Mark Torres14 said:But what defines a "fundamental" level? What's the lowest possible baseline? You should probably have some criteria for that. Why pick a single particle?
If we only knew about electrons, protons, and neutrons, but had zero clue what an atom was, could we actually calculate that an atom exists just by looking at those particles? Or is that purely emergent?
And how can it be random?
Take an electron—it doesn't exist in a vacuum; there are multiple electrons. They all behave identically. If even one of them were truly random, they wouldn't be identical.
In the macro world, nothing is ever exactly the same, yet in the micro world, everything is identical. Isn't that weird?
What is conscious matter? 🤷
Us.
Let's go back to basics. Like I said, I don't view randomness as a specific outcome, but rather as a set of possible outcomes.
That statistical aspect isn't caused by our ignorance; it's due to inherent uncertainty.
Think about balancing a ball on your fingertip. You don't always know which way it'll tip. But you definitely know the factors influencing its fall. You also know it won't suddenly land on top of a skyscraper if you aren't standing on one.
At the subatomic level, things can be random and totally unpredictable. Yet, an electron isn't going to just pop up 62 miles out of nowhere randomly.
(Meaning, I don't believe in effects appearing without causes. Though, the whole idea of something coming from nothingness could be its own debate, but let's save that for later.)
Actually, what you're describing is determinism, not randomness. It’s a bit fuzzy, wrapped in cellophane or whatever... but it’s still determinism. True randomness means no cause at all. Show me something that moves entirely on its own. If that existed, natural laws wouldn't exist.
Why isn't impermanence the opposite of permanence?
I get the feeling your take on transience here is a bit too abstract for me to follow. 😁
Let's break down transience. It implies something comes into being, lasts for a while, and then vanishes. When you look around, the entire world is transient. I realize it’s still on the edge of what we can prove, but it follows that our universes, space, motion, and time are all transient too.
Impermanence is impossible. Give me one single thing that is permanent.
The absolute minimum spatial requirement.
Why couldn't it be a particle—or a wave? Based on our current understanding, the evidence points strongly in that direction. As I noted before, the data supports this.
Mark Torres14 said:But what defines a "fundamental" level? What's the lowest possible baseline? You should probably have some criteria for that. Why pick a single particle?
If we only knew about electrons, protons, and neutrons, but had zero clue what an atom was, could we actually calculate that an atom exists just by looking at those particles? Or is that purely emergent?
And how can it be random?
Take an electron—it doesn't exist in a vacuum; there are multiple electrons. They all behave identically. If even one of them were truly random, they wouldn't be identical.
In the macro world, nothing is ever exactly the same, yet in the micro world, everything is identical. Isn't that weird?
What is conscious matter? 🤷
Us.
Let's go back to basics. Like I said, I don't view randomness as a specific outcome, but rather as a set of possible outcomes.
That statistical aspect isn't caused by our ignorance; it's due to inherent uncertainty.
Think about balancing a ball on your fingertip. You don't always know which way it'll tip. But you definitely know the factors influencing its fall. You also know it won't suddenly land on top of a skyscraper if you aren't standing on one.
At the subatomic level, things can be random and totally unpredictable. Yet, an electron isn't going to just pop up 62 miles out of nowhere randomly.
(Meaning, I don't believe in effects appearing without causes. Though, the whole idea of something coming from nothingness could be its own debate, but let's save that for later.)
Actually, what you're describing is determinism, not randomness. It’s a bit fuzzy, wrapped in cellophane or whatever... but it’s still determinism. True randomness means no cause at all. Show me something that moves entirely on its own. If that existed, natural laws wouldn't exist.
Why isn't impermanence the opposite of permanence?
I get the feeling your take on transience here is a bit too abstract for me to follow. 😁
Let's break down transience. It implies something comes into being, lasts for a while, and then vanishes. When you look around, the entire world is transient. I realize it’s still on the edge of what we can prove, but it follows that our universes, space, motion, and time are all transient too.
Impermanence is impossible. Give me one single thing that is permanent.
I don't see the point of the question. 🤷
What does "emergent" actually mean?
Mark Torres14 said:But what defines a "fundamental" level? What's the lowest possible baseline? You should probably have some criteria for that. Why pick a single particle?
If we only knew about electrons, protons, and neutrons, but had zero clue what an atom was, could we actually calculate that an atom exists just by looking at those particles? Or is that purely emergent?
And how can it be random?
Take an electron—it doesn't exist in a vacuum; there are multiple electrons. They all behave identically. If even one of them were truly random, they wouldn't be identical.
In the macro world, nothing is ever exactly the same, yet in the micro world, everything is identical. Isn't that weird?
What is conscious matter? 🤷
Us.
Let's go back to basics. Like I said, I don't view randomness as a specific outcome, but rather as a set of possible outcomes.
That statistical aspect isn't caused by our ignorance; it's due to inherent uncertainty.
Think about balancing a ball on your fingertip. You don't always know which way it'll tip. But you definitely know the factors influencing its fall. You also know it won't suddenly land on top of a skyscraper if you aren't standing on one.
