Buddhist Detachment Won't Save You
from Google AI (Nature):
Universal conformal invariance, in the context of living matter, refers to the discovery that the macroscopic patterns of collective cell movement exhibit a hidden symmetry, regardless of the specific cell type or evolutionary history. This means that different cell types, from bacteria to human cells, display similar swirling or vortex-like flow patterns with identical statistical properties. This finding suggests that living matter organizes itself according to universal laws, bridging biology with theoretical physics and mathematics.Here's a more detailed explanation:What is Conformal Invariance?In simple terms, conformal invariance means that a system's behavior remains unchanged under transformations that preserve angles and local scaling (stretching or shrinking). Imagine zooming in or out on a picture; if it's conformally invariant, the relative angles between lines in the picture remain the same even as you change the magnification. In the context of cell movement, this implies that the swirling patterns of cells maintain their statistical characteristics even when viewed at different scales or with distortions that preserve angles.What does "Universal" mean?In this context, "universal" means that the observed conformal invariance applies to a wide range of living systems, despite their vast evolutionary differences. For instance, researchers have observed this symmetry in bacteria, human cells, and even different types of cancer cells. The fact that these diverse systems all exhibit the same statistical patterns of swirling flow suggests that there are underlying, fundamental principles governing how living matter organizes itself.Why is this discovery significant?
More from Google AI:
CFT (Conformal Field Theory) and fractals are connected in several ways, particularly in the study of critical phenomena and quantum gravity in two dimensions. Conformal field theories, which are invariant under conformal transformations (scale and angle-preserving transformations), can be used to describe the behavior of systems at their critical points, where they exhibit scale invariance and self-similarity, characteristic of fractals.Here's a breakdown of the connection:
126 comments:
//What is Conformal Invariance?
In simple terms, conformal invariance means that a system's behavior remains unchanged under transformations that preserve angles and local scaling (stretching or shrinking). Imagine zooming in or out on a picture; if it's conformally invariant, the relative angles between lines in the picture remain the same even as you change the magnification.
Because... that is the way our Reality, our Universe ARE.
Revealed for 100 years now.
By...
Emmy Noether's groundbreaking work on what is now known as Noether's theorem was published in 1918. This theorem establishes a fundamental link between symmetries in physical systems and conservation laws. Specifically, her paper "Invariante Variationsprobleme" (Invariate Variational Problems), presented in July 1918, demonstrated that for every continuous symmetry of a physical system, there is a corresponding conservation law.
"Discovery". My ass.)))))))
And before that, used in Einstains theory of Relativity.
And before that, in math.
So... that is "ground breaking discovery" only to a staunch ignorants that at last came into library...
Application to Biology is the discovery.
Again, biology.
The "location" of cells in the body isn't information encoded in DNA. It's coordinate system is apparently "inherent" in spacetime and therefore coordination information accessible to the cells
In Erwin Schrödinger's book "What Is Life?", he explores the concept of life from a physics perspective, suggesting that living organisms can be understood as systems that maintain order and self-replication by drawing "negative entropy" from their environment. He proposed that the laws of physics, particularly those of thermodynamics and quantum mechanics, could help explain the processes within living organisms.
Schrödinger's book, based on lectures he gave in 1943, aimed to bridge the gap between physics and biology, particularly in understanding heredity and genetics.
Biologists are slowpoks? )))))
//The "location" of cells in the body isn't information encoded in DNA
Yeah-yeah-yeah... it is full of "garbage DNA", that responsible for remembering long as dead philosoper... and just bullshit babblers.
But not about structures of different organs and tissues.
And embriology... do not exist.
Yawn.
So did he prove it experimentally in '43?
Experimentally? Yes.
IMO, It's built into the bio-electric fields that seek to cellularly replicate the "bio-electric resonances" established by the original egg-sperm calls? The embryo must develop (reduce intra-cellular bio-electric induced stress) so as to "attune" itself and match the original bio-electric wave frequencies at larger external-cellular "scales".
Picasso tadpoles.
What prove??? %)))
It's just you are one who dunno embriology.
Yawn.
What is nox genes?
