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The attosecond X-ray lasers freeze time around atoms.


"Scientists used SLAC’s Linac Coherent Light Source (LCLS) to uncover new information about the photoelectric effect, a phenomenon first described by Einstein over a century ago. Their method provides a new tool to study electron-electron interactions, which are fundamental to many technologies, including semiconductors and solar cells. Credit: Greg Stewart/SLAC National Accelerator Laboratory, edited" (ScitechDaily, Beyond Einstein: Attosecond X-Ray Pulses Unlock the Secrets of the Photoelectric Effect)

Attosecond laser systems are tools that open our knowledge of the internal atomic structure. The thing that makes quantum research difficult is that the structures that the system should observe are very small. Another problem is that if the observation tool uses too strong energy impulses. That observation tool destroys the structure and the system. That it should be observed. 

The structures that this system observes are so small that regular light and laser microscopes cannot create so short wave radiation. That it sees those structures. The X-ray lasers or scanners can see the electron shell of the atom. The attosecond laser allows a highly controlled energy beam to atoms. 

And that laser can see even single electrons. The attosecond lasers are tools that can have many purposes. The attosecond X-ray lasers can used in the new 3D X-ray imaging. That thing makes it possible to observe the cell's internal structures, or DNA and its base pairs. The attosecond lasers can push particles on the layer. That makes them excellent tools for nanotechnology. 


Attosend lasers and quantum computers. 


"Quantum computers face a trade-off between operation complexity and error tolerance, with systems that handle complex tasks being more prone to errors and noise. Researchers at Chalmers University of Technology have developed a new system that overcomes this challenge, enabling longer computation times and more robust quantum computing." (ScitechDaily, Innovative New System Overcomes Key Quantum Computing Limitations) Heat is one noise for quantum computers. 



"Bilayer crystals of trapped ions can be realized in devices called Penning traps, and lasers (shown in red and blue) can be used to manipulate the ions and engineer interactions between them. Such crystals may open new avenues for quantum technology applications. Credit: Steven Burrows/JILA, edited" (ScitechDaily, A 3D Ion Magnet: Unlocking the Third Dimension in Quantum Computing)



"A new one-dimensional topological insulator was discovered by a joint research team, promising significant advancements for qubits and efficient solar cell technologies. Credit: SciTechDaily.com" (ScitechDaily, Quantum Breakthrough: Scientists Discover First One-Dimensional Topological Insulator)


By the way...


The AI processors are the multi-core processors that the advanced system can use to imitate quantum computers. The system shares data with those shells using routers. That means the AI-controlled multicore processor can act like a quantum computer. The system shares the data to the processor's cores and each core is like one qubit state. The system is effective but the real quantum computers are more effective. 

But the most important thing is the attosecond lasers can load or inject data into the qubits. The laser system aims its energy impulses into the photon that hangs in the frame. And then the system can put those photons into superposition and entanglement. The attosecond lasers can measure the distance of the superpositioned and entangled particles, which minimizes the non-controlled effect in the system. 

To maximize the time that the system can maintain quantum entanglement the quantum computer must transport energy out from the receiving side of the system. And that thing helps to keep the quantum entanglement in the lower position or at a lower energy level. 

3D ion magnets can make it possible to create quantum towers that can make field-based superposition and entanglement. The ion magnets make it possible for the magnetic field can travel through the structure. And that magnetic field can share the 1 dimension layers. Each of those layers can be the independent layer in the qubit. The attosecond laser can transport energy to those layers. And it can make it possible to create new types of qubits. 

The attosecond laser that drives information to the quantum towers can use those 1D layers as the Tesla coils. This thing allows the creation of a quantum router that can share information between the qubit layers and quantum channels. This kind of processor is the ultimate tool for driving things like artificial intelligence. 


https://scitechdaily.com/a-3d-ion-magnet-unlocking-the-third-dimension-in-quantum-computing/


https://scitechdaily.com/beyond-einstein-attosecond-x-ray-pulses-unlock-the-secrets-of-the-photoelectric-effect/


https://scitechdaily.com/innovative-new-system-overcomes-key-quantum-computing-limitations/


https://scitechdaily.com/quantum-breakthrough-scientists-discover-first-one-dimensional-topological-insulator/


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