The new type of magnetism and photonic neurons can boost the electronics.

"Altermagnetism, a newly imaged class of magnetism, offers potential for the development of faster and more efficient magnetic memory devices, increasing operation speeds by up to a thousand times. Credit: SciTechDaily.com" (ScitechDaily, New Type of Magnetism Discovered That Could Make Electronics 1000x Faster)

The new type of magnetism: "altermagnetism" is the thing. That can decrease the temperature in the computer centers. The idea in altermagnetism is that the magnetic field stays inside the wires and that means it doesn't resonate with other materials around them. That minimizes electromagnetic turbulence. Electromagnetic fields are things that researchers must eliminate from the quantum computers. 

That thing can also make data security better. The altermagnetism denies outsiders to see data that travels in the wires. And it can boost the data security. Because altermagnetism doesn't cause oscillation outside wires it can make the microchips 1000 times faster than they are now. 

The laser neurons can make the microchips even a billion times faster than they are now. That is a very impressive thing. Those ultra-powerful calculation tools are required in quantum computers. The photonic systems can act between binary and quantum systems. 

They can transform data from the binary to quantum form and control the environment where the quantum computer operates. The system must search if the quantum entanglement will be broken. And in those systems, the laser neurons are the ultimate tools because they don't disturb the quantum entanglement. 

"Researchers developed a chip-based quantum-dot laser that emulates a biological graded neuron while achieving a signal processing speed of 10 GBaud. Credit: Chaoran Huang, Chinese University of Hong Kong" (ScitechDaily, A Billion Times Faster: Laser Neurons Ignite the Future of AI)

Laser neurons can make microchips a billion times faster than they are now. 

In photonic systems, the system transforms the binary data to the quantum model quite "easily". The system transfers data to the photons that are trapped in the nanotube or some kind of frame. The system can also transport information to those photons through those frames. 

The system might have 3 layers. 

1) Altermagnetic binary computers. 

2) Photonic (laser) computers. 

3) Quantum computers. 

Then the system just puts those photons into quantum entanglement and superposition with photons that are on opposite sides. The photonic systems can make it easier to control that structure. But the photonic computers require regular systems to control them. And altermagnetic computers or microchips can act as the port that drives information to the photonic chips. 

But photonic computers especially small-size photonic computers can revolutionize AI. Small, and compact-size systems can used to operate robots. Those systems can drive complicated AI algorithms. And that makes those systems more effective than ever before. The photonic and altermagnetic systems can be protected against the EMP. 

And if small robots can operate independently without communication. That makes them less vulnerable to electromagnetic pulses and electronic counter-measures, EMP. If the robot has an internal high-power, well-protected microchip that makes it possible to make drones that don't need the communication while they make their missions. And that makes them more effective than ever before. 

https://scitechdaily.com/new-type-of-magnetism-discovered-that-could-make-electronics-1000x-faster/

https://scitechdaily.com/a-billion-times-faster-laser-neurons-ignite-the-future-of-ai/