At the subatomic level, things can be random and totally unpredictable. Yet, an electron isn't going to just pop up 62 miles out of nowhere randomly.
(Meaning, I don't believe in effects appearing without causes. Though, the whole idea of something coming from nothingness could be its own debate, but let's save that for later.)
Actually, what you're describing is determinism, not randomness. It’s a bit fuzzy, wrapped in cellophane or whatever... but it’s still determinism. True randomness means no cause at all. Show me something that moves entirely on its own. If that existed, natural laws wouldn't exist.
Why isn't impermanence the opposite of permanence?
I get the feeling your take on transience here is a bit too abstract for me to follow. 😁
Let's break down transience. It implies something comes into being, lasts for a while, and then vanishes. When you look around, the entire world is transient. I realize it’s still on the edge of what we can prove, but it follows that our universes, space, motion, and time are all transient too.
Impermanence is impossible. Give me one single thing that is permanent.
I don't buy the "coincidence" argument. Based on everything we know—both experimentally and theoretically—it’s being forced. It's clearly intentional. And there is absolutely no basis for comparing its behavior to anything you'd see in the macro world.
Mark Torres14 said:But what defines a "fundamental" level? What's the lowest possible baseline? You should probably have some criteria for that. Why pick a single particle?
If we only knew about electrons, protons, and neutrons, but had zero clue what an atom was, could we actually calculate that an atom exists just by looking at those particles? Or is that purely emergent?
And how can it be random?
Take an electron—it doesn't exist in a vacuum; there are multiple electrons. They all behave identically. If even one of them were truly random, they wouldn't be identical.
In the macro world, nothing is ever exactly the same, yet in the micro world, everything is identical. Isn't that weird?
What is conscious matter? 🤷
Us.
Let's go back to basics. Like I said, I don't view randomness as a specific outcome, but rather as a set of possible outcomes.
That statistical aspect isn't caused by our ignorance; it's due to inherent uncertainty.
Think about balancing a ball on your fingertip. You don't always know which way it'll tip. But you definitely know the factors influencing its fall. You also know it won't suddenly land on top of a skyscraper if you aren't standing on one.
At the subatomic level, things can be random and totally unpredictable. Yet, an electron isn't going to just pop up 62 miles out of nowhere randomly.
(Meaning, I don't believe in effects appearing without causes. Though, the whole idea of something coming from nothingness could be its own debate, but let's save that for later.)
Actually, what you're describing is determinism, not randomness. It’s a bit fuzzy, wrapped in cellophane or whatever... but it’s still determinism. True randomness means no cause at all. Show me something that moves entirely on its own. If that existed, natural laws wouldn't exist.
Why isn't impermanence the opposite of permanence?
I get the feeling your take on transience here is a bit too abstract for me to follow. 😁
Let's break down transience. It implies something comes into being, lasts for a while, and then vanishes. When you look around, the entire world is transient. I realize it’s still on the edge of what we can prove, but it follows that our universes, space, motion, and time are all transient too.
Impermanence is impossible. Give me one single thing that is permanent.
Why do you find that strange?
The macro world is a chaotic mess of variables. Finding two identical systems is an impossibility. Yet, at their core, all systems are built from the same fundamental components.
It’s a fair question. How many distinct paintings can actually be produced using the exact same palette?
That diversity points toward chaos rather than mere coincidence.
Mark Torres14 said:But what defines a "fundamental" level? What's the lowest possible baseline? You should probably have some criteria for that. Why pick a single particle?
If we only knew about electrons, protons, and neutrons, but had zero clue what an atom was, could we actually calculate that an atom exists just by looking at those particles? Or is that purely emergent?
And how can it be random?
Take an electron—it doesn't exist in a vacuum; there are multiple electrons. They all behave identically. If even one of them were truly random, they wouldn't be identical.
In the macro world, nothing is ever exactly the same, yet in the micro world, everything is identical. Isn't that weird?
What is conscious matter? 🤷
Us.
Let's go back to basics. Like I said, I don't view randomness as a specific outcome, but rather as a set of possible outcomes.
That statistical aspect isn't caused by our ignorance; it's due to inherent uncertainty.
Think about balancing a ball on your fingertip. You don't always know which way it'll tip. But you definitely know the factors influencing its fall. You also know it won't suddenly land on top of a skyscraper if you aren't standing on one.
At the subatomic level, things can be random and totally unpredictable. Yet, an electron isn't going to just pop up 62 miles out of nowhere randomly.
(Meaning, I don't believe in effects appearing without causes. Though, the whole idea of something coming from nothingness could be its own debate, but let's save that for later.)
Actually, what you're describing is determinism, not randomness. It’s a bit fuzzy, wrapped in cellophane or whatever... but it’s still determinism. True randomness means no cause at all. Show me something that moves entirely on its own. If that existed, natural laws wouldn't exist.
Why isn't impermanence the opposite of permanence?
