The ability to analyze single atoms by using X-rays is one of the biggest steps in nanotechnology. The ability to observe objects means that the system can control objects that are part of the structure. The system uses a nanotechnical stylus that conducts X-rays precisely in the right position. There is a possibility that neutrons or protons can use to send radiation with smaller wavelengths.
In that case, the system puts a neutron hover between the stylus and the targeted atoms. And that allows to send neutron radiation into those targeted atoms. In the wildest visions, the neutron will lock to the position where the top quark in the three-quark structure will position to the targeted point.
"New capability for analyzing single atoms combines X-ray beams from Argonne’s Advanced Photon Source and atomic-scale imaging possible with a scanning tunneling microscopy probe. Credit: Argonne National Laboratory" (ScitechDaily.com/For the Very First Time: Scientists Analyze a Single Atom With X-Rays)
Then the system sends energy impulses to the quark structure. The quark on the top will send that energy impulse to targeted atoms. And that thing allows researchers to see the structures. That is smaller than atoms. That ability would make it possible to create more complicated. And more accurate nanotechnology.
In some models, things like neutrons can use to create quantum-size machines. Quantum machines can use neutrons' polarity or things like frozen electrons in hydrogen atoms to make combinations. The frozen electron means that the electron is locked in one position around the proton. And that thing makes it possible to create compounds by using electrons and protons' polarity.
But while waiting for those systems we can think about nano rolls. (again)
"Scientists from the RIKEN Center for Emergent Matter Science have invented a composite material that channels mechanical energy in a specific direction. This hydrogel with embedded nanofillers could revolutionize how wasted vibrational energy is utilized". (ScitechDaily.com/Anti-Gravity Transport of Water Droplets: Material Channels Mechanical Energy in a Preferred Direction)
The nano rolls can use to create artificial muscles and flying nanomachines.
Nano rolls are tools that make them more impressive than nobody even thinks. The nano rolls can use to make artificial muscles. The long protein will put to travel between the nano rolls. Those rolls are adjusting the length of those wires. The system is in the small bag where those microchip-controlled rolls are. Those artificial muscles' control units use BNI (Brain-Neural Interface) to control those microchips.
That means those microchips use neural signals to give control orders to the system. The system must only move those nanowires front and back. And that means they could connect with the same nerves that give orders for natural muscle cells.
That is the so-called dry version of artificial muscles. The wet version is the bag which is electrolytic liquid or gel. Small magnets can affect that liquid and move it to the magnet. That increases and decreases the length of that bag.
The one impressive thing is nano rolls. Nanorolls are the things that make water droplets hover. The cell-size robots can also use the nanotechnical Archimedean screws to make them hover above the layer. There could be an iron structure around the DNA. Then that small screw will position in the circle-shaped frame. That frame could be the cell's ion pump. The purpose of those structures is to turn that thing into an extremely small ion pump.
https://scitechdaily.com/for-the-very-first-time-scientists-analyze-a-single-atom-with-x-rays/
https://scitechdaily.com/anti-gravity-transport-of-water-droplets-material-channels-mechanical-energy-in-a-preferred-direction/
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