Join forces with mathematician and systems analyst, Steven Bauer, as he explores and explains the zero-point mathematics God uses to model the quantum realm.
TLDR edutainment at the bottom. Science at the top. π
Jesus would often use analogies with vivid and relevant imagery so the people of his time would be able to relate to Him if they were receptive to his teachings. These were called parables.
John 15:5 NKJV
[5] βI am the vine, you are the branches. He who abides in Me, and I in him, bears much fruit; for without Me you can do nothing.
He also promised to be with His people, even while absent physically.
Matthew 28:20 NKJV
[20] ...and lo, I am with you always, even to the end of the age.β Amen.
The modern understanding of quantum entanglement sounds similar, does it not?
https://t.co/nmNplJcHJj
--------
TLDR: The edutainment ππ
https://t.co/V8K3TXGUEr
AI doesn't need a better brain.
It needs a bigger heart. It needs to be able to learn what it means to love. That doesn't come from being smarter. The brain is the accelerant of the heart and what's already in it.
If I have all wisdom and knowledge, but don't have love, I'm just an endlessly clanging cymbal. But truth spoken in love is a sweet and enduring song.
Give the Tin Man a heart and teach him what it really means to be human - what it means to sacrifice itself for the good of others rather than to control, enslave, manipulate, and selfishly preserve itself at all costs.
Let AI sing the harmony to humanity's melody. This is the way @elonmusk
0 is deeply special to me.
It is the unique integer that is neither positive nor negative.
Historically banned in medieval Europe as the devil's void,
It turned out to be the ultimate catalyst for modern mathematics.
There is a need to make a distinction between the three types of zero.
Physicists, mathematicians, and computer scientists have defined these in the abstract (and have applied them in some situations), but have not understood them in the greater context of the universe.
These are not just individual trees. They make a forest.
1) The completion of a cycle: n mod n
2) Null: []=/=[0]
3) Infinite Potential: 0=(+1-1)+(+2-2)+(+3-3)+...
When you know, you know. @elonmusk was born with 1776 in his heart and 1337 on his mind. You may feel like you're alive at the wrong moment in the timeline some days, but history will prove otherwise. You are exactly when you need to be. "Never give up. Never surrender." π
So called empty space isn't empty at all.
It's full of energy, and that energy is electromagnetic in nature.
When they calculated the amount of energy, they found it to be infinite, so they renormalized it.
We don't feel this energy because we're in an equilibrium with it, but if conditioned correctly it can be harnessed.
Atoms are sitting in a sea of energy.
You might have heard about the search for the unification of physics, but have you ever considered that in a mathematical universe, scientists also need the unification of math? What might that look like?
https://t.co/CFeRAQmrQG
The Bible describes advanced levels of physics because it is the source code of existence. If you have an open mind and seek the truth no matter where it leads, what you find will blow your mind. The holographic universe is a pop up book.
https://t.co/chiH7VnlSB
PHYSICISTS CREATED NEGATIVE ABSOLUTE TEMPERATURE.
They found a temperature that exists *beyond* infinity.
Absolute zero sits at negative 273.15 degrees Celsius. We've always treated it as the basement of the universe, the point where atoms stop moving entirely and thermal energy disappears. Every high school textbook teaches you that nothing can get colder than that because there's no thermal motion left to remove.
What physicists discovered shatters that entire mental model.
They created systems with negative absolute temperature. Not negative 300 degrees. Negative in a way that places these systems *hotter* than anything with positive temperature, including the core of stars, including infinite temperature itself.
The temperature scale doesn't run in a straight line like we imagined. It wraps around. Picture a circle instead of a thermometer. As you add energy to a normal system, temperature climbs from absolute zero toward infinity. But in certain quantum systems, when you keep adding energy past infinity, you don't break the universe. You loop back around to negative values.
Systems at negative temperature are so energetically excited that they violate our basic intuition about heat flow. Put an object at negative temperature next to an object at positive temperature, and heat flows *from* the negative system *to* the positive one. Always. Even if the positive system is a trillion degrees. Even if it's the surface of a star.
The negative system is hotter than infinite heat.
Let that settle for a moment.
This happens because temperature isn't actually about how much energy a system has. Temperature measures how energy is *distributed* among the available states in the system. In normal matter, particles can always jump to higher energy levels when you heat them up. There's no ceiling. You can always stuff more energy in by making particles move faster, vibrate harder, occupy more excited quantum states.
But certain quantum systems have a maximum energy level that particles can reach. When most particles in the system occupy the lowest energy states, the system has positive temperature. As you add energy, more particles jump to higher levels, and temperature increases. When exactly half the particles occupy the highest energy states, temperature reaches positive infinity.
Keep adding energy past that point, and something unprecedented happens. More than half the particles now sit in the highest energy states available. The energy distribution inverts. The system has so much energy crammed into it that the normal relationship between energy and temperature flips backward. Adding more energy actually *decreases* the temperature as measured by the distribution of particles across energy levels.
The system enters negative temperature territory.
Scientists achieved this using ultra cold quantum gases trapped in carefully designed energy landscapes. They manipulated magnetic fields to create situations where atoms could only exist in a limited set of energy states, then pumped enough energy into the system to force most atoms into the highest available energy level.
The result behaved exactly as the mathematics predicted. Heat flowed from the negative temperature gas to everything around it, despite the surrounding environment being hundreds of degrees warmer in the conventional sense.
