“They saw their injured country's woe;
The flaming town, the wasted field;
Then rushed to meet the insulting foe;
They took the spear, - but left the shield.”
―Philip Freneau
.
And by a prudent flight and cunning save A life which valour could not, from the grave. A better buckler I can soon regain, But who can get another life again?
Archilochus
...in this case, the lesson of "scale/ proportionality". Einstein wasn't Bohr's "sister" when it came to measurement scales (introduction of wave-particle uncertainty when transcending the systems)?
//It's only a proof of agency. the ability to make mistakes and learn (or not) from them.
Words, words, words... yawn.
Means, that's just declaration. I maybe wrong, dunno something. But it... not apparent, for at least.
In compare with me as example -- how I gone out of my ways and trying to face something new, to discover whole new culture, to map new territory... so to say...
Everything below Planck scales must be quantized. Classical calculations (ie Newtonian gravity) is fine above that. I don't need to do Planck length calculations to plan a trip from Earth to Venus.
Einstein's corrections to orbit calculations, primarily seen in Mercury's perihelion precession, involve adding relativistic terms (like those from General Relativity) to Newtonian gravity equations, explaining the slight discrepancy (about 43 arcseconds/century) not accounted for by other planets, with newer research suggesting subtle "cross-terms" and time dilation effects refine predictions further, improving accuracy beyond classical physics.
Einstein's relativity is crucial for GPS, requiring corrections for both Special Relativity (satellite speed makes clocks tick slower) and General Relativity (weaker gravity at altitude makes clocks tick faster), resulting in a net gain for satellite clocks; engineers pre-adjust atomic clocks to tick slower (about 38 microseconds/day faster than ground clocks) before launch, while receivers use data and math to fine-tune for orbital variations, ensuring accuracy in positioning. Without these relativistic adjustments, GPS errors would accumulate rapidly, rendering the system useless within minutes.
"Everything is Quanta/ Quantum.... until It's Qualia. ;)
from Google AI:
"Quantity leads to quality" means that producing a large volume of work, experimenting, and making mistakes is often the most effective path to mastering a skill and achieving high-quality results, as seen in the famous ceramics parable where the group focused on quantity produced better pots than the one focused on perfection, illustrating that practice and iteration refine skill. It counters perfectionism by emphasizing action, learning from failures, and building experience through consistent output, turning many average attempts into eventual excellence.
Key Concepts
Practice & Iteration: The more you create, the more opportunities you have to learn, refine techniques, and discover what works and what doesn't, similar to how Leonardo da Vinci's sketches led to masterpieces.
Overcoming Perfectionism: Focusing solely on perfection can lead to inaction (analysis paralysis); producing lots of work, even "junk," breaks this cycle and builds momentum.
The Ceramics Parable: A teacher divided students into two groups: one graded on quantity (many pots) and the other on quality (one perfect pot). The quantity group ended up producing the best work because they learned through making many iterations.
Building a Foundation: High-quality work isn't built on nothing; it's the result of a foundation of many lesser-quality attempts, mistakes, and experiments.
How to Apply It
Set a Schedule: Commit to regular, consistent output, even if it's just a little each day.
Focus on Volume: Aim to produce many ideas, drafts, or creations to increase your chances of finding a breakthrough.
Learn from Failure: View initial low-quality work as necessary steps in the learning process, not as failures to be avoided.
Don't Aim for Perfection (Initially): Just start creating, publish, or build. You can always refine and improve later based on feedback and experience.
Pythagoras famously stated, "Number rules the universe" or "All is Number," (Quantum) emphasizing that numbers are the fundamental principle governing reality, forms, and ideas, leading to concepts like the perfect number (ten) and the importance of ratios in music, as described by Iamblichus and Syrianus. This core belief led to discoveries about musical harmony and the mathematical structure of the cosmos, with specific phrases highlighting number's divine power, such as "Number is the ruler of forms and ideas, and the cause of gods and daemons
I believe that the current Lambda CDM model is still, at least partially, considered "classical" physics.
from Google AI: The Lambda-CDM (ΛCDM) model is the standard model of cosmology, blending Einstein's General Relativity with concepts from quantum physics (dark energy/cosmological constant, Λ) and particle physics (Cold Dark Matter, CDM) to explain the universe's evolution, structure, and accelerating expansion, describing a universe dominated by dark energy, dark matter, and a bit of normal matter since the Big Bang. It uses classical physics ideas like gravity and expansion but incorporates mysterious dark components to match observations, forming the best current framework for cosmic history, from galaxy formation to the cosmic microwave background.
