€, quantum bits allow two states to co-exist.
Image of Caltech Light Quantum Memory Chips
Photonic quantum devices such as those developed by Caltech can store and carry information in the form of photons. Because it has no charge or quality, it is faster and safer. The paper was made by Tian Zhong:
This technology can not only minimize quantum memory devices, but also better control the interaction between individual photons and atoms.
The chip consists of a memory module. Each cell has a length of 15 μm and a width of 0.7 μm. The size is comparable to that of red blood cells. These modules contain "optical cavities" made of rare-earth-doped crystals designed to capture and control photons.
After cooling the module to 0.5 Kelvin (-727.7°C / -458.8°F), the team used a heavily filtered laser beam to emit a single photon into each module (then they were absorbed by rare earth ions).
The photons will be held there for 75 nanoseconds and then released again. The researchers then examined these photons to see if they still carry the same information. The research team said that its error rate is only 3%.
To make this kind of chip a practical choice for transmitting information over long distances in quantum networks, researchers also need to store the data for at least 1 millisecond.
This is their main task for the next step, and it will also look for ways to integrate the chip into other circuits. The author of the paper, Andrei Faraon, stated:
Such devices that can be used to transmit quantum information are an integral part of the future development of optical quantum networks.
Details of this study have been published in the recently published Science journal.
[Original title Caltech developed a light-quantum memory chip that can instantly store data compiled from: New Atlas, Source: Caltech]