The new resonating metasurfaces are offering new solutions for quantum research.

The image above shows how resonating metasurface created by Max Planck Institute creates photon pairs and puts them to quantum entanglement. That metasurface makes it possible to create quantum systems that are oscillating with different wavelengths. The ability to create quantum entanglements in multiple different wavelengths will boost the R&D of quantum computers.

And it can also use for developing lattice-based cryptography for the next generation of data security. The idea in lattice-based cryptography is that each quantum state in a quantum computer is protected by using separate and independent encryption algorithms and protocols.

In that model, every single wavelength of the quantum computer is an independent lattice. And that thing makes it possible to create an extremely high-secured data transportation system.

Every single quantum state or layer in qubit can be encrypted separately. And that makes that system very secure. Also, data can travel in hollow laser rays in the form of qubits. So that makes it hard to detect the qubit that will not touch the laser ray.

The next-generation quantum algorithms, used for securing data against quantum-computer-based attacks are hybrid systems. They are using multi-level encryption. And the lattice-based system is always secured. Even if one of those lattices is broken the attacker will not get the entire data. The system shares data with multiple lattices.

Every lattice will be encrypted independently. They can use separate algorithms. And that thing minimizes damages in the case of a cyber-attack.

https://scitechdaily.com/resonant-metasurfaces-offer-exiciting-new-possibilities-for-quantum-research/

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