Supercavitating Submarines : A New Perspective in Marine Travel
Supercavitating Submarines : Underwater travel has been overshadowed by the speed and efficiency of land and air technology throughout time, but scientists may now be able to advance marine transportation capabilities.
The nature of physics ultimately inhibits objects from traveling underwater at high speeds due to the dynamics of skin-friction drag, but supercavitation techniques may help prevent this natural inefficiency by surrounding a mechanism in a bubble.
However, this progressive method faces many challenges such as the pressures of bubble pulsations, which disrupt the stability of the operation.
Despite these barriers, extensive research is being conducted with water tunnels to develop a secure and reliable process.
This focus on marine systems could provide a new means of effective transportation, and further developments in this technological field could also enhance experimental military activity among nations.
Will the Chinese harness supercavitation for their next generation Ai-powered submarines?
China is developing large, smart, low-cost artificial intelligence submarines that can perform a wide range of missions.
China has already built a number of unmanned military attack ships powered by Ai.
Ai subs are part of China’s ambitious plan to expand naval power.
The robotic subs will be deployed in strategic waters like the South China Sea and the Western Pacific Ocean.
The submarines will have no human operators on board and rely heavily on artificial intelligence to make decisions on their own.
Ai will be used to allow the subs to maneuver in order to avoid detection and distinguish civilian from military vessels.
Ai subs could also place mines, engage in reconnaissance missions, and even partake in suicide attacks.
It is believed that the submarines will be deployed in the early 2020s.
Supercavitating Submarines
