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Kaleidoscope is the name of my planed robotic mission to Mars. I selected kaleidoscope as a mission name because of the magical experience you receive when looking through the eyepiece as if you’ve traveled to a different planet or dimension while remaining on Earth. This experience made me imagine the possibility of installing a system on the surface of Mars, or any other planet, which could give you that same first-hand experience as if you were looking through a kaleidoscope. When researching different images of kaleidoscopes, I came across several galaxies that resemble kaleidoscopes. According to the Brewster Kaleidoscope Society, “early Egyptians would place two or three slabs of highly polished limestone together at different angles and watch with fascination”. It seems like the Egyptians were on to something more than just being entertained but actually getting an upfront view of the cosmos.
The primary goal of Project Kaleidoscope is to successfully establish a magnetic field on Mars while studying the data of a wide range of frequencies introduced into the Martian atmosphere and below the surface. The secondary goal of Project Kaleidoscope is to set up and maintain a kaleidoscope-like portal or stargate that mirrors a beacon back on Earth. This would give scientist an in-depth view of Mars while also being able to create matter on the Martian surface like a 3-D printer per se. These three objectives seem unrelatable, but they are all interconnected and work in tandem. If executed correctly, Project Kaleidoscope will be mutually beneficial to the government and its agencies, along with the citizens of the world.
“Earth’s magnetic field has been weakening according to data collected by a European space agency satellite array called Swarm”. Establishing a magnetic field on Mars, and studying the magnetic history of the red planet, could teach scientist how Mars lost its magnetic field and how we can avoid this same fate by strengthening Earth’s magnetic field. This same magnetic technology can be used as a shield to protect space and aircraft from radiation and also enhance the robots that will be sent to the surface. Once a magnetic field is established on Mars, the oscillation of the planet will change. This will allow for a more in-depth study of the effects of different frequencies entering deep into the surface and the upper atmosphere. This also plays a major role in linking the kaleidoscope-like portal to the beacon back on Earth. The proposed landing site is between Elysium and Amazonis on the 91-degree quadrant. This area is perfect for landing because it is flat and great for research because it is near Olympus Mons, an area where the robots will be sending vibrations deep beneath the surface. October 10, 2026, will be the lunch date, which would give an entry date of 6 months into the future using conventional technology.
“Waves travel through the air much like those on the surface of a pond. When they reach your ears, you hear a sound”. I believe that it can be possible to travel between two given points if you can somehow resonate the same wavelengths or harmonics, which will make interdimensional travel possible, theoretically. The universe is like an octave, from the largest mass (higher octaves) to the smallest particle (lower octaves), it never ends. For this reason, is why I would introduce various frequencies on Mars and study the data, which will correlate the necessary information to link the kaleidoscope-like portal to the beacon on Earth. Since crystals vibrate at different frequencies at once, the center of the portal should be made from different interconnected crystals (hexagonal, tetragonal, rhombohedral, orthorhombic, monoclinic, and triclinic), which will resemble a kaleidoscope. Surrounding the crystals will be a particle accelerator, using D-Wave technology, that will be used to affect the state of the crystals so they will sync both gateways creating a single path, according to Dr. Joseph Mangano.
The technology that would be used, to make this mission possible, doesn’t currently exist. It would have to be created and tested on earth, ensuring that the mission would be successful because it would be extremely costly. According to Sebastian Deffner, an Assistant Professor of Physics at the University of Maryland, quantum computers have a speed limit. The processing technology that will be used for this mission has to be able to solve problems in zero-time. The closest thing to zero-time currently is a quantum computer made by D-Wave called 2000Q. Theoretically, this computer should be able to create an artificial intelligence capable of creating a zero-time computer based on temporal logic. Once this is possible, the development of the robotics systems will occur.
As the robotics systems are being developed, mathematicians would be calculating and pinpointing the final landing site. This would also include “what-if” scenarios and how to plan and redirect, in the case of “what-if” events. Simultaneously, a new rocket system will be in development and undergo strenuous testing. The idea I have for a rocket system is based on binary beat frequencies, magnetism, water, and crystals. This type of propulsion system would be 100% clean energy and would be able to generate its own massive energy force but able to become weightless, in theory. Once everything is developed and assembled, it would be tested to the limits and improved upon to become more efficient.
