Skip to main content

Relativity of Time and Dimensions

Dimensions and Time 


What is Time?

It is defined by rotating solar systems around galaxies, galaxies around supernovas (which eventually become superstars). Superstars are those that keep energy, electromagnetic field, and forces of the universe in balance. So, if a superstar dies, the universe might as well. Superstars contain the heaviest energy particles that are less luminous or often dark. The dark/grey matter is the heaviest energy elements that are co-ordination compounds (so that every energy particle balances its own energy concerning galaxies around it) of heavy metals in the periodic table.

They do have electromagnetic properties and are the strongest candidates of all such (only electromagnetic) property holders. They mostly are positively charged protonic bodies. These superstars define dimensions in the universe aka gravitation. For a universe, to be stable, these superstars arrange themselves in the most efficient 3-D structure as per optimum relative requirements.


Time and its relatives.



What changes Time and its Origin possibilities?

A time frame changes only when parallel time frames collide with non-parallel time frames in search of energy balance. A Universe can be called a giant time frame having a distribution of relative frames across the superstars. Also, dimensions are defined by stable universes revolving around in different planes. Further, parallel relative time frames are those that revolve in the same plane around the absolute time frame. Here, parallel means the periodic difference in time frames.

The founding elements of absolute time aka supreme star are electrically neutral and magnetically multipolar. Concluding, we can say the same thing that changes gravitation changes time as well.





 

Labels

Labels:

Comments

Post a Comment

Thank you for your valuable time.

Popular posts from this blog

Internet Privacy Policies and their After-Affects

Internet Privacy Privacy over the Internet: Internet privacy in recent times has been a big problem for some and a big solution for some depending upon how you take it. Some believe that artificial intelligence is going to change the world, but some unknowingly defend the rules for NOT sharing data over the internet or any other means. Artificial intelligence and machine learning are totally dependent upon data science and research, then without sharing the data how one expects these kinds of advancements. It's not the question: what can be done with the data you provide over the internet? It is: how much paranoid are you regarding it? The big problem lies with the understanding of data science. Some people, obviously not educated about the same thing, and take it as a possession. But the educated ones think of it as a solution to every manual process that is done with the help of computers. Data from all over the world can not only solve the problem of trust issues between mankin...
Post a Comment
Read more

Time Machine

  Time Machine Time: Is it absolute? Time in its terms is a network of gravitation and electromagnetic or dark matter energies in the frames of dimensions. As shown in various time machine movies it is possible to travel in time.  Information of correct energy configuration and dimensions will lead you to the correct time sought after. So no one can say time is absolute. Famous movies like Interstellar have demonstrated it very well. How can you understand time in more simple terms ? To understand time one needs basic physics knowledge of relativity. Time is a configuration of relative movements of celestial bodies in space and their energy dimensions as per the movement.  Think of a train that moves parallelly to you, and it seems that time has stopped reacting to your movement, but it hasn't. It has just similar movement dimensions from your moving perspectives. It is like a piece of music where a chord or cipher not played well leads to a misunderstanding of it. How to...
Post a Comment
Read more

Quantum of Photography

  Quantum of Photography Understanding Photographic Quants and their Perception An image is pixelated or energized photographic films by photons as per radiation sent or absorbed by the object in focus . A digital picture has sensors to absorb the sensitivity of the visible spectrum and encode the reading in digital signatures to be processed by the integrated SoCs.  So, what you see in a digital picture is not exactly the object in focus, but around its perception to look alike as the subject. Nowadays, companies are making more efficient image sensors, adding more pixels for greater details and clearer images. But, the basics of imaging optics have been diverted to some limits of research. And, therefore we are still behind the efficiency and stealth of the human eye. Conversing energy has always been an imperfect process. Whenever an energy form converts into a desirable form there is always a loss of some energy in the form of a non-desirable form of energy. Thus, whenever...
Post a Comment
Read more