Mindey, 
Extraterrestrial Nanolaser Transceivers
Fire self-aligning nano-lasers at near the speed of light to create a 'fiber optic' channel reaching to nearby another star.
Today, nanolasers are small, like 35nm each (see link). As a receiver, put a photo-sensor of the same size. Attach a battery and counterweight with a tiny computer to adjust directions. Envelope in omnidirectional photosensor matrix. Test. Mass produce. Create a linear magnetic accelerator in space. Release. Use as a communication channel for any miro-sized probe travelling in parallel. Enjoy hi-res pictures of planets nearby another star.
Related link: World’s Smallest Semiconductor Laser Created by University of Texas Scientists
This idea should be under a goal of reaching other star systems, under space travel category.
Įdomus. Ar šie siųstuvai gali būti pritaikyti labai pigiems ryšiams žemėje? Maži lazeriai yra pigūs. {0.5}
Manau, kad nano-siųstuvai-imtuvai taip pat gali turėti specifinį dizainą, kad informaciją būtų galima perduoti, pvz., Naudojant šviesos poliarizaciją, kad skaičiavimas galėtų būti atliekamas SENT viduje, tarsi jie būtų viena Turingo mašina.
Interesting. Could these transceivers be also applied for very cheap communications on earth? Small lasers are cheap. {0.5}
I think, the nano-transceivers could also have a specific design, so that the information could be transferred, e.g., via light polarization, so that the computing could be performed within SENTs as if they were a single Turing-machine.