The building of ideas towards developing a prototype

Can a transportation device be built using spin as the principal methodology for gravitational independence? The question is asked with the assumption that it is possible. The immediate question from the preceding blogpost is: how to build a device that can afford a 214,000rpm rotation?

According to Otis Carr, the craft he built; spun at over 600 rotations per minute. For a large craft, that’s a very fast speed. The Rotor, the fairground’s puke machine, spun at 33 rpm. It spun fast enough to stick kids to its wall. A craft spinning 214,000 would generate an extremely damaging g-force. Any high-speed rotating motion requires its spin to be centripetal. The only imaginable solution to this extreme spin speed would be for a craft to be aligned with the path of particle mass and follow the linear path of particle motion.

Energy generators

Similar to an electrical generator; again, the spinning of the generator shaft does not engage the machine to light speed for it to produce electricity. From, petrotechnic.com:   

How Spinning Creates Electricity

Today’s generators work on the same principles of electromagnetic induction that were discovered in 1832. In this year, a man named Michael Faraday discovered that electrical charges could be created when an electrical conductor was moved in a magnetic field. This movement resulted in a difference of voltages between the two ends of the wire or conductor, resulting in a flow of the electrical charge and finally an electrical current. In modern generators, the rotating elements are surrounded by a large magnet and coils of copper wire. The magnet is rotated as a result of the spinning wheels, and this results in a powerful stream of electrons, therefore converting the mechanical energy into electric energy.

The electric generator, with its interaction of a conductor moved into a magnetic field; causes a massive and continual collision between large fields of opposing electrons. This centrifugal impact action of exploding opposing magnetic fields; generates intense heat. With the heat comes tremendous amounts of energy loss.

The theoretical intent of a gravity generator is to engage the device to produce an independent inertia field. An efficient gravity generator uses synchronous oscillating magnetic fields. It’s theorized, this action will produce extreme cold and a compressed vacuum field. As a gravity generator, the oscillating magnetic fields spin with centripetal force.

Both electric generator and gravity generator involve magnetic force.  

The purpose of a gravity generator is for efficient transportation. For the purpose of transportation, it’s assumed that the gravity generator has, or induces, linear movement. This presumption leads to engineering methodology with a similar to a type of linear induction motor (LIM) or linear synchronous motor (LSM). This consideration of engineering oscillatory motion, is like the Bible says: a wheel within a wheel. 

New modes of transportation

What’s the point in researching new modes of transportation? The primary reason? Efficient energy use for transportation. There are multiple aspects to the inefficient levels of current transportation. From cars to rockets, explosion propulsion in transportation is horrendously wasteful.

The blogpost: Impacts of the Automobile Centric Land-Use Design, points out that in the US, nearly every aspect of life involves its primary source of transportation: the car. Automobiles serve as the center piece of our car culture society. The foundation of physical interaction in urban design is how a person gets from one place to another: transportation. The impacts of the automobile aren’t necessarily beneficial. The automobile is unsustainable environmentally, economically, and even socially.

The emphasis in this blogpost is transportation energy. As for the automobile being unsustainable, the first measure is its basic energy inefficiency as a matter of basic physics. An average car weighs three thousand pounds. In terms of inefficient, this says it takes a 3,000-pound car to carry a 200-pound load (one occupant, with baggage). The larger the vehicle, the heavier it is and the more energy is spent carrying its own weight. However, the impact of a car’s ability to become more energy efficient regarding its fuel consumption, has no bearing on the inefficiency of travel time to society in traffic congestion and the reflecting lower local economic productivity.

The aspect of the car’s inefficiency, as Western Society’s primary source of transportation, is an important reason to research new modes of transportation.

Another reason is space flight.

Space flight

The current time frame for a flight to Mars is 7 to 8 months. Top speed for a rocket to Mars is 25,000mph. Why? The product of chemical combustion; is the release of its energy in 360 degrees. Propulsion force is a massive waste of energy. A rocket’s trajectory is 1 degree.

In November 2021, the NASA solar probe, Parker, had become the fastest object built by humans. It passed the Sun at a speed of 364,621mph. This was accomplished by its “gravity assist” speed boost in making a close passage to Venus.

Just to be clear: the pentacle of human speed was not by propulsion.

Using the best rocket science engineering available, rocket power has achieved 25,000mph. Light speed (C) is 186,828 miles per second. 25,000mph is one-twenty-five-thousandth of C (actually, 0.000037279123279345). For human intellectual engineering to reach only 1% of C, it requires a mechanism to attain the speed 186.282 miles/second, or 670,617 miles/hour. Parker, NASA’s solar probe, reached half the speed of 1% of C. How? By utilizing the attractive nature of gravity. 

Is space flight important? Space has been referred to as ‘the next frontier’. Exploration is a natural human trait. There are unknown and unexplored opportunities of every kind in space. The barrier to space exploration is inadequately slow rocket speed.

The advanced NASA rocket technology being studied is ion drive. Data shows this technology to have a propulsive efficiency of 65–80%.

The requirement of fast space flight speed is 100% energy efficient. For anyone wondering how such engineering is accomplished: re-study the Parker mission. 

For those who feel the need to struggle with the status-quo and ignore solutions, common sense is often too difficult.

There’s another reason space flight is important. Human increase and intellectual extension. To reach out into space, incredibly fast speed is imperative. Practical space travel requires light speed, or at least a portion of its speed.

At light speed, the flight to Mars would take 3.03 minutes or 182 seconds. A flight to Mars at 1/10th the speed of light would reach Mars in 3 hours.

CATTCC is a think tank for researching the future of transportation. Gravity is efficient energy use.