Introduction:
Welcome to a fascinating journey through the realm of infinity. In this blog post, we will delve into the world of problem-solving, where every obstacle presents an inexhaustible array of solutions. By expanding our horizons and embracing a concept known as fourth-dimensional geometry, we open ourselves to new insights that can address some of the most perplexing challenges of our time. This series aims to unravel the mysteries of unsolved problems from the past and present, explore the boundless energy of the vacuum of space, and shed light on the enigmatic atomic structure. Get ready to embark on an intriguing adventure of infinite possibilities.
Unveiling the Depth of Mathematics
In order to comprehend the complexity of the problems we face, we must first delve into the realm of mathematics. Throughout this series, we will tackle some of the most intricate mathematical puzzles that have confounded researchers for decades. By delving into these challenges, we aim to unlock new perspectives and push the boundaries of human understanding.
Harnessing Infinite Energy from the Vacuum of Space
One of the most astonishing concepts awaiting exploration is the harnessing of energy from the vacuum of space. In this fascinating section, we will delve into the concept of infinite energy residing within the vacuum. Through a scientific journey, we aim to unveil fascinating applications and shed light on how these discoveries may revolutionize our world.
Demystifying Atomic Structure
The enigma of atomic structure has puzzled scientists for centuries. In this part of the series, we will navigate through the intricacies of atoms and their behaviour. By unravelling the mysteries surrounding the atomic world, we hope to bring clarity to the perplexing phenomenon that defines our material existence.
As we embark on this journey through the realms of infinity, we invite you to join us in exploring new avenues of knowledge and understanding. Through the lens of fourth-dimensional geometry, we aim to redefine our approach to problem-solving, uncover infinite energy sources, and shed light on the peculiarities of atomic structure. Stay connected with us as we delve deeper into these captivating topics. Make sure to subscribe to our channel for regular updates on this exciting series. Let the journey into the infinite begin.
conclusion
Exploring the Geometric Universe: A Glimpse into Cosmic Geometry
The Geometric Universe isn’t just a concept—it’s a transformative journey that transcends conventional thinking and unveils the interconnected patterns that shape our reality.
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Comments (4)
I was watching your video on the speed of light where you state the speed of sound is the square root of the speed of light. The speed of sound is 343 ms but I calculate the square root of the speed of light as 173145158 (ms) How do you explain this??
Thanks for taking the time to watch our video on the seep of light and sound. https://www.youtube.com/watch?v=odPWvCPcqNk
The 343 ms, is the speed of sound in air, I believe, which does not account for the density of the medium. The ratio is 3:√3. This is derived from the equations noted on this page.
“Note that in an ideal gas (i.e. non-interacting particles) the “hardest” that the equation of state can become will be when P=ρc2/3 (see below) and thus the maximum sound speed would be c/3–√ in that instance.”
https://physics.stackexchange.com/questions/191817/are-there-limits-for-the-speed-of-sound-a-maximum-or-a-minimum-only
There are many other places where you can find the same information.
The concept of sound before light is inherent to standard Big bang Theory. You can find out more about BAO’s in the informative video.
https://www.youtube.com/watch?v=PPpUxoeooZk&t=34s
More info on our 4D Aether posts
Also the metre was originally defined in 1791 by the French National Assembly as one ten-millionth of the distance from the equator to the North Pole along a great circle, going through Paris of course, so the Earth’s polar circumference is approximately 40000 km. So in itself a fairly arbitrary distance on a universal scale. So why does the closeness of the speed of light to 30000000 ms have such significance and why do you say it is 3.
A great observation. The meter is defined from the quarter arc of the earth, which remember is the place where life emerges in the universe. The nature of measurement and scale within the metre is can be divided further by powers of 10, from which notions such a nanometre, femtometre, etc. are established. Time is similar as the division of the second into base 10 produces the nanosecond, microsecond, and so forth. As this scaling notion is calculated in base 10, the effect is that dependant on the scales used, so the apparent number changes. For example, 300,000 KM per sec becomes 300,000,000,000 M per sec. The same applies to the scales of time,i.e 300,000 M per Millisecond, or 300 M in a nanosecond.
Dimensionless Science offers a simplified system of scientific maths, based on the nature of ratio, expressed in its simplest terms. i.e speed of light = 3. This convention was quite common place in science, as you can see from the notion produced by Einstein’s 1901 papers.
What we have found is the the domain of complex scientific equations can be replaced by simple geometric models based on this simple system. Furthermore, the results correlate mathematically to the key scientific equations. Afterwards, magnitude can be recalculated and a more refined answer obtained. The power of Dimensionless Science is in its ability to provide a ‘rough sketch’ of a solution, which allows us to explore the universe from a metaphysical geometric space, akin to the nature of a holo-fraqctal universe.