What is a Black Hole?

A black hole is a singularity – a point where laws of physics as we know them cease to exist.  It is where mathematics approach infinity.  The idea of a body so massive that even light could not escape was first proposed by geologist John Michell in 1783.  It was also predicted with Einstein’s equations …

The Light and the Life

The Light and the Life

A crystal lattice is like a prism when light enters it. The light pathway can change direction and light emerges from it everywhere. Light actually refracts, following the crystal lattice’s framework of bonds. It also reflects and bounces out of its path at any imperfection point of the lattice. Without imperfections, we wouldn’t be able to observe this phenomenon.

What is life? It is like a light that permeates our mind and body, and we act like a crystal lattice by allowing it to pass through us. Life allows our bodies to regenerate cell-by-cell while still retaining our identity and collective experiences.

What do we do with the life-energy that flows through us? Like a prism, we split the signal up into different colors. These are represented as energy centers of the body, or chakras. Energies of different ‘colors’ of this spectrum affect our emotions. All emotions have the same underlying energy, which we perceive as love. Love is life. It is our light. We let it shine through us, even though we have imperfections. But like a crystal, this is what makes it work.

Since biological life evolves, it is a natural consequence of life that our bodies evolve. Like a plant growing toward light, our evolution takes us toward the love. Consciousness is the first step. Our thoughts become a nonphysical extension of our bodies. Our mind is a field of thoughts and emotions surrounding us. It is a reflection of the light that shines through us. Consciousness evolves as it grows, and we realize we are part of something much, much bigger. And everything is connected through the same underlying energy.
The Omniverse is the source of the light and life. It is where our entire universe comes from. In fact, the universe is a prism of the underlying energy. Its ‘colors’ are the laws of physics. Its life in the habitable zone is a natural consequence of its laws, through a complex decision-making process. This is the universal consciousness, and even it is part of something bigger. Once you know the Omniverse, you understand how it creates the universe, the light, and the life.

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What is Time?

What is Time?

We use time to measure cycles, which are broken down to repeating events. In a cycle, we can observe something grow. And in a cycle, everything has a DECAY, like when we age. We also see decay all around us: planets’ orbits decay as they slowly fall towards their sun. Even atoms decay by losing an electron, proton, or neutron. In fact, we currently keep time with an atomic clock that measures the radioactive decay of a cesium atom.
So, TIME IS MEASUREMENT OF DECAY.
Is time always the same? We might think so, but it’s not! Time varies. Einstein’s General Relativity shows that as an object moves faster, its time (or decay) slows down relative to an object that is either moving slower or standing still. This was proved with 2 atomic clocks – one in motion on a plane, and one on the ground. After the flight, there was a measurable difference.
So if time is relative, we can have varying rates of decay. Does this mean we can go back in time? This would mean we would have negative decay, like putting an eggshell back together after it breaks. This violates ENTROPY (when something goes from a state of order to a state of disorder), so we don’t go back in time. But, according to quantum physics, all possible states of decay EXIST, meaning that all time exists! You are the sum of your cycle of time, not a part of it!
In summary,
• Time is measurement of decay;
• Decay is relative; and
All possible states of decay, thus time, do exist.

Cycles of Time

Cycles of Time

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!

Life by Choice

Life by Choice

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.

The Grand Slam Theory of the Omniverse

The Grand Slam Theory of the Omniverse

The Grand Slam Theory of the Omniverse is more than just a theory of how the universe began. It is the realization of a larger reality from which its creation was made possible. So, while the universe may be finite, its surroundings are uncharted. What is on the other side of the fish bowl we live in? The answer will be revealed soon with the book, Grand Slam Theory of the Omniverse: What Happened Before the Big Bang.

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Global Warmng, Universal Freezing, and Death by Higgs

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 …

Life by Choice

Life by Choice

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.

Expand Your Mind

Expand Your Mind

Are we the only life in the observable universe, 93 billion light years across? Every atom is in communication with atoms anywhere in the universe through quantum entanglement.

In the Omniverse, our universe is a singularity, thus every atom in the universe today is part of a single point. The Omniverse has a habitable zone where the point becomes the Big Bang.

So, is there life in the universe? 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 your choice.

Welcome to your mind!

Expand Your Mind!

Expand Your Mind!

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.

