The new technology requires new materials.
DNA-based hybrid materials can make it possible to create new intelligent material solutions. In microchips, the complicated operating systems that AI-based solutions require the operating system is encoded in the DNA or chemical form.
The DNA-based materials can make it possible to create clothes. They wear themselves over the person when they get orders. In the intelligent clothes microchips can act as silicone plates like in Samurai-armour. And those microchips can connect in entirety. And remove the connection when they get orders, like "DNA assemble" and "DNA de-assemble".
New technology makes it possible to create self-assemble body armor.
Miniature particle accelerators can have civil and military applications.
Miniature particle accelerators can make it possible to create new types of cures for cancer. The particle rays are effective against tumors. But things like small cathode tubes. Along with laser accelerators are turning the portable versions of the "death rays" possible. The electron flow from those small accelerators can accelerate with the laser ray.
Then the target can load with plus pole electricity. And that makes those high-energy electrons travel into that target. There is a possibility that the system loads energy to an electron in the chamber where it's trapped. The system conducts that high-energy electron into the target. That allows developers to create "gloves". That have cathode tubes in fingers. When a high-energy electron comes out from that tube it releases extra energy as a photon burst. That makes this system suitable at least as a stun gun, but also for deadly applications are possible.
"Images of the DNA-glass framework. (A) The process of building the DNA-origami framework. (B) A transmission electron microscope image of the DNA-origami octahedrons before lattice assembly. (C) The octahedral frames once connected. (Credit: A. Michelson et al., Cell Reports Physical Science, 2023)" BigThink.com/“Iron Man” material made from DNA and glass is 4x stronger than steel)
The DNA-silicone-hybrid materials make it possible to make an "Iron Man" suit.
New materials make it possible for developers to create things like "Iron Man" suits. The "Iron Man" suit would be a hybrid material, mainly silicone bites, connected with the DNA molecules. The DNA acts like a small chain. That connects small silicone or glass bites. In that material nano-size silicone bites along with DNA are turning to new entirety. And if we want to make this Iron Man suit fly, we must just create a pulse-ion engine. The engine ionizes gas at the front of the flight direction. Then the ion system will pull that ionized gas over the suit.
If there are plus and minus ions at opposite sides that thing makes it possible to pull ions on both sides over the layer. And then those ion and anion flow connect behind that suit. This system requires lots of energy that can make a person fly. But it could be useful in underwater missions. And of course, it's possible to create power sources like antimatter and remote energy transfer systems that use radio waves to transfer energy for that suit. If the system is meant to be used in space as a space suit. Researchers can install long solar panels in the suit's back package. And that gives this suit a very long operational range.
Those long solar panels can also act as aerodynamic wings and the lightweight materials can make it possible to pull them in like origami. The system can hybridize the remote power supply to those wings, and in the atmosphere, the system can use jetpacks that use electric jet engines. In electric jet engines, the electric arc expands and ionizes air. And then magnetic accelerators can transport ions back into the system. Those engines can be installed in the pack package of that flysuit.
https://bigthink.com/hard-science/how-pocket-sized-particle-accelerators-could-treat-cancer/
https://bigthink.com/the-future/iron-man-material-dna-glass/
https://scitechdaily.com/advancing-material-science-new-gold-standard-for-computational-codes/
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