//IMO, It's built into the bio-electric fields that seek to cellularly replicate the "bio-electric resonances" established by the original egg-sperm calls? The embryo must develop (reduce intra-cellular bio-electric induced stress) so as to "attune" itself and match the original bio-electric wave frequencies at larger external-cellular "scales".
Pseudo-sciency BS.
Yet one time -- "embriology". Google for it.
Starting from chicken egg. Blastula. Gastrula. And etc.
The early development of a chick embryo proceeds through several key stages, starting with fertilization and progressing through cleavage, blastulation, and gastrulation. After fertilization, the single-celled zygote undergoes rapid cell division (cleavage) forming a blastula, which then reorganizes into a gastrula with three germ layers: ectoderm, mesoderm, and endoderm.
Here's a more detailed breakdown:
1. Fertilization:
The process begins with the fertilization of the egg by sperm in the upper oviduct.
2. Cleavage:
The fertilized egg (zygote) undergoes rapid cell division, forming a solid ball of cells.
3. Blastula:
Continued cell division leads to the formation of a blastula, which is a hollow sphere of cells. In the chick, this is a flattened structure called the blastoderm, with a subgerminal cavity underneath.
4. Gastrula:
The blastula undergoes gastrulation, a process where cells migrate and reorganize to form the three germ layers:
Ectoderm: The outer layer, which will give rise to the skin and nervous system.
Mesoderm: The middle layer, which will form muscles, bones, and blood.
Endoderm: The inner layer, which will become the lining of the digestive and respiratory systems.
5. Organogenesis:
Following gastrulation, the germ layers differentiate and begin to form specific organs and tissues.
K of 6 n 4 cell types
No, I don't know embriology... my mind is open.
???
Well. That is tedious stuff. Much more tedious then Lem.
But.
Who knows, what if you'll find good embriology 101 course on youtube :-p
Yes, it organizes in layers... but where does the information directing this organization come from?
;p
From outer space... maybe. :-)))))
Biological Stress is a high energy state... entropy seeks a lower energy state.
I'm glad that you opening to yourself Brave New World of computer simulations... and fractals. Yawn.
You can start opening world of programming altogether. ;-)
Like with finding code for that simulation. Or writing it from scratch.
DIY. Acta non verba!
Which forces the structural pattern via bio-electric field..
BS. It have nothing in common with stress.
CFT (Conformal Field Theory) and fractals are connected in several ways, particularly in the study of critical phenomena and quantum gravity in two dimensions. Conformal field theories, which are invariant under conformal transformations (scale and angle-preserving transformations), can be used to describe the behavior of systems at their critical points, where they exhibit scale invariance and self-similarity, characteristic of fractals.
Here's a breakdown of the connection:
Fractals and Critical Phenomena:
.
Many physical systems at their critical points exhibit fractal behavior, meaning their structures display self-similarity at different scales. For example, the boundaries of clusters in percolation theory or the paths of random walks near criticality can be fractal.
CFT as a Description:
.
CFTs provide a powerful mathematical framework for studying these critical phenomena because they are invariant under scale transformations, which is a key feature of fractals.
Fractal Dimensions and CFT:
.
The central charge, a key parameter in CFT, is related to the Hausdorff dimension of fractal structures that emerge in the corresponding physical systems.
SLE and Boundary Quantum Gravity:
.
The Stochastic Loewner Evolution (SLE) is a mathematical model used to describe random curves, and it is deeply connected to CFT and boundary quantum gravity, where fractal structures play a crucial role.
Fractal Entropy Scaling:
.
In some cases, fractal behavior can also be observed in the scaling of entanglement entropy in systems described by CFT, particularly when the system exhibits chaotic behavior, according to a paper on the American Physical Society.
Holography and Fractals:
.
In the context of the AdS/CFT correspondence, which relates string theory in anti-de Sitter (AdS) space to a CFT on its boundary, fractal structures can be used to explore the properties of both the bulk and boundary theories.
Quantum Error Correction:
.
The study of holographic quantum error correcting codes in AdS/CFT also involves fractal structures, highlighting the connection between fractals, quantum information, and gravity, says a paper on the American Physical Society.
//Which forces the structural pattern via bio-electric field..
There's no wires for that electricity, to begin with.
And without wires... it will just burn and destroy all that enzymes and DNA all that living machinery works with, only.
