Nanotechnology and drones are effective tools for field medical research.

Drones can carry X-Ray transmitters and receivers. The system can work that way that the 2-8 drones are flying around the target. The receiver must be on the opposite side of the target. That allows making X-ray research for natural animals without trapping them. 

Drones and artificial intelligence allows also make even PET scannings for insect-size natural animals without the need to trap them. And the same systems can also use for research on humans who might be injured. 

The fact is that nanotechnology and drones allow us to make even radiological research on the insect's nervous system and body in a natural environment. The system can be artificial intelligence-controlled drones that can have nanotechnology-based injectors. That injector injects things like the I-131 isotope into the insect's body. 

And then extremely small sensors can detect how the radioactive isotope travels in the insect's body. The system can use miniaturized sensor chips that are like dust. Those sensors can transmit data to the drone that flies near that insect. Or drones can have miniaturized telescopes that can detect the reactions of the isotopes in the insect's body. 

NASA "holoported" a doctor to the international space station.

Holoportation is a less impressive thing than real teleportation. The idea is to send the 3D holographic model of a person or merchandise long distances. The object will be digitalized to a holographic form. In that process, the system uses a combination of laser scanners and CCD cameras that will render the object's surface. The laser scanners scan the shape of the object. And then the CCD cameras will photograph the entire object. The idea is similar to covering the statue using photographs. 

And then the image will send to the receiver and turn into a hologram. The holoportation is a well-known thing in science fiction. That thing can use to send real-looking people to space stations. But it can also use for making fake targets for snipers in the security and military areas. The interactive holoportation means that the person whose image is sent to the space station sees what is going on by using 3D glasses. 

And of course, virtual headsets are giving the feeling that person is in the ISS. But the ultimate simulation can make by using water tanks. The person whose hologram will send to space can hover in the water tank that is used in the zero-gravitational simulation. 

Things like robot surgeons can operate inside the hologram. That means the outside observer can see the human-looking surgeon. But in that place is a robot. The hologram can use in medical and technical work. That means the person can first move the hologram hand. And if the thing goes as it should. The real manipulator can move and make the action. 

The holoportation can also use to send the machine parts to space stations. The scanned 3D images can send to the 3D printers that can make very high-qualified parts in a vacuum. The quality problem with machine parts that are made by using 3D printers is the result of the air bubbles that can affect the process. If the air is removed there are no air bubbles and that thing makes the machine part tight and strong. 

https://www.extremetech.com/extreme/225779-holoportation-could-be-the-technology-to-supplant-smartphones

https://www.scientiststudy.com/2022/04/nasa-holoported-doctor-onto.html

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