TagliatelliMonster
Veteran Member
Who in the hell do you think built the rocket? Scientism?
Yeah, sure, I "don't believe rockets need fuel"You believe rockets don't need fuel?
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Who in the hell do you think built the rocket? Scientism?
Yeah, sure, I "don't believe rockets need fuel"You believe rockets don't need fuel?
I'm sorry, but is it your belief that we don't understand that rockets, as a whole, are the result of literally centuries, if not millennia, of accumulating ideas and knowledge?Just as you can't go to the moon on rubber band power you can't communicate "science" when neither the speaker nor the listener are at all familiar with science. Your beliefs are contradicted by definitions and known fact.
No matter how much you twist and turn and play semantical games science doesn't think, understand, or come up with new hypotheses. People do these things and many of them are wholly ignorant of science or are theists. Peers can't think and Peers have no opinions right or wrong. Science didn't invent rockets with or without rubber bands, individuals did just as individuals invented the waggle dance and individuals procreate (in cooperation with one other individual).
This is not complex. Your belief in magic is complex.
I'm sorry, but is it your belief that we don't understand that rockets, as a whole, are the result of literally centuries, if not millennia, of accumulating ideas and knowledge?
Do you believe that we don't understand that science is a thing that is being done by humans?
Math is just a language.
Only in a sense.
To be a language as we define it you must be able to translate simple sentences back and forth. This is impossible.
I'd also point out that math and computer languages all break Zipf's Law which is supposed to hold for all languages.
We translate math to different bases. For example an equation in decimal can be translated to binary. So I'm not sure your point.
It is not known why Zipf's law holds for most languages.
Zipf's law - Simple English Wikipedia, the free encyclopedia
It says here most languages.
Well, most pyramids obeys the laws of cardinal directions on Earth, so the authors of the Pyramid Texts didn't IMO make the hieroglyphic texts without thinking of its symbolism.The authors of the Pyramid Texts didn't think and it doesn't obey the laws either.
You can't translate this sentence to geometry, algebra, or calculus. If you could you still couldn't translate it back.
Thinking creates Zipf's Law. Bees, calculators, computers, and static don't think so they don't obey any linguistic laws. The authors of the Pyramid Texts didn't think and it doesn't obey the laws either.
All modern human languages obey the laws but some create a better fit than others and it also depends on the author. Because of the way i think my words will have more outliers and a smoother line as well but, I'm sure, they still obey linguistic laws.
Suppose you have a moving body at time t. Then it's position would be a function f that contains a domain representing time at t. Therefore, if one wishes to find the position, they would simply calculate the function f(t). Whereas at time t=3, the body is at f(3), and at t=2, the body is at f(2). Or at t=0, the initial position would be f(0).
Now, when the Greeks first wrestled with the concept of limits over two thousand years ago, they fell short of success. It was only in the last 200 years that we came develop the concept of limits to its fullest extent.
E.g. If a function contains an interval (a,b). Where c ∈ (a,b). Then the slope of the tangent at the curve would be f'(c). Where f'(c) is the position of the body at x=c. Or, x=t.
Is this correct?
To whomever it may concern,
Correct me if I'm wrong, but is the derivative and slope of tangent just two alternative ways of interpreting the limit of first-principles definition?
This can be applied to the concept of motion in the real world. Specifically velocity.
Where x=c and (a,b) is an interval between which the function (assuming it's continuous) behaves? Note: c ∈ (a,b)
200 years? but that is just manipulation of numbers according to a set of rules. It might have some relevance to our observations, but that is all I can see. Beyond that @cladking is welcome to have any interpretation he wishes.@cladking do you understand this math? Two Quotes by @Ostronomos
200 years? but that is just manipulation of numbers according to a set of rules. It might have some relevance to our observations, but that is all I can see. Beyond that @cladking is welcome to have any interpretation he wishes.
Ok, @Ostronomos is describing some concepts of what is called calculus that was discovered / invented in the late 1600s simultaneously by Isaac Newton and Wilhelm Gottfried Leibniz. It was a major discovery in our ability to make sense of a lot of equations of movement that is still used and taught today, If you have limited math experience it is an interesting subject. That said his descriptions are not clear. Anyhow, it is math and that it describes well reality as we see it is sort of a side effect that many misinterpret. Math is a formal logic, that it describes what we call reality is a convenient coincidence maybe. It is worth study even if it never quite makes sense as it is one of the bases for almost all of the physics discoveries since then.I don't know this math. I procrastinated learning.