Yawn.
Blah-blah-blah quantum, blah-blah-blah fractals
;0
Yawn.
You think scientists do not do it -- following buzzwords???? :-))))))
//Evidence of universal conformal invariance in living biological matter
Again. What's so special about it?
That "conformal invariance" -- is THE property of our Universe.
And that "living matter" consist of THAT SAME atoms as rocks and dust.
Our results strongly suggest that the flows spontaneously generated by diverse cellular genotypes exhibit robust conformal invariance, indicating that very different biological systems might be characterized by a common set of scaling laws. We next sought to ascertain if we could resolve which universality class these biological flows belong to. One of the central mathematical breakthroughs of the last few decades was to demonstrate that certain systems with conformal invariance and domain Markov property can be described, in the scaling limit of interfaces, by a family of planar curves defined by a single parameter κ. This formalism is known as the Schramm–Loewner evolution (SLE)27,28. The value of κ distinguishes different fundamental statistical mechanics models at criticality and, thus, resolves the universality class that a system belongs to29,30,31. To determine if the vorticity contours in the cellular systems are SLE curves, we extracted the κ parameter from the four experimental systems. We used two distinct and independent methods32: (1) directly calculating the driving function33 and (2) measuring the left-passage probability, comparing both to the analytic predictions for the SLE34 (Methods). The driving function captures the diffusivity of the curve in the SLE process. Physically, it represents how the curve evolves and changes direction and helps in understanding the underlying stochastic processes. The left-passage probability measures how likely it is for the curve to pass to the left of a given point as one proceeds further along the curve, which provides insights into the spatial distribution and geometry of the curve. This is crucial for understanding phenomena in which the connectivity and clustering of components are key. These two measurements, thus, provide independent ways of assessing if a curve can be described as an SLE curve and to determine the diffusivity parameter κ of the underlying SLE process. Although the left-passage probability indirectly measures the diffusivity of the curve, the driving function directly measures κ. For all the four cellular genotypes in our experiments, both methods consistently yielded κ = 6 (Fig. 3). The value of κ = 6 is also consistent with the estimated fractal dimension D (Fig. 2a), which, for SLE, is related to κ as D = 1 + κ/8 (ref. 35). This particular value of κ has an important physical meaning, as it has been uniquely proven that for κ = 6, the SLE curves correspond to the contours of critical percolation clusters and have the locality property (such that the properties only depend on the immediate neighbourhood)30,36. As such, our analyses reveal that the vorticity contours found in the four different cellular systems are not only conformally invariant but they also fall into the universality class of percolation.
Practically, "living matter" is the same as
Sea foam is primarily composed of dissolved organic matter in seawater that is agitated by wind and waves. This organic matter includes substances like proteins, fats, dead algae, and other particulate matter. When these substances are churned up, they create bubbles that form the foamy appearance.
Here's a more detailed breakdown:
Dissolved organic matter:
Seawater contains a variety of organic compounds, including proteins, fats, and decaying organic matter from living organisms like algae and plankton.
Surfactants:
Many of these organic compounds act as surfactants, which means they reduce the surface tension of water and help to stabilize bubbles.
Agitation:
The wind and waves provide the necessary energy to agitate the seawater, causing the surfactants to trap air and form bubbles.
Algal Blooms:
Large blooms of algae can contribute significantly to the organic matter in seawater, and when these blooms decay, they can lead to particularly thick sea foam.
//https://en.wikipedia.org/wiki/Schramm%E2%80%93Loewner_evolution
It was discovered by Oded Schramm (2000) as a conjectured scaling limit of the planar uniform spanning tree (UST) and the planar loop-erased random walk (LERW) probabilistic processes
Cograts!
Random walk -- that is how atoms in a gas and liquid (or in "solid" bodies) moving.
Known from times of Brawn's Movment.
So why is it such a relief and feels pleasurable peeing when wake up at night and need to urinate?
What is an orgasm other than stress release?
Even conscious activities seek to relieve "pain" and "stress" and feels pleasure as a result of stress relief.
Bwando needs to have astrocytes, not electrolytes, they're much more "flow" conductive. ;) ;)
)))))))
Whatever.