Key Components Explained:
Λ (Lambda): Cosmological Constant / Dark Energy Represents a constant energy density of space itself, driving the universe's accelerated expansion. Acts as a repulsive force against gravity.
CDM (Cold Dark Matter):
A hypothetical type of matter that doesn't interact with light (hence "dark") and moves slowly (hence "cold").
Provides the gravitational scaffolding for galaxies to form. Baryonic Matter (Normal Matter):
The ordinary atoms (protons, neutrons, electrons) that make up stars, planets, and us, but only a small fraction of the universe's total energy density.
How it Connects to Physics:
General Relativity: ΛCDM assumes Einstein's theory of gravity (General Relativity) applies on cosmic scales, explaining how matter and energy curve spacetime.
Classical Expansion: It describes the universe's expansion, similar to classical models, but adds dark energy to explain why it's speeding up, not slowing down.
Particle Physics: CDM requires new physics beyond the Standard Model of Particle Physics, as it's non-baryonic and interacts weakly.
35 comments:
Not a News
And you just confirmed own ignorance with that repeating notorious propagandathat they was in come contradiction.
Confirming my own ignorance is my goal in life.
???
If it "I know that I know nothing"? It's pointless. As it is a truism.
Or... that have some other meaning I with my limited linguistical proves... I don't get?
It's only a proof of agency. the ability to make mistakes and learn (or not) from them.
...in this case, the lesson of "scale/ proportionality". Einstein wasn't Bohr's "sister" when it came to measurement scales (introduction of wave-particle uncertainty when transcending the systems)?
The quantum to classical system transition point (super vs sub atomic scale)
The interference pattern observation "scales" the quantum effects into the classical realm. It thereby "transcends" both systems.
In Einstein's classical scalar end, G_d doesn't roll dice. Only the scaled quantum "shadows" do.
//It's only a proof of agency. the ability to make mistakes and learn (or not) from them.
Words, words, words... yawn.
Means, that's just declaration.
I maybe wrong, dunno something.
But it... not apparent, for at least.
In compare with me as example -- how I gone out of my ways and trying to face something new, to discover whole new culture, to map new territory... so to say...
//Einstein wasn't Bohr's "sister" when it came to measurement scales (introduction of wave-particle uncertainty when transcending the systems)?
Cause.
You treat em from your ideological perspective.
Really, why all religion cannot cooperate?
I have revealed it to you, quite a while ago.
Because ideology -- based on some ideologemes, dogmas, principles... that is just words.
Means there is nothing, no substance, no truth behindit.
It makes it *inevitable* to followers to be CLINGY to em. Because, they'd LOOSE everything.
Unlike with Science.
There IS Truth behind.
And BOTH, and Bohr, and Einstein... was about seeking it.
NOT about clinging to some vague principles.
That what scientifical intellectual honesty based on.
And why scientists, even from far away cultures -- can discuss things.
And why religious/ideological people, even of the same culture can be only at each one's throats.
Yawn.
Like your Big- and Little-Endian's brawls here.
//The quantum to classical system transition point (super vs sub atomic scale)
There's no such thing.
Everything IS quantum.
//The interference pattern observation "scales" the quantum effects into the classical realm. It thereby "transcends" both systems.
There is no "classical realm". Yawn.
That is just our limited ability to grok things.
//In Einstein's classical scalar end, G_d doesn't roll dice. Only the scaled quantum "shadows" do.
Do you even get it??? CAN??? get it?????
With your anti-intellectual DEMN conditioning (that everything is the matter of opinion)
That Einstain as author of fotoeffect ARE THE FATHER of Quantum Mechanics itself. ;-p
So what??? He was scizophrenicly in opposition to himself???
And wanted Newtons bogus classical ideogemes to prevail?????
%,))))))))))))
"Glitches" in the VR matrix.
Everything below Planck scales must be quantized. Classical calculations (ie Newtonian gravity) is fine above that. I don't need to do Planck length calculations to plan a trip from Earth to Venus.
Einstein's corrections to orbit calculations, primarily seen in Mercury's perihelion precession, involve adding relativistic terms (like those from General Relativity) to Newtonian gravity equations, explaining the slight discrepancy (about 43 arcseconds/century) not accounted for by other planets, with newer research suggesting subtle "cross-terms" and time dilation effects refine predictions further, improving accuracy beyond classical physics.
