Universal Irony Division: Things don’t fall down, they fall inward. There is no up or down in space. And you, dear ones, are floating through space on a giant rock. Its gravity pulls you inward to safety. Inward for grounding. Inward for growth and evolution, because you grow from this inward direction. Everything operates from …
Dear Universe, I love thee so. My presence is of that. I belong to you. To every galaxy. Every star. To every planet and moon. I belong to life itself. To the molecules that create life. To the atoms and subatomic particles. I belong to every single bit of energy that’s vibrating in exactly the …
When you think about it, the odds seem staggeringly stacked against our favor. At least that’s the way you’ve been conditioned to think. The chances that the universe has spots where galaxies formed, and then stars with planetary systems, some of which are capable of harboring life, and out of all of the possible candidates …
New views change the world. Your perception shapes your reality. And there’s a trick to how this paradigm works. Once it was thought that the world was flat. It was thought that the solar system revolved around Earth. And that was our entire universe. And then someone changed everything with new views. Moons orbit around …
Imagine that everything you can see right now was inside a bubble. And everyone else saw from inside their bubble. As more and more of us got closer, our bubbles merged, allowing us to share our vision with one another. Yet, still no one would see outside the bubble. Collectively though, miracles happen inside the …
There’s a lot we can’t see. As with the discovery of Planet 9, we haven’t seen it yet. But astronomers know it is there because of the effects it has on its surroundings. Today another discovery was announced. They’ve actually been observing these for 30 years and just started to use a new technique. And …
Welcome to your universe. Feel free to explore. To get started, you are going to wake up as a universal consciousness. At this moment, the Big Bang is born and space is created as energy is transmuted. We’ll start manifesting this whole universe into every bit of our physical building blocks, creating clouds of gasses from a …
Here’s some omniversal reasoning on why to give thanks. Gratitude is an energy of giving back to the universe. Biological life is a form of the physical manifestation of the universe created to perceive the surroundings and become aware of itself. Sounds like a mouthful, doesn’t it? What it means is this: you are the …
Dark matter is excess mass that we can observe by its gravitational affect in our universe. What is it made of? This is still a mystery. Dark matter does not interact with light, so we can’t ever hope to see it. But we can observe how it affects its surroundings. We have observed dark matter’s …
Galaxies evolve around supermassive black holes
We use time to measure cycles. Our Earth rotates in a day. The planet’s rotation axis wobbles, and this is known as procession. This can affect the length of a day. The angle of the axis can change too, and this is known as eccentricity. This affects how much sunlight the planet receives. Combined together, these produce Milankovitch cycles and are notable for their correlation to glacial and interglacial periods.
The Earth’s orbit around the Sun takes a year. The orbital path itself varies, This can affect the distance from the Earth and sun, causing mean temperature fluctuations. With orbital changes, procession, and eccentricity, the Earth has cycles measured in several thousands of years.
The Sun could even be a part of a larger cycle. A theoretical proposal recently suggested that if the Sun were part of a binary system with a red dwarf, the two stars could be orbiting each other on a cycle of about 26 million years.
Then there’s the Milky Way galaxy, with our solar system on one of its rotating fingers. The entire galaxy rotates around its central supermassive black hole, and it takes 225 million years to rotate once around the galaxy. Recently, using the Hubble telescope, we measured sideways motion of the entire galaxy. Our galaxy and Andromeda will someday merge, which may have happened with another galaxy before. This cycle is about 4 billion years or more.
Since the universe is over 13 billion years old, it has been a part of an even larger cycle – expansion. In the Omniverse proposal, this is another cycle, as it spreads evenly across the event horizon of a giant white hole. The white hole is the source of the singularity that produces the Big Bang, starting the cycle of our universe. When scientists mention the Big Freeze, or the end of our universe, they fail to see the big picture. As with all other cycles, this process repeats.
So, do you really think you don’t have time to do that something you want to do? You have all the time in the Omniverse!
A galaxy’s central black hole is a life by choice.
– Before it was a black hole, it was a supernova, the end to a star’s life cycle. – Before it was a star, it was a cloud of gas.
– The black hole selectively feeds on frequent small meals rather than rare and dramatic galactic mergers. The black hole’s feeding choice is a decision.
– Its massive gravity causes ripples throughout the galaxy, creating stellar bodies and balancing the amounts of matter.
It must be a pretty darn good decision-maker.
Humans are obsessed with endings! Everything’s a crisis these days. One glance into our media’s eyes shows us the hype surrounding climate change and how it affects the Earth. Countless scientific papers have been written on the subject predicting our demise by global warming and/or superstorms – always good for another disaster movie. And then …
Read more “Global Warmng, Universal Freezing, and Death by Higgs”
A galaxy’s central supermassive black hole has seen more than a lifetime of growth. Sustained primarily by frequent small meals rather than rare and dramatic galactic mergers, as previously believed, the black holes selectively choose when and how much to consume. They can grow rapidly in merger-free spirals simply by attracting gas and other matter.
A supermassive black hole grew over time to become the giant that we observe. Before it was a black hole, it was a star that went supernova. Before it was a star, it came from clouds of gas, just like the matter it feeds on today. Each star has a life cycle, sometimes ending abruptly, other times becoming a black hole. Stars are born and resurrected as black holes. The supermassive black hole in the center of the galaxy is simply the eldest. Its ability to choose when and what to swallow is effectively a type of decision. Could the black hole be able to make complex decisions like a computer or even a brain? Does its massive gravity cause ripples throughout the galaxy that help stellar bodies form? In fact, the central black hole’s gravity must balance the amounts of gas, stars, planets, dark matter and power the spinning of the galaxy. It must be a pretty darn good decision-maker.
Are we the only life in the universe? Just an insignificant speck on a 8,000-mile wide planet, 93 million miles from our sun, in a solar system that’s 3.7 billion miles across, in the 100,000 light year-diameter Milky Way galaxy, that is part of our observable universe, 93 billion light years across? It seems we’re just spatially challenged!
You are more than your location. In fact, every atom in your body is in communication with atoms anywhere in the universe through quantum entanglement. The key to this process can be found in the mind. The mind is the field made by you. It is like an atom’s electron field. As you become aware of greater distance from yourself, your mind grows. As a meditation technique, this can give great results. First, imagine the space around your body at 1″, then 1′. Then, imagine your building, city, country, solar system, galaxy, and the entire universe.
Now you can go up another level to the Omniverse. This is what produces the Big Bang. Before the Big Bang, our universe is just a singularity, so every atom in the universe today is part of it. The reason we become entangled with other atoms everywhere in the universe is because we are part of a single point particle. From the Omniverse’s perspective, this point particle is held within a strong field, holding back the Big Bang until it is hit out of the park. Once out of this field, the singularity isn’t stable and our laws of physics begin. This is our universe’s habitable zone. Just like our galaxy spinning around a massive black hole with our solar system on a giant finger of the galaxy, and our planet spinning around the Sun within its habitable zone.
Our solar system is the best example we have of a habitable zone for life. The only example we have, in fact. We have found that other planetary systems might have habitable zones in our galaxy. We can imagine the number of possible habitable planets in the entire universe. Based on studies in part of our galaxy, it could be a very large number.
So, is there life in the universe? Just ask an atom! If atoms in you are entangled in a quantum dance within the universe, wouldn’t you want all of your atoms to be in habitable zones? This is how consciousness is born. You are here by choice. If we choose to disbelieve the possibilities for life in the universe, then we find nothing. But when we choose to explore the possibilities, we see infinity! Welcome to your mind. Feel free to move around.