Gravity on the Moon

High resolution map of the moon’s surface gravity, produced last December by Gravity Recovery and Interior Laboratory (GRAIL), published in three papers in the journal Science. “What this map tells us is that more than any other celestial body we know of, the moon wears its gravity field on its sleeve.  When we see a …

Space

Space

“There’s lots of stuff going on in the universe – you just need to give it some space to happen.”
-Michael Bernard Beckwith

The Cosmic Hearth

The Cosmic Hearth

from NASA.gov – The Orion nebula is featured in this sweeping image from NASA’s Wide-field Infrared Survey Explorer, or WISE. The constellation of Orion is prominent in the evening sky throughout the world from about December through April of each year. The nebula (also catalogued as Messier 42) is located in the sword of Orion, hanging from his famous belt of three stars. The star cluster embedded in the nebula is visible to the unaided human eye as a single star, with some fuzziness apparent to the most keen-eyed observers. Because of its prominence, cultures all around the world have given special significance to Orion. The Maya of Mesoamerica envision the lower portion of Orion, his belt and feet (the stars Saiph and Rigel), as being the hearthstones of creation, similar to the triangular three-stone hearth that is at the center of all traditional Maya homes. The Orion nebula, lying at the center of the triangle, is interpreted by the Maya as the cosmic fire of creation surrounded by smoke.

This metaphor of a cosmic fire of creation is apt. The Orion nebula is an enormous cloud of dust and gas where vast numbers of new stars are being forged. It is one of the closest sites of star formation to Earth and therefore provides astronomers with the best view of stellar birth in action. Many other telescopes have been used to study the nebula in detail, finding wonders such as planet-forming disks forming around newly forming stars. WISE was an all-sky survey giving it the ability to see these sites of star formation in a larger context. This view spans more than six times the width of the full moon, covering a region nearly 100 light-years across. In it, we see the Orion nebula surrounded by large amounts of interstellar dust, colored green.

Astronomers now realize that the Orion nebula is part of the larger Orion molecular cloud complex, which also includes the Flame nebula. This complex in our Milky Way galaxy is actively making new stars. It is filled with dust warmed by the light of the new stars within, making the dust glow in infrared light.

Color in this image represents specific infrared wavelengths. Blue represents light emitted at 3.4-micron wavelengths and cyan (blue-green) represents 4.6 microns, both of which come mainly from hot stars. Relatively cooler objects, such as the dust of the nebulae, appear green and red. Green represents 12-micron light and red represents 22-micron light.

Image Credit: NASA/JPL-Caltech/UCLA

“Longing gives …

“Longing gives you the power to bless. Bless the entire creation, for the longing in you is God.” – Sri Sri Ravi Shankar

Life in the Universe

Our new understanding of the habitable zone brought us to the realization that habitable planets are everywhere in our Milky Way galaxy.  A study of 158,000 red dwarf star data from the Kepler scope showed that red dwarf stars, the most common kind in our galaxy, were cooler and smaller than thought.  This means they …

What Is Space?

What Is Space?

Space appears to us as if it were empty, wide open areas in-between planets and stars. There is so much space in galaxies that stars collide with nothing when galaxies merge. Space is even inside of the very atoms we are made of. Imagine your inner space as the membrane in which quarks vibrate on in space, creating subatomic particles like protons and neutrons. In essence, it’s a canvas on which you are created. Outside of us, we perceive space between us and the world. And as we look further, we see it beyond our planet and everywhere in the known universe.

So, is it really empty? Not when you realize that instead, space contains everything. Simply put, space is the fabric the universe is made from. Your inner space allows quarks to vibrate and create particles. On a large scale, space is filled with gases. On any scale, space is filled with fields. Fields carry energy. Large structures, like planets, stars, and galaxies, are surrounded by magnetic fields. We even create our own magnetic field by circulating iron through our bodies. Our thought creates its own field, which can be measured in brain activity. On the quantum level, the strong field makes objects feel solid to us. And all of space is permeated with a Higgs field, which interacts with particles to give them mass. So space is actually full of fields, energies, and particles. It is compressed energy that vibrates in such a way that it is creating the Universe!

Where did space come from? Before the Big Bang, our entire universe is a singularity. At the very beginning of the Big Bang, space rapidly expanded to near its current state. Like unfolding fabric super fast, space unfolded faster than light. Like turning on a 4D TV, space is a projection of energy from its singularity state.

What turns on space? A new scientific proposal shows how. The Omniverse consists of a source that produces the singularity, force that pushes it away, and a field that keeps it stable. When the singularity is pushed away, the field weakens, and the Big Bang unfolds its space.

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