The new nanolasers are revolutionizing communication.

The new nanolasers are revolutionizing communication between regular computers. The same systems can use for communication between controllers and nanomachines. Maybe the nanomachines of the future are like miniature drone fighters that travel in blood vessels. And destroy bacteria and other non-wanted habitats. 

But those systems can also use for making complicated molecular-size structures. The idea is that in nanotechnology, laser rays can move single atoms on the surface. So lasers are playing billiards with atoms. And they are making it possible to transform and connect single atoms or at least molecules to certain points in molecules. That thing allows to creation high accurate very complicated molecules. 

In the wildest visions, the nanolasers can install miniature submarines that travel in blood vessels. Those miniature submarines can use those lasers to destroy single cells or those lasers can open blood clots from blood vessels. 

The cyborg cells can be the next-generation medicines. The microchip-implanted robot cells can be. 

A) Macrophages that are destroying wanted tissue themselves. 

B) T-cells that are making wanted cells for the immune system for destruction. 

The miniature or nanotechnical submarines can use to control things like cell-size cyborgs. The cyborg cells are macrophages or bacteria that are equipped with microchips. That microchip controls their behavior. 

Those cyborg cells can use to destroy cancer cells. Or they can slip into the blood vessels of other creatures like sharks or some wild animals. And they can research their health. 

Those cells can control by using cathed which is a small laser. Or the nano-size submarines can operate as shepherds. 

They can control those cyborg cells by using nanolasers. In the case of humans. Laboratory crews can make cyborg cells by using the person's cells. In that case, that thing denies the immune reaction. The cyborg cells can be macrophages or T-cells that are marking the wanted cells for destruction. 

https://scitechdaily.com/moving-more-data-faster-all-optical-pumping-chip-based-nanolasers/