In reference to post 109 and 110
Never did I claim @cladking can't have any interpretation he wishes; how could I have written so it wouldn't have appeared that way? Can you show me how @Pogo
Asking what @Pogo wrote in the quote above in this post.
Can you show me from this math that this is 200 years? How is this manipulation of numbers according to a set of rules? What does that mean?
@Pogo @cladking
I was asking if @cladking understands this math or not. I don't understand it, and I will need to learn this math so I can understand. Is this algebra or calculus that @Ostronomos did in math?
@cladking Never did I claim you can't have any interpretations as you wish; please know that.
@cladking do you understand this math? Two Quotes by @Ostronomos
Well, most pyramids obeys the laws of cardinal directions on Earth, so the authors of the Pyramid Texts didn't IMO make the hieroglyphic texts without thinking of its symbolism.
OK, math is formal logic for things we can touch and measure in terrestrial matters - in space, it doesn't seem to be much of a help for Standard Model cosmology, since the calculus muddles it all up in all kinds of dark things and energies and black holes.Math is a formal logic, that it describes what we call reality is a convenient coincidence maybe. It is worth study even if it never quite makes sense as it is one of the bases for almost all of the physics discoveries since then.
I really don't think our ancestors were that fascinated or occupied by numbers. They were "just" keen natural observers.I believe most of the characteristics of these structures are little more than artefacts of the way they thought. Their language was mathematical in nature so it could to some limited extent be translated into math. Incredibly no one understands ancient math.
No, not the modern language. IMO you have to speak the ancient language of natural symbolism embedded in the numerous cultural and very similar Stories of Creation to tie it all together and make the human relation to it all.Our language has no tie at all to reality, science, or math.
We even don't know by what dynamic means this should happen - and even in space, Newtons' gravitational calculation guessworks is falsified by the discovery of the Galactic Rotation Curve. And as our Solar System is an integrated and intrinsic part of the galactic formation and rotation, I bet the terrestrial made laws of celestial motions have to be seriously revised." . . . and those things we can compute through knowledge like the force exerted on the earth by the moon . . .".
OK, math is formal logic for things we can touch and measure in terrestrial matters - in space, it doesn't seem to be much of a help for Standard Model cosmology, since the calculus muddles it all up in all kinds of dark things and energies and black holes.
It is really the other way around, ancient mathematicians came up with an equation 1/x^2 originally through geometry and squares and circles, Much much later we discovered that that relation would describe the relative brightness of a light as you moved away from it if the x was the distance. Even later we discovered that the equation applied to force between to objects that we call gravity and that discovery allowed us to understand why the planets and moons stay in their orbits and why things orbit at the distance they do.OK, math is formal logic for things we can touch and measure in terrestrial matters - in space, it doesn't seem to be much of a help for Standard Model cosmology, since the calculus muddles it all up in all kinds of dark things and energies and black holes.
I really don't think our ancestors were that fascinated or occupied by numbers. They were "just" keen natural observers.
No, not the modern language. IMO you have to speak the ancient language of natural symbolism embedded in...
And that goes for an assumed lunar influence on tides as well.
Pogo says:
The math itself however is just a playing around with geometry and numbers until we find something that it relates to.It is really the other way around, ancient mathematicians came up with an equation 1/x^2 originally through geometry and squares and circles, Much much later we discovered that that relation would describe the relative brightness of a light as you moved away from it if the x was the distance. Even later we discovered that the equation applied to force between to objects that we call gravity and that discovery allowed us to understand why the planets and moons stay in their orbits and why things orbit at the distance they do.
The standard model of cosmology is actually based on a set of equations that describe the observations of the heavens and then, using these equations they were solved for time in the past and it predicted that the universe was very much smaller some 13.8 billion years in the past and that it would have been extremely hot etc. The actual confirmation that this set of equations does describe the behaviour of the universe which was predicted in the early 1900s did not even come till an accidental measurement taken in the 1960s. Again, math is not controlling things, but if you find the right mathematical equations they can describe expected observations.
In fact, the dark things and energies were looked for because either the math was wrong or there was something else out there.
The standard model of cosmology is actually based on a set of equations that describe the observations of the heavens and then, using these equations they were solved for time in the past and it predicted that the universe was very much smaller some 13.8 billion years in the past and that it would have been extremely hot etc.
In fact, the dark things and energies were looked for because either the math was wrong or there was something else out there.