As global population expands and technology increases, where is transportation?

With nearly 8billion people on the planet, how many people are interested in the future of transportation? Who uses transportation? As global population increases and technology becomes more prevalent, the need for transportation grows exponentially. Will this increase, stay the same, or decrease?  

People are interesting. Generally speaking, people are too involved in today’s affairs to be concerned about tomorrow. The future of transportation was a popular topic in the 1940s and 50s. Today’s culture is concerned with the rhyming of celestial artichokes and their pattern of multidimensional effects on unicorns wearing yoga pants. The argument is what color the tights should be. 

Meanwhile, global population rapidly expands. The social cry for efficient transportation has reached a crescendo of demand. When will there be a change to make transportation efficient?

How important is transportation?

The oil industry is big business but, only represents 10% of the US economy. How are people impacted by the economy of Western Society with cars? As an example: the economic impact from the oil industry in a mid-California county is the consumption of 500,000 gallons of gasoline per day. At the consumer price at $3 per gallon, it’s $1.5million per day. At $4 per gallon, it’s $1.5million per day for the gas company and $.5million in tax dollars to the State. That adds up to $730,000,000 annually (extracted from the local economy). So, that might be significant but, how much is insurance? In that same county, there are 700,000 vehicles registered. At $100 per month per vehicle it amounts to $70million per month. Or, $840million per year. That is directly related to cars but, isn’t associated as an impact from the oil industry.

With 10% of the US economy being the oil industry, and car insurance being another 10%; where does the extra 80% go? The average consumer expenses are 25% to housing, 15% taxes, 15% healthcare and health insurance. Other goods and services; such as cloths, entertainment, etc. 18%, food is 10%, and savings 7%.

How much of an impact does efficient transportation have? The oil companies would take a significant hit from gasoline sales. The insurance companies would have to figure out a way to compensate for their losses. The general public would have fewer monthly outlays.

What it will take to initiate efficient transportation

The actions of the private sector move quick towards change. Throughout the 1800s and into the early 1900s, horses were a dominant source of transportation. When photography became a viable technology in late 1800s, horses were seen as a common mode of transportation in cities.

When the communications and information revolutions exploded, technology quickly brought social change. Record players were a phenomenal technology in the early to late 1900s and played a key role to social change. Cassette tape players ended the record industry.  Compact discs ended the short few years of the cassette tape industry. Now, MP3 is dominate with compact drive storage and wireless technology, over what used to be the cd music industry.

Change in the private sector with disruptive technology is unstoppable. Efficient transportation introduced in the private sector as an automobile alternative is as disruptive to the transportation industry as the car was to the horse.

As to the bloviated state of bureaucracy, advanced transportation technology will obliterate the politics of government stagnation in transportation.  

I want it now

When people click a light switch, they want the light to shine. In explaining the flow of electricity and the principles of Coulomb's law which states that the electrical force between two charged objects is directly proportional to the product of the quantity of charge on the objects and inversely proportional to the square of the separation distance between the two objects; is more information than what most people will understand: when asked where the switch is.

The microwave culture is able to quickly figure out a control panel. The general public went to different schools than the physicist who finds the scientific principles and the engineer whose expertise is system design schematics.

There is an appropriate movie line: “I ask you what time it is, and you tell me how to build a clock.”

Everyone uses transportation

What is the future of transportation as the population increases? Who uses transportation? Who in the audience wants to fly to Mars in 3 hours?

The answer is: with efficient energy use in transportation; fast travel is viable. It requires the containment of energy in the same manner that the communication and information revolution has used. Viktor Schauberger pointed out that nature uses centripetal force. He also pointed out that all modern forms of transportation use centrifugal force that opposes nature.

The rational conclusion is that any force which opposes nature is prevented from an efficient operation. In a transportation device, there is massive opposition and resistance. This prevents a smooth flowing motion.

The principles in using efficient transportation for the average consumer have to be as simple as clicking on a light switch. Contrary to efficient energy use, the majority of modern transportation utilizes explosion technology. There’s a long list of problems associated with chemical explosions being used for transportation. The most serious issue is the debris field. The automobile industry refers to the debris field as exhaust.

Discovering methodologies for efficient transportation

Discovering a methodology of transportation that eliminates exhaust, provides a step towards efficient transportation. This begs the question: what can do that? Magnets.

What makes a magnet attract? Its molecular combinations of electron structure. That simple sentence is the correct answer and it still isn’t found in science books or on an internet search. The answer extends to a more complex procedure of specific elements with a similar number pertaining to balance in their outer shell of electrons, which is the combination of molecular form. 

Magnetism has the ability to physically cause another object to move. Repeating the movement can be accomplished by rotation.

Another opposition to nature in modern transportation devices is heat. Friction buildup is present everywhere in modern transportation devices. Levitation provides a methodology to eliminate friction. This begs an answer to the question: how can levitation be achieved? Physics doesn’t even recognize levitation. This requires a new perspective; a deeper understanding of what gravity is.

In answering the question of what gravity is, there is a new theory defining what gravity is. This theory postulates that gravity is angular momentum in the path of particle motion, in accordance with Einstein's theory of relativity. His explanation of relativity being energy equal to mass times the speed of light squared, shows perception of relativity: as traveling at the speed of light.

What is the future of transportation as the population increases? The answer is efficient energy use. It means ultra-fast speeds for space travel and the effortless movement of floatation for ground transportation.

Who wants a vehicle that floats, only using a small amount of energy? Does anyone want to fly and reach Mars in less than 3 hours?