Image I: "A flexible semiconductive metal-organic framework was incorporated into a prototype wearable X-ray detector for radiation monitoring and imaging. Credit: Adapted from Nano Letters 2021, DOI: 10.1021/acs.nanolett.1c02336: (https://phys.org/news/2021-08-flexible-wearable-x-ray-detector-doesnt.html)
The X-rays or dark matter and dark energy can use as the power source in interstellar spacecraft. But the wearable X-ray "solar panel" can also give power supply for the robots which are operating in the nuclear waste storages. In those places, the radiation would be so high. That the robots can get the energy straight from that radiation. And also that kind of system can give the power supply for the regular electric network.
Dark matter and dark energy might have a similar background. The dark energy could be the wave movement which origin is in the dark matter. So in this text, the "dark energy" or "dark matter" solar panel means the system that benefits dark energy or dark matter from making electricity to the electric systems. So the quantum crystal-based dark matter sensor could be the pathfinder for creating electricity from dark matter or dark energy interaction.
The idea of that system is simple. The quantum system turns the interaction into the movement of the quantum generators. So the quantum crystals below can act as the model for the quantum generator system, which turns the movements of atoms into energy.
Image II: "Illustration of NIST's quantum crystal. Credit: Burrows/JILA" (https://phys.org/news/2021-08-quantum-crystal-dark-sensor.html?fbclid=IwAR08ujFbO_JYg2XJDZR_7-n4iz_SM7BWi2dQwapnp8j0HNeVJtXiTRJEFd4)
It's not the same as what kind of sensors the researchers are creating. The sensor is the system that transforms the interaction to electric signals in the case of electric sensors. And the experimental sensors might be a path to the serial production of those systems. But when we are trying to think big, the sensors like new 2D quantum crystals can be pathfinders to benefit the dark energy. In this quantum structure, the dark matter is interacting with the atoms that are on that layer.
And there is the possibility that this kind of structure can create electricity for the superconducting microcircuits and electric circuits. That is deliver energy to the probes that are operating at the Kuiper belt and beyond that area. The problem with nuclear power is that the operational time for that system is about five years. And the journey to the Kuiper belt takes about that time. The nuclear reactor is disturbing the sensors of the telescopes that those probes might use.
In some visions, these kinds of "solar panels" that use dark matter or dark energy are giving electricity to the new space exploration systems. And maybe in the future, those systems are also giving energy to the new interstellar spacecraft. If the system can create energy from dark matter or dark energy that system can use to give electric supply for the Buzzard's ramjets.
The interstellar rockets, that are using fusion engines. The craft is pulling the gas ions from the space by using powerful magnetic fields, and then that gas is conducted to the engine where the lasers and microwaves are igniting the fusion reaction. If the system can get an external power supply. That thing makes it easier to make those systems. Because in that case, the fusion must not be self-sustain.
()https://phys.org/news/2021-08-quantum-crystal-dark-sensor.html?fbclid=IwAR08ujFbO_JYg2XJDZR_7-n4iz_SM7BWi2dQwapnp8j0HNeVJtXiTRJEFd4
()https://phys.org/news/2021-08-flexible-wearable-x-ray-detector-doesnt.html
Image I() https://phys.org/news/2021-08-flexible-wearable-x-ray-detector-doesnt.html
Image II:()https://phys.org/news/2021-08-quantum-crystal-dark-sensor.html?fbclid=IwAR08ujFbO_JYg2XJDZR_7-n4iz_SM7BWi2dQwapnp8j0HNeVJtXiTRJEFd4
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