Is there a way to improve today's transportation?

photo credit: unknown/pxhere

Someone recently asked a familiar question: ‘How to improve transportation?’ For anyone new to CATTCC, welcome to the answers about the future of transportation. Notice that’s plural.

There are many aspects to transportation but, transportation has only one function: to carry goods or people from one place to another. Additionally, all urban growth is based on the area’s primary source of transportation. This, of course, means that asking how transportation can be improved is a very complex answer that affects not only transportation but all urban growth. The question also alludes to consider how vitally important it is. To properly answer the question of how to improve transportation, the answer also effects the status of urban growth.

Urban growth is land-use. Since all urban growth is based on its transportation, it’s necessary to explain the different types of land-use. There are four types of land-use: nature, agriculture, transit oriented, and automobile centric land-use design. The two types of land-use design for modern urban growth are transit oriented or automobile centric land-use design.

Now to the question of improving transportation. In answering the question of how to improve transportation, the question involves asking what has to change with urban growth. Removing an automobile’s gas engine and replacing it to a battery powered electric motor has nothing at all to do with transportation. Nothing has changed. The automobile centric land-use design remains the same.

To improve the transportation function of the automobile centric land-use design is to build more traffic lanes. One of the basic principles of the automobile is recognizing that the automobile is wholly unsustainable. Maintaining the design of automobile transportation for the ever-growing population increase requires an unending widening of roads and freeways. Beyond road widening are bloating costs for constant road maintenance. The bigger the roads, the higher the costs for the worn-out road infrastructure. 

Pre-solution

What’s most urgent necessity in building a brand-new mode of transportation? Comprehension of how transportation affects land-use and the consequences of its design; provides the only understanding for its solution. Similar to the medical field of dentistry, a cavity ridden rotten tooth needs to be extracted. The solution to improve transportation is found with discovering and developing a brand-new mode of transportation.

One of the concerns regarding the current transportation dilemma requires implementing efficient energy use for alternative transportation vehicles. This has to be integrated into a viable and superior alternative to the automobile.

Where to find the automobile alternative

There are many CATTCC blogposts suggesting technology research areas for new modes of transportation. What is the most ideal area to explore? The significance of gravity manipulation regarding new transportation methodologies is fundamental to developing a brand-new mode of transportation.

Society’s technological advances over the past 100 years necessitate the demand for efficient transportation. Both short-distance and long-distance transportation require innovative solutions. A reasonable pursuit towards discovering new methodologies in transportation innovation is by the manipulation of gravity.

The difficulty in developing something that doesn’t exist is that there is nothing to expand on or duplicate; no starting point. Knowing that gravity has motion without energy loss to initiate movement, indicates the most appropriate area for beginning researching a new mode of transportation.

Demand for new technology

Any technology innovation requires a device. Obviously, this statement is rhetorical, however, conceptual ideas have beginnings with conversations. Several of the CATTCC blogposts confirm the obvious; that a priority for the transportation industry is to discover and develop a transportation device. Once such a product can be found to work, it can be adapted into implementation for public use. After the initial technology concept is established, modifications can be appropriately engineered by designers. Conceptualizing a new mode of transportation technology is where the need is. 

Levitation and gravity

In its technology search, the CATTCC blogposts have pointed to levitation as the beginning point where the new transportation technology can be found. Since levitation is molecular vibration, any new transportation technology using levitation, will be at the molecular level. Another consideration of levitation from CATTCC research is the question of how to compress a Cavity Structures Effect (CSE) in controlling its manipulation for levitation. Since an atomic void structure is negative, this is a possible component to the technology by utilizing Earth’s magnetic field and its ferrous plasma core.

CATTCC recognizes that the future of transportation floats. Floatation is by the manipulation of gravity. By studying levitation at the molecular level, its motion can be discovered. The blogpost: A Study in Gravity asks some pertinent questions. It asks: what is gravity? Is it the accumulation of mass or is it a subatomic process. The answer postulates that all matter is linear in unified wave motions at light speed. Each particle follows a specific path of linear movement. This theory identifies gravity as the angular momentum of matter along this linear path. This corresponds to Einstein's theory of relativity which he expressed in his most famous mathematical statement that energy equals mass times the speed of light squared. It is the component of light speed squared that validates this new postulation in identifying gravity.

How then, is gravity manipulated? By calculating and interacting to synchronicity of a particle’s wave motion. Light speed is very fast.

Path of particle motion

One of the greatest geniuses of the early 1900s was Viktor Schauberger. His background began as a multi-generational forester. He studied nature. One of his greatest quotes was: study and copy nature. Nature is very detailed, nature is very consistent, nature is very simple. It is complex but, simple. To manipulate gravity requires detailed complexity, with simplicity in function.

Another phenomenal achievement of Viktor Schauberger was his discovery that the motion of all nature is centripetal. It’s the simplicity found in the frequency motion of gravity. All plant life grows in the same centripetal counterclockwise pattern, that all planetary bodies move. 

When following the work of T. Townsend Brown, and his electrogravitics theory, the pattern of gravity as the angular momentum of particle motion; finds validation.

To take this further, the manipulation of gravity is conceptually valid for study. It’s a possible starting point for the conversation in researching the future of transportation technology.

Finding a new mode of transportation

In the blogpost, Developing a Theory for Levitation, it explores a theory of how levitation can be used as a mode of transportation. Another blogpost, Levitation, solve for a+b, is one of many blogposts that explores the work of Viktor Grebennikov’s Cavity Structures Effect (CSE).

There are many components to use in discovering a brand-new mode of transportation. 

Conclusion

The improvement for transportation is to be found with efficient energy use. The era of friction pushing a 2,500 - 4,000-pound automobile, to carry a 300 - 500-pound load has reached its zenith. Society’s technological expanse demands new transportation technology beyond the automobile. This requires extensive research in areas beyond Western society’s continual expansion of automobile technology and rocket use.