Visions of bright future

When we think about the submarines and their danger to satellites, the Chinese claim that they equip their submarines with laser weapons. The question is: which weapon system the Chinese will use when they want to harm satellites? Did they mention lasers? Or, did they just mention Anti-satellite, ASAT? The submarine can launch ASAT missiles.  Maybe the submarine cannot destroy satellites from the sea, directly by using lasers, but the fact is that nuclear reactors give very much power.  And that can make them good platforms for some kind of tactical systems. Those tactical systems can cut holes into the ship's body and destroy things like low-flying aircraft and drones. Maybe, the laser weapon's power will not be enough to destroy satellites in orbiters, submarines can harm satellites.  Submarines can use ASAT weapons, like anti-satellite missiles, as I wrote before. The antisatellite missile can use chemical lasers or some other direct energy weapon to destroy the target. Sing

"Computer scientists have created D-REC, an edge caching optimization method that uses a “digital twin” to forecast and improve data storage in wireless networks, thereby boosting speed and reliability." (ScitechDaily, New Method Improves Wireless Network Speed and Reliability) "The new edge caching optimization method, called D-REC, makes use of a computational modeling technique called a digital twin. A digital twin is a virtual model of a real object. In the case of D-REC, the digital twin is a virtual model of a defined wireless network – whether that’s a cellular network or a Wi-Fi network." (ScitechDaily, New Method Improves Wireless Network Speed and Reliability) “The method can be applied to any wireless network, depending on the system administrator or network operator’s needs,” says Liu. “D-REC can be adjusted depending on the needs of the user.” (ScitechDaily, New Method Improves Wireless Network Speed and Reliability) "In D-REC, the digital twin tak

"Cornell University has introduced a bioelectric device that can quickly identify harmful coronavirus variants and potentially other viruses. This microchip-based tool uses a biomembrane to simulate the cellular infection process, aiding in rapid and effective virus assessment. Credit: SciTechDaily.com" (ScitechDaily, How Cornell’s Revolutionary Biochip Could Save Us From the Next Pandemic) The distributed computing method is easy to transform into the DNA. The system just cuts the DNA between multiple biochips. Then it connects the results from the analysis together. That is an easy way to make DNA models of people, animals, bacteria, and viruses.  Biochips that can analyze the DNA in hours, or even in minutes are the tools, that can hack any virus code very fast. The idea in that kind of system is taken from the neural networks and quantum calculation. The system can cut the DNA and RNA molecules into small pieces. And share those pieces between a large number of biochips t