**_Everything_ is quantifiable, and should be quantified.**
Everything is a #measure or can be measured.
#Science can study anything, and #mathematics is the language of science.
The fact that some aspects of life seem hard to estimate doesn't mean we are better off not even trying and coming up with our best approximation.
More #information rarely hurts, and even rough approximations (accompanied by their respective confidence intervals) are useful information.
One can measure, weigh and analyse… and still be sensitive, funny, romantic, impressionable, intuitive, creative — if one so chooses after all the (numeric) information is available.
@tripu
Go tell this to anti realists.
Surely measuring things often improves information and knowledge, but that doesn't mean everything is quantifiable.
@rastinza What isn't?
@tripu
Whose life is better, what is the meaning of life, position and momentum of an electron
Science can study some things, to some others it can offer no response; for example it cannot answer the question "is science a good way to explain the world?"
> Position and momentum of an electron
Yes, I think you hit on a valid edge case: singularities (in the physics sense). At quantum level and black hole level my claim might well fail 😅
> [Science] cannot answer the question "is science a good way to explain the world?"
Yes, it can. Put science to compete against alternatives (intuition, religion, tradition, randomness, etc) to make predictions about a specific phenomenon. See which does better. Rinse and repeat. Science comes ahead in the aggregate.
@tripu
One edge case is enough to falsify a whole theory.
Making predictions does not equate to explaining something: neural networks for example make very good predictions about stuff, however provide no explanation.
Moreover, you cannot consider religion and tradition as alternatives to science since these do not work in the same field.
How can you evaluate which works better if they provide answers to different questions?
The scientific method is based on several axioms, thus one might simply disregard it completely if he disagrees with one of those.
> _“One edge case is enough to falsify a whole theory.”_
I'm happy for my claim that “math is everywhere and numbers are useful to us humans in all domains of life” to be limited by the Uncertainty Principle. There's still an awful lot of useful applications outside of that. After all, when was the last time you felt the UP was constraining your options in life?
> _“Making predictions does not equate to explaining something: neural networks for example make very good predictions about stuff, however provide no explanation.”_
Agreed. Still, science and math do tend to make predictions _and_ explain far more than anything else we know. Even when science or engineering can't “explain” but just “predict accurately”, they're terribly useful, and better than anything else. Don't you agree?
> _“You cannot consider religion and tradition as alternatives to science since these do not work in the same field.
How can you evaluate which works better if they provide answers to different questions?”_
What questions do religion or tradition answer better than science?
> _“The scientific method is based on several axioms, thus one might simply disregard it completely if he disagrees with one of those.”_
Agreed. But that's true of _any_ epistemic system. That's not a weakness of science. (And I would claim that science needs fewer and simpler axioms than, say, Christianity.)
@tripu
I do agree with you in almost everything, but even though you believe that everything is quantifiable, you have no way to prove it is, while I did provide valid examples of things which are not quantifiable.
Thus, according to the scientific method, not everything is quantifiable.
Religion provides clear answers to the questions "why are we here" "what is the purpose of life" and so on
Tradition provides guidance on how to behave in certain situations, something that science cannot do: science can help you understand the outcomes of certain actions but it doesn't tell you which one to perform, while instead tradition does guide you in your decision making.
Science and technology are useful, I never said otherwise.
The fact that religion is also based on axioms doesn't change anything. One could consider the axioms on which religion is based as correct and the ones on which science is based as incorrect and still use science because it works.
Just like when you use classical mechanics, you know that the theory is wrong but it does work well enough to do what you need to do.
Keep in mind, I'm not religious at all.
If you believe that science provides real knowledge, that is fine; but it's just your belief and you have no way to prove it to be true.
@rastinza @tripu but everything *is* quantifiable in principle, even if we *can't* quantify it, which is a different thing. An electron has a position and a momentum, even if we can't predict both. A black hole has properties, even if we can't understand them from our dimension. There's a number of atoms of hydrogen in all of the golf balls in the world even if we wouldn't be able to count them. It's all measurable, in principle. Science provides the single best approximation.
@ImperfectIdea
> Meaning has no quantity
> It's like asking the size of blue
> Everything is quantifiable
Decide yourself, either everything is quantifiable or not.
If everything is quantifiable, then concepts should be quantifiable as well.
If concepts are not quantifiable, then the statement that everything is quantifiable is false, which is what I'm saying since the beginning.
@tripu
@rastinza @tripu this is not the gotcha you think it is 😆 It doesn't mean that any sentence you can construct in a language will have a measurable answer.
"What's the weight of January?" is invalid.
"What's the average height of elfs?" is invalid.
"What's the meaning of life?" could very well be invalid.
INVISIBLE CALCULATIONS: What you don't see is how measurements are not being used not just the measurement of numbers which also can be questionably used... (the method is critical more than masurements itself) and then the interpretation over and over loses it's focus and meaning over time...
@undefined @ImperfectIdea @rastinza @tripu
This kind of initial statement vs. the above line *seems* quite clear and clean... MY FORMULA TO DEMONSTRATE THAT:
- You/People are measuring some things and not others
- You/People are using some method which also includes / excludes things (there is not 1 method or 100 methods to cover everything reasonably without over-doing it.
So perhaps just training humans to balance this all rather accepting some actually don't mind 'losing in the balances' (it doesn't have to be pure numbers but by how comfortable these human animals are in living and balancing that instead.
- Numbers try to standardise what shouldn't be (humans, organic life matter, stuff that wasn't numerical to start with exactly or not as head classification - it's organic and analogue <-- something like that)
The number - "I know best and I can measure it" perspective is dangerous as I see it and like calling something like life and humans by another name... Even only loosely using this (plus other methods) is borderline fascistic with making drama here about that word! Nobody wants to be a number in your counting.
So inside a questionable method I feel like this is actually a dangerous perspective as I can't see how it can't go right! Usually it's ok with 50/50 stuff but this is like only good for measuring wood and cutting it immediately lol even storing wood means it deform or dehydrates if you measure years later!!)... things perish... plastics fade and crack... people lose faith... lots of obscure examples
I think numbers-attitude (loosely calling it that) is rife in engineers or engineer-mentality - just dogged or dog-focussed about it and then trying to force it on almost everything forgetting unique unidentifiable humans... or changing organic life... not digits
Added point:
Digits can be static and even if there not they need 'viewing' or another human to interpret... so you have this constant human factor (more than once) in how stats or numbers are used and like many accountants they are all using the numbers differently
(even the same numbers)...
**** that is what you don't see (how it's being used not just the measurement) ****