Okham's razor is the lowest "logical" energy state...
logic is just entropy.
stress reduction is energy state reduction... again, entropy.
"Death" is the final lowest energy state...
Entropy... lower energy states.
In contrast, the study of complex interactions between the components that make up certain inanimate materials, like metals and alloys, has led to the discovery of universal behaviour near the so-called critical regimes. In these conditions, the global macroscopic properties no longer depend on the specific properties of the individual constituents, but rather exhibit ‘universal’ behaviour8. The principles that give rise to this universality in inanimate materials have been described using the framework of conformal field theory9,10, which predicts how shapes and angles of structures are locally conserved across different systems, but not necessarily their length scales or curvatures. Although the techniques used to describe conformally invariant structures have long been used to make theoretical predictions in statistical mechanics and condensed-matter physics9,10 and to establish the universality of critical phenomena (for example, using numerical studies of turbulence11,12,13 and rigidity percolation14,15), the direct experimental observation of conformal invariance and robust universal critical behaviour in living matter remains elusive.
...
Surprisingly, without any fitting, special scaling or free parameters, the results for all four different experiments collapse on the same line and exhibit the same power-law behaviour (Fig. 2a).
PS Yeah. "Surprisingly". Yawn.
Cause you are idiots... non-surprisingly?
Non sequtur.
Yawn.
I already said -- whatever.
And death... you meant human death, of course?
Is just a new beginning... for grave worms. And time to feast. Yawn.
The "logic" of rock climbing... sometimes you need to retreat to a lower energy state before you can resume the Logical climb (and find a new path/ route).
New "forms"... a "retreat" from a failed form, to advance new life forms. Switch of evolutionary energy paths
Mountain climbing?
Yawn.
But logic is not about going up and down.
Again, yawn.
Logical? Yep.
BS.
Nobody's going nowhere.
That is just antropocentrism. Yawn.
Not surprising to physicists, only biologists.
You can teach an old dog new tricks?
No. It's "Assembly Theory".
Natural selection (evolution). Not random.
""Our results strongly suggest that the flows spontaneously generated by diverse cellular genotypes exhibit robust conformal invariance, indicating that very different biological systems might be characterized by a common set of scaling laws.""
Yep! They all behave as ATOMS should behave.))))
What a genius observation.)))))
NOT
PS That pals would receive good addition to their Hirsh index. Or not :-p
Idiots?
Hardly.
Yawn.
"Logical"
BS.
Yawn.
Their brain patterns can be altered by Ockham. It will reduce the energy needed for logical progress.
Changes in potential energy.
It EXACTLY random.
As in that "random walk" -- random.
It's just a space and other constraints -- that are not.
Like that constraint that "living matter" need to produce progeny. And etc.
It EXACTLY random.
As in that "random walk" -- random.
It's just a space and other constraints -- that are not.
Like that constraint that "living matter" need to produce progeny. And etc.
Pft!
Demyelinate (cut) some axons. Create/ build an Ockham compatible new super-myelinated pathway.
You are such an anti-example of it. At hand.
+++brain energy efficiency.
Yeah. In brick falling down at head...
Who said?
Zaratustra??? %)))))
:)
Lazare Carnot (paraphrase)
The only way for mankind to progress is to produce energy sources with higher energy densities.
Now go put a Dyson Sphere around the Sun...
The h-index, also known as the Hirsch index, is a metric used to assess the scientific productivity and impact of a researcher's published work. It considers both the number of publications and the number of citations those publications have received. Specifically, a researcher's h-index is the highest number 'h' such that 'h' of their papers have at least 'h' citations each.
Charles Murray, "Human Accomplishment".
NOT random. Just one (or more) "assembly level". The assembly doesn't reset to "0" until a new star/planetary system forms, and even then, uses elements locally produced in NOVAs.
Yap.
You gotcha.
Scientific buzz-wording-meter. :-)
No, "natural". Different Assembly factory environment.
Wisdoms of the past...
Whatever.
Why not start your climb on the shoulders of giants? Why retreat to Base Camp 0 at Everest?
Dunno what you opposing to.
Dunno what you refing to.
Random starts at assembly level 0. I've narrowed down random and starting at assembly level x. The infinite set has grown smaller and smaller for this planet.