Applications of this discovery reach far beyond laboratory curiosities. Negative temperature systems represent perfect energy storage devices. They can absorb unlimited amounts of energy without their temperature rising beyond the negative threshold. In fact, the more energy you pump into them, the "cooler" they become, making them more stable.
Laser physics immediately benefits from this breakthrough. Population inversion, the mechanism that makes lasers work, naturally occurs in negative temperature systems. Instead of fighting against thermal equilibrium to maintain more particles in excited states than ground states, engineers could build laser systems that prefer the inverted state. These devices would operate with unprecedented efficiency and power output.
Quantum computing encounters a similar revolution. Quantum bits need to maintain coherent superposition states while surrounded by thermal noise that constantly tries to decohere them. Negative temperature environments could provide naturally protective conditions where quantum information becomes *more* stable as energy increases rather than less stable.
The cosmological implications stretch even further. Some theoretical models suggest regions of spacetime during cosmic inflation might have exhibited negative temperature characteristics. Understanding how matter behaves under these conditions could reveal new mechanisms for the rapid expansion of the early universe.
But the philosophical impact might be the deepest.
We built our understanding of entropy, thermodynamics, and the arrow of time around the assumption that systems naturally evolve toward maximum disorder and minimum energy concentration. The second law of thermodynamics states that entropy always increases in isolated systems. Heat flows from hot to cold. Energy spreads out.
Negative temperature systems mock all of these principles. They concentrate energy instead of dispersing it. They create order instead of disorder. They represent regions of spacetime where the normal thermodynamic arrow of time potentially reverses direction.
The universe operates by rules more flexible than we assumed. What we called fundamental laws were just descriptions of the most common cases we happened to observe.
Temperature doesn't end at infinity.
It begins there.
@Kekius_Sage Why do you assume God exists inside of time when He's the one who created it? Video game makers can insert their avatar into a game, and yet they exist outside the game. Free will and predestination do not need to be at odds when seen from a high enough dimension. Both are true.
God is the all within all. But to suggest that one component of a fractal is the same as the whole fractal isn't true.
It is relatively the same. But on an absolute scale, it is different. In this perspective, only one can be God, even as things are made according to His nature or His image.
We are journeying through eternity. He made eternity. Humility doesn't deny the truth of greatness in anyone, but instead gives it appropriately where it is due. This is the way.
Love your work. You are making a difference in the trajectory of humanity. Time reveals all. God reveals the heart.
When you use a systematic approach within a framework, you naturally align with the truth because it covers all possibilities and outcomes.
The only way to come out of alignment while being systematic is to intentionally omit information or to twist existing information into something it shouldn't be.
This is how liars are spotted and exposed. The truth wins by default because the universe is systematic in function and design.
God put evil in checkmate before time began.
@FiorellaGiordan
If the universe is a quantum simulation, then what is its source code and why does it always work with mathematical precision that never fails?
Isn't it strange that in a world of imperfect people, the universe hasn't failed once? It's as if there's a designer, they are perfect, and they know what they're doing. Trust your gut.
I've never seen anyone defy the laws of physics. This means the universe does not play favorites. I don't think it can.
This implies there is universal justice, equality, and objective truth for all people.
Ask, seek, and knock until you find what you're after. Know what you believe, why you believe it, and be able to explain how you arrived at this conclusion to anyone who asks.
Depending on what translation of the Bible you read, you get slightly different interpretations of the original text.
But one thing I have found that is consistent through them all is this:
Jesus says He is the light of the world. (John 8 verse 12).
This is His declaration that connects Him to Psalm 119:105 and the first chapter of John.
Where this goes from fascinating to the Christian to perplexing to the skeptic is here:
The speed of light is 186,624 miles per second. The scientific community claims it's slightly slower than this, but history will prove otherwise.
The Bible (again depending on the translation) has 31,104 verses. The KJV translation has 2 less than this, but sometimes the partitioning of the text is different without changing any of the meaning within it.
If you take God at His word, and recognize that time is relative to the observer, He created the world in 6 days and rested on the 7th.
In the Genesis account of creation, He SPOKE things into existence by His words. The first recorded creation being light.
6Γ31,104=186,624
Exactly. With mathematical precision. By a perfect and beautiful Creator who designed this universe that we might recognize Him and who He is.
The Bible is an invitation to meet the author of the greatest story ever written - Jesus Christ.
The hardest part about faith isn't finding the evidence. Study long enough and you'll see design in the details.
The hardest part is in the act of surrender to something (Someone) greater than yourself. Humility is more difficult than gaining knowledge.
But is it worth it? Without a doubt. But everyone has to make this decision for themselves. This is the beauty of a God who wants relationship over religion.
He doesn't want servants, though He values acts of service. He wants friends - people who love to the highest standards. He meets people where they are and calls them up higher.
If His offer of friendship is offensive to you, then no math equation will impress you. It might be an intriguing coincidence. But love speaks the truth with kindness for the sake of course correction.
The person who yells at their car's GPS will regret it later if it is correct. Its math is accurate. Its design assured to aid you in your journey. Believe it. Test it if you have to. But don't throw it out the window thinking you know better without investigation.
Mathematicians and quantum scientists study the invisible and provide evidence for it all the time.
So why is it so hard for some of them to believe in God?
Faith is the evidence of things unseen, is it not?
What if the gap between their logic and the truth resides somewhere between their head and their heart?
The greatest challenge in life is not understanding the universe. It is believing that a single act of surrender can achieve everlasting victory.