Deep space traveling scientific-technological requirements.

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01/07/2023 4:28
The movement at the speed of light is very slow to conquer space. There is a need for technologies based on physics that are unknown to humanity.
Star Trek.

In this post, I have compiled several critical requirements for enabling deep space travel. (We're nowhere near there in most categories.) Link: Extraterrestrial spaceships can travel as fast as 500K, the speed of light.

 

Traveling in the infinite, deep universe is a challenge on an entirely different scale than traveling to Mars.

Link: Adrian Dvir (Wikipedia) 

In an infinite universe, we need much faster motion than we know. According to this, the maximum speed is the speed of light, and even that cannot be reached with the mass of a spacecraft. (Infinite energy is required.) Travel in the deep universe requires breaking the light-speed barrier by moving to other, higher dimensions.

  • The movement in wormholes (Einstein-Rosen Bridge) is only possible in science fiction films. The physics used by extraterrestrials is unknown to science, making it problematic to estimate timetables for deep space travel.
  • Adrian Dvir's books, which describe communication with extraterrestrials, mention telepathic communication at different frequencies and the varying abilities of other extraterrestrial spaceships that can travel as fast as 500,000 kilometers per hour, the speed of light. Species. Transmissions at speeds hundreds of thousands of times greater than the speed of light are also mentioned, which do not contradict the laws of physics.
  • According to the explanation, extraterrestrials regularly use the transition to other dimensions to propel spacecraft and communications. Due to the vast distances in the universe, extraterrestrials have developed mighty relay stations. Whether telepathy waves are based on quantum entanglement, at least from the book, is difficult to understand. Ostensibly, in the laws of physics as we know them, quantum entanglement does not allow communication. (because of the superposition feature)

Suppose extraterrestrials agree to share their technologies with humanity. In that case, there is a reasonable possibility that humans could travel through deep space towards the end of this century or perhaps the next.

 

Deep space traveling requires six categories of advanced technologies.

The six categories I brought are in a nutshell. Most of these technologies are unknown to humanity at the required levels of development. The energy requirements are enormous, and the computing capacity needed is corresponding. To teach us that we are not very close there. Amazingly! The Star Trek series accurately predicted technologies that were unknown at the time of its release.

  1. Life support systems: in an environment devoid of atmosphere and gravity for an extended period.
    1. The human brain can be severely damaged in the transition between different dimensions. It requires interdimensional synchronization transducer implants. Humanity does not yet have such a system in place.
  2. Energy production: A clean, compact nuclear fusion energy system can produce vast amounts of energy in a limited volume.
  3. Propulsion system: Ability to switch between different dimensions to interdimensional mode! (Unknown physics)
  4. Advanced and reliable navigation systems: A navigation error can be a severe problem at vast distances. Navigating through wormholes distorts spacetime and presents a significant challenge in itself.
  5. An instant communication system with Telepathy-based waves. (Quantum entanglement waves)
    1. Relay stations are required to be strategically placed along the planned route. (Extraterrestrials have them already.) 
  6. Passive and active protection systems. (including offensive capability if necessary)

 

The conquest of Mars currently seems to be a feasible task in the coming decades. (Not deep-space) 

The journey to Mars, the neighboring planet, is particularly challenging, but it is certainly possible in the coming decades. Ionic plasma engines may dramatically shorten flight time. Communication to Mars via radio waves, with relay stations, still takes only a few minutes. (depending on Mars' varying distance from Earth) Capturing deep space, no longer on our home turf, is a task on an entirely different scale.

  • I estimate that there will be a historic encounter with extraterrestrials in the coming decades. The technologies that extraterrestrials will help humans develop (and perhaps are already helping today) will dramatically shorten schedules. According to Adrian Dvir's descriptions, extraterrestrials constantly utilize fusion energy, distorting spacetime to create wormholes —a form of time travel.

Link: Encounters with extraterrestrials will fundamentally change humanity.

Without the assistance of extraterrestrials in critical technologies and propulsion through nuclear fusion, a deep space journey is doubtful in the foreseeable future. However, extraterrestrial assistance may dramatically shorten schedules.

 

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