Next time YOU carry the beer!
???
Well. You know the pick I want to climb at.
Pick of Becoming Smarter.
With evolution you start "En medias res" is a literary term meaning "into the middle of things." It refers to starting a story or narrative in the midst of the action, rather than at the beginning. This technique plunges the reader directly into the heart of the conflict, often without initial explanation or exposition..
Mid rock-climb. You only have the "handholds/toeholds" availably on your map that solve the problem of your next gripping point. They are not 'randomly" distributed... they follow the "natural" pattern set by CFT.
I wish I could help you with that, but I'm just more deadweight for you to carry. You should probably go solo with a book reading strategy. My strategy is to drunkenly stumble around and rely on serendipity... schizoid style and then join them paranoiac-critical style @@
Heh. For at least... you have strategy. While I have none.(((((
That's the whole point. Not CFT.
CFT its just a math gimmick.
While for analysing it you'd need pragmatism of physic... or even better -- technologist.;-)
I suspect it form's the basis of Eric Weinstein's Geometric Unity "Theory of Everything", but I have no interest in trying to understand it. It's a "pinch" gesture Space-Time concept of the Universe (like on an I-Pad). Like the Spice induced "folding Space" Navigators of Dune.
...Mentat's with No AI allowed. ;)
They say that startups need different people, with different strengths.
Like, builders, for example.
In a startup, "builders" are individuals who thrive on creating something from the ground up and are passionate about shaping the future of a company. They are not just executors but are actively involved in defining the business model, building teams, developing products, and even overseeing day-to-day operations. Builders are characterized by their ability to figure things out from scratch, their self-sufficiency, hands-on approach, and growth-oriented mindset.
Here's a more detailed look at the concept of "builders" in a startup context:
Key characteristics of builders:
Hands-on and resourceful:
Builders are not afraid to roll up their sleeves and get involved in all aspects of the business, from brainstorming to execution.
Self-sufficient:
They can work independently and adapt to changing situations without needing extensive established processes or teams.
Passionate about building:
They are driven by the opportunity to shape a company's future and are eager to learn and adapt.
Growth-oriented:
They are resilient, adaptable, and constantly seeking to improve and push the company forward.
Builders vs. Executives/Operators:
While executives focus on strategy and high-level management, builders are more involved in the practical, hands-on work of building the company.
Builders are often the first hires in a startup, filling roles that founders may lack the time or expertise for, such as finance or operations.
Builders are often attracted to the ambiguity and opportunity for influence that early-stage startups offer.
Examples of roles builders might fill:
Early-stage team members:
Developers, designers, marketers, and sales professionals who are willing to wear multiple hats and contribute to various aspects of the business.
Chief of Staff:
A role focused on streamlining operations and supporting the executive team.
Product Managers:
Individuals who drive the product vision and strategy.
Operations roles:
Individuals who manage day-to-day operations, ensuring efficiency and smooth workflows.
Why builders are crucial for startups:
Accelerate growth:
Builders help startups move quickly from idea to execution, building the necessary infrastructure and processes.
Reduce failure rates:
By providing expertise and hands-on support, builders increase the chances of success for early-stage ventures.
Foster innovation:
Builders' willingness to experiment and try new things helps drive innovation within the company.
Shape the company culture:
Builders play a key role in shaping the company's culture and values through their actions and contributions.
In essence, builders are the individuals who transform startup ideas into tangible realities, playing a vital role in the success of early-stage ventures.
Like in https://www.forbes.com/sites/georgedeeb/2014/11/07/the-4-types-of-entrepreneurs-which-type-are-you/
I read an interesting book called “Entrepreneurial DNA” by Joe Abraham, the founder of BOSI Global, an operating partner to venture-backed and owner-operated companies. The book is based on Joe’s study of over 1,000 entrepreneurs. The research confirmed the discovery that all entrepreneurs are not all “wired” the same way. The book suggests that entrepreneurs fall into four distinct types of “entrepreneurial DNA’s” that leverage unique strengths, weaknesses and tendencies that are typical in each specific type of entrepreneur. Here are the four types:
1. A Builder
2. An Opportunist
3. A Specialist
4. An Innovator
As you can see, I can be builder and innovator... and that already are enormous strain of my miserly capabilities.