Since we are dealing with technology that doesn’t exist, my vision of launching a spacecraft will be very unorthodox. Since the spacecraft will be able to shift frequencies and act as if it was a particle, you could be in low Earth orbit within a blink of an eye. To enter space, beyond low Earth orbit, a magnetic/plasma force, greater than or equal to, the influences that the Van Allen belt creates, will be required. The spacecraft will be able to create its own field allowing it to penetrate beyond low Earth orbit and protect itself from harmful radiation. I believe that it is possible that an electromagnetic wave can travel faster than the speed of sound. Since the spacecraft can create its own magnetic field with the properties of a particle, it would take less than 3 minutes to get to the red planet. Since things are happening faster than normal the approach stage will be implemented before leaving Earth because you would have only one shot to get everything right. This would require sending signals back using crystal technology. Since crystals store information and using a zero-time processor aboard the spacecraft, every possible outcome would be calculated and already corrected in real time.
Entry, descent, and landing will be preprogrammed with laser guided technology. If the landing site is compromised, a backup site will already be prearranged. If the backup site is also compromised, the zero-time system has already calculated every possible outcome and will just proceed to the next landing site. Once the landing site is located free and clear, the descent will begin. Usually, the lander separates from its back shell and parachutes down. The spacecraft will magnetically influence the surface creating a locking base for the spacecraft out of the raw material of the Martian surface. After landing, a signal will be transmitted to earth and the rollout phase will begin, which is a transitional phase to bring the robot online.
Once the signal is received on Earth and the data is processed with conditions meeting the required specifications, the rollout/first drive will begin. Once the signal is returned to the spacecraft, it will then start producing robots that will conduct surface operations. The spacecraft itself can create and repair robots using the zero-time capabilities. Since this type of technology can learn and predict any given outcome, the mission success probability is 99.9%. Once the first robot is created, its mission is to send radar vibrations into the surface and atmosphere. The data collected will be transmitted back to earth, cataloged, and studied throughout the duration of Project Kaleidoscope. Other robots will be focused on creating an artificial magnetic field on Mars by shooting beams into the atmosphere and changing the harmonics of the planet. Once we understand the mechanics of how this works it would be possible to create a portal on Mars and anywhere in the known universe and beyond.
Outside of the standard team, the more mission-specific personnel that I would hire would be a Magnetologist, an Acoustical Engineer, a Quantum Physicist, and a Noetic Engineer. The Magnetologist would specialize in the trion physics, magnetic dimensions, vectors, and ley line energy technology. Since one of the major mission objectives is to create a magnetic field a Magnetologist will be needed to create the technology capable of establishing this objective. An Acoustical Engineer is needed to create the technology that will be able to send vibrations beneath the ground and into the atmosphere. This would be beyond radar and sonar technology because, in theory, everything in the universe has a vibration. The Acoustical Engineer will have a background in binary beat frequencies and history. The Quantum Physicist will specialize in the field of particle physics and sacred geometry. A Quantum Physicist is needed in order to invent the technology to develop a zero-time processor and the propulsion technology for the spacecraft. A Noetic Engineer will be critical in building the kaleidoscope-like portal and developing the artificial intelligence component of the zero-time computer. All personnel will have PHDs and experience dealing with ancient history, technology, and concepts.
We will be able to upgrade our current infrastructure and become a type I civilization on the edge of becoming a type II civilization on the Kardashev Scale.
Since the Kaleidoscope Project will benefit the world in a life-changing way, public outreach will start with an interagency effort by allocating resources and benefits from this program to all federal offices. At the state level, colleges and institutions will play a major role in introducing certain topics and ideas to the public without full disclose, until all aspects have been made into spinoff for public consumption. A national tax will be set in place that will go directly back into NASA’s budget, which will make Project Kaleidoscope mutually beneficial. Project Kaleidoscope will reach out to all the internet provides and promote through its browser. So instead of paying a lot of different sites, everyone who accesses the internet, via phone or computer, Project Kaleidoscope will already be embedded, reaching billions. Kaleidoscopes will also be disturbed throughout the world. This will shape the public consciousness and encourage participation and facilitate discussion. To engage the public, even more, a weekly TV show will enhance public understanding. Not TV in the traditional scene but a guerrilla marketing style campaign where other known shows implement a shared message.
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