Einstein's relativity is crucial for GPS, requiring corrections for both Special Relativity (satellite speed makes clocks tick slower) and General Relativity (weaker gravity at altitude makes clocks tick faster), resulting in a net gain for satellite clocks; engineers pre-adjust atomic clocks to tick slower (about 38 microseconds/day faster than ground clocks) before launch, while receivers use data and math to fine-tune for orbital variations, ensuring accuracy in positioning. Without these relativistic adjustments, GPS errors would accumulate rapidly, rendering the system useless within minutes.
My "reality" always contains and is mediated by elements of the "Imaginary" AND the "Symbolic" and is mediated by my Jouissance.
...useless within minutes.
Big Endian (Classical) "physics" works fine in the Big End.
Epicycles too.))))
Yawn.
I don't use GPS. I simply read maps.
...and yes, the Antikythera Mechanism works fine for me.
-William James
"Intelligence is a fixed goal with variable means of achieving it"
...but only the REAL way can compute it! @@
"Everything is Quanta/ Quantum.... until It's Qualia. ;)
from Google AI:
"Quantity leads to quality" means that producing a large volume of work, experimenting, and making mistakes is often the most effective path to mastering a skill and achieving high-quality results, as seen in the famous ceramics parable where the group focused on quantity produced better pots than the one focused on perfection, illustrating that practice and iteration refine skill. It counters perfectionism by emphasizing action, learning from failures, and building experience through consistent output, turning many average attempts into eventual excellence.
Key Concepts
Practice & Iteration: The more you create, the more opportunities you have to learn, refine techniques, and discover what works and what doesn't, similar to how Leonardo da Vinci's sketches led to masterpieces.
Overcoming Perfectionism: Focusing solely on perfection can lead to inaction (analysis paralysis); producing lots of work, even "junk," breaks this cycle and builds momentum.
The Ceramics Parable: A teacher divided students into two groups: one graded on quantity (many pots) and the other on quality (one perfect pot). The quantity group ended up producing the best work because they learned through making many iterations.
Building a Foundation: High-quality work isn't built on nothing; it's the result of a foundation of many lesser-quality attempts, mistakes, and experiments.
How to Apply It
Set a Schedule: Commit to regular, consistent output, even if it's just a little each day.
Focus on Volume: Aim to produce many ideas, drafts, or creations to increase your chances of finding a breakthrough.
Learn from Failure: View initial low-quality work as necessary steps in the learning process, not as failures to be avoided.
Don't Aim for Perfection (Initially): Just start creating, publish, or build. You can always refine and improve later based on feedback and experience.
from Google AI:
Pythagoras famously stated, "Number rules the universe" or "All is Number," (Quantum) emphasizing that numbers are the fundamental principle governing reality, forms, and ideas, leading to concepts like the perfect number (ten) and the importance of ratios in music, as described by Iamblichus and Syrianus. This core belief led to discoveries about musical harmony and the mathematical structure of the cosmos, with specific phrases highlighting number's divine power, such as "Number is the ruler of forms and ideas, and the cause of gods and daemons
"If One is not, then Nothing is" - Plato, "Parmenides"
I believe that the current Lambda CDM model is still, at least partially, considered "classical" physics.
from Google AI: The Lambda-CDM (ΛCDM) model is the standard model of cosmology, blending Einstein's General Relativity with concepts from quantum physics (dark energy/cosmological constant, Λ) and particle physics (Cold Dark Matter, CDM) to explain the universe's evolution, structure, and accelerating expansion, describing a universe dominated by dark energy, dark matter, and a bit of normal matter since the Big Bang. It uses classical physics ideas like gravity and expansion but incorporates mysterious dark components to match observations, forming the best current framework for cosmic history, from galaxy formation to the cosmic microwave background.
Key Components Explained:
Λ (Lambda): Cosmological Constant / Dark Energy
Represents a constant energy density of space itself, driving the universe's accelerated expansion.
Acts as a repulsive force against gravity.
CDM (Cold Dark Matter):
A hypothetical type of matter that doesn't interact with light (hence "dark") and moves slowly (hence "cold").
Provides the gravitational scaffolding for galaxies to form.
Baryonic Matter (Normal Matter):
The ordinary atoms (protons, neutrons, electrons) that make up stars, planets, and us, but only a small fraction of the universe's total energy density.
How it Connects to Physics:
General Relativity: ΛCDM assumes Einstein's theory of gravity (General Relativity) applies on cosmic scales, explaining how matter and energy curve spacetime.
Classical Expansion: It describes the universe's expansion, similar to classical models, but adds dark energy to explain why it's speeding up, not slowing down.
Particle Physics: CDM requires new physics beyond the Standard Model of Particle Physics, as it's non-baryonic and interacts weakly.
btw - How do you like the most recent Dark Matter proof (aka- Nothing)?
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