To be something else... there need to be four(two?) for a startup(tango?).
I'm sure you are right, that start-ups need many different types of people, and yes, you are both a builder and an innovator. I can only hope you find many like-minded entrepreneurs to cooperate with.
Sadly, do to my age, I am now in the capitalist class known as "Saver". You are in the capitalist class known as "Entrepreneur". Our economic interests are mutually "divergent".
I can offer you friendship, ideas, moral support, but I'm no longer in any sort of entrepreneurial role. I am only a modest pensioner/ saver, not able to pursue extra-curricular and potentially risky financial ventures :(
Perhaps you should use AI's to collaborate with. It seems to be the latest craze... like that Eastern European blogger has done.
She used AI to figure out a business plan...
BTW, I come to interesting idea. Regarding tier 2 stage.
Main problem there -- how to slowdown, when you arrive to other star. For that I devised need to send just a seed. But still, that is enormous problem.
Heh... only because we limit our thinking. With that moment of arrival.
But what the hack??? Why not use that impulse to speedup some other... seeds, or whatever. Toward further goals. ;-p
And same as before. Same can and should be used ontier 1 -- remember, inside our solar system.
Like, you sending a probe (a seed?;-) to Jupiter. And need to slowdown near it, obviously.
But you doing it with speeding up bunch of other probes... toward Neptune.;-)
Heh. It can work even on tier 0. In the ocean. While -- how do we move our transport so far? We trudge it throught water and air. With creating lots of noise and turbulence. And wasting loads of energy
But why not RE-USE energy of our loads moving one way -- to simultaneously speeding up loads in opposite direction? ;-p
Heh. Like I trying to snatch some monies from you. ;-p
Why I trying to rob you off something much more valuable. ;-)
Or... gift you. That depend on POV.
//She used AI to figure out a business plan...
What can I say... I damn old fashioned technologist and innovator. ;-p
I still believe that innovation possible through people's communication.
ONLY.
;-p
Ai represents the people's "collective" intelligence.
I do appreciate your time. Thanks for that. (Plato, "Lysis") (on friendship).
Human communication and language in many cases seeks to negotiate a power relationship, the primary one being dominance. With AI you have no need to negotiate that relationship.
I'm used to mechanical storage (springs to launch/ separate multiple payloads), aerobraking and gravity assists, in addition to chemical impulses. But EV's can recover energy in batteries or other mechanical storage devices. It's a function of energy capture and transfer over time (usually not instantaneous as in a payload launch).
Yeah, I suffer from a similar caution.
We'll see this Friday in Alaska.
What we already saw last Friday? That dRump just LIKE to be (ab)used by tyrants.
Yawn.
BS.
Yawn.
Humans... though there is smarter and dumber, but basicly.... we all are the same size. Of intelligence.
Well... you not read Golem XIV...
Well... I have had such a feeling from communicating with computers.
like... have I not revealed that my experience to you?
Of playing chess with some miserly program, poorly programmed -- it just forbid to me moves... that is not in its database, so it dunno how to respond... dumb hack of the programmer, of course.
But, I see it all the way and in other systems. So why any AI should be different?
(like modern and hyped ChatGPT... was unable to answer to "who started war against Ukraine? because it "learned" from common text sources of internet, which fool of dumb DEMN propaganda... and developers of it, introduced same ugly hack -- to not oppose, but fall in line with it.
Ya-a-awn.
//Ai represents the people's "collective" intelligence
Which means -- collective stupidity.
Yawn.
Time is nothing... only stones important. ;-p
Show. Like this?
...or the (internal/ external) information encoded upon them.
Wisdom of 'crowds'. Or as Aristophanes would slur, "Clouds.
Get back to work Cloud-serf! New word orders and sequences are needed for the Cloud Lord's AI to mine!
For all information is to be commodified! Technofeudalism uber alles!
Yes, we've all been isolated and reduced to Einstein in Heaven (3 body problem joke).
Big brother is watching.
Maybe.
Trump's gonna be Trump!
...and Palantir is his Golem.
Tsk-tsk-tsk... Big-sys-ter.
We all under pressure of traditional culture.
Tsk-tsk-tsk... traditional culture.
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