I get the feeling your take on transience here is a bit too abstract for me to follow. 😁
Let's break down transience. It implies something comes into being, lasts for a while, and then vanishes. When you look around, the entire world is transient. I realize it’s still on the edge of what we can prove, but it follows that our universes, space, motion, and time are all transient too.
Impermanence is impossible. Give me one single thing that is permanent.
I have a bad habit of stripping "conscious matter" out of debates like this. 😁
Mark Torres14 said:But what defines a "fundamental" level? What's the lowest possible baseline? You should probably have some criteria for that. Why pick a single particle?
If we only knew about electrons, protons, and neutrons, but had zero clue what an atom was, could we actually calculate that an atom exists just by looking at those particles? Or is that purely emergent?
And how can it be random?
Take an electron—it doesn't exist in a vacuum; there are multiple electrons. They all behave identically. If even one of them were truly random, they wouldn't be identical.
In the macro world, nothing is ever exactly the same, yet in the micro world, everything is identical. Isn't that weird?
What is conscious matter? 🤷
Us.
Let's go back to basics. Like I said, I don't view randomness as a specific outcome, but rather as a set of possible outcomes.
That statistical aspect isn't caused by our ignorance; it's due to inherent uncertainty.
Think about balancing a ball on your fingertip. You don't always know which way it'll tip. But you definitely know the factors influencing its fall. You also know it won't suddenly land on top of a skyscraper if you aren't standing on one.
At the subatomic level, things can be random and totally unpredictable. Yet, an electron isn't going to just pop up 62 miles out of nowhere randomly.
(Meaning, I don't believe in effects appearing without causes. Though, the whole idea of something coming from nothingness could be its own debate, but let's save that for later.)
Actually, what you're describing is determinism, not randomness. It’s a bit fuzzy, wrapped in cellophane or whatever... but it’s still determinism. True randomness means no cause at all. Show me something that moves entirely on its own. If that existed, natural laws wouldn't exist.
Why isn't impermanence the opposite of permanence?
I get the feeling your take on transience here is a bit too abstract for me to follow. 😁
Let's break down transience. It implies something comes into being, lasts for a while, and then vanishes. When you look around, the entire world is transient. I realize it’s still on the edge of what we can prove, but it follows that our universes, space, motion, and time are all transient too.
Impermanence is impossible. Give me one single thing that is permanent.
No, that isn't determinism. I seem to be using a different formula for randomness. Specifically, I distinguish between true randomness and situations that act as their own cause.
I later added that there exists a set of possibilities that simply cannot occur, and initially, I just noted my lack of belief in a created world that lacks a creator existing above the level of the world itself.
Mark Torres14 said:But what defines a "fundamental" level? What's the lowest possible baseline? You should probably have some criteria for that. Why pick a single particle?
If we only knew about electrons, protons, and neutrons, but had zero clue what an atom was, could we actually calculate that an atom exists just by looking at those particles? Or is that purely emergent?
And how can it be random?
Take an electron—it doesn't exist in a vacuum; there are multiple electrons. They all behave identically. If even one of them were truly random, they wouldn't be identical.
In the macro world, nothing is ever exactly the same, yet in the micro world, everything is identical. Isn't that weird?
What is conscious matter? 🤷
Us.
Let's go back to basics. Like I said, I don't view randomness as a specific outcome, but rather as a set of possible outcomes.
That statistical aspect isn't caused by our ignorance; it's due to inherent uncertainty.
Think about balancing a ball on your fingertip. You don't always know which way it'll tip. But you definitely know the factors influencing its fall. You also know it won't suddenly land on top of a skyscraper if you aren't standing on one.
At the subatomic level, things can be random and totally unpredictable. Yet, an electron isn't going to just pop up 62 miles out of nowhere randomly.
(Meaning, I don't believe in effects appearing without causes. Though, the whole idea of something coming from nothingness could be its own debate, but let's save that for later.)
Actually, what you're describing is determinism, not randomness. It’s a bit fuzzy, wrapped in cellophane or whatever... but it’s still determinism. True randomness means no cause at all. Show me something that moves entirely on its own. If that existed, natural laws wouldn't exist.
Why isn't impermanence the opposite of permanence?
I get the feeling your take on transience here is a bit too abstract for me to follow. 😁
Let's break down transience. It implies something comes into being, lasts for a while, and then vanishes. When you look around, the entire world is transient. I realize it’s still on the edge of what we can prove, but it follows that our universes, space, motion, and time are all transient too.
Impermanence is impossible. Give me one single thing that is permanent.
Agreed. But if we return to the premise that the world was created—something created it.
If it was created, and it truly aligns with the reality of the Big Bang, then it won't just vanish on its own. It could only vanish via an outside intervention that erases it.
Matter itself, as we know it, won't decide to cease to exist of its own volition.
On the other hand, there is the model I gave a slight edge to at the start: the model without a beginning. In that model, transience exists—it's obvious everywhere. Things arise and pass away. But it has been happening forever and will continue to happen. Much like the style of Heraclitus. 😁
For example, transience: the property of material reality where it changes form and shape within time and space.
(That just occurred to me; in a few minutes, I might not even agree with myself on this.)