Linux_Is_Best, to Starwars

"In a Galaxy, far far away..."

Those words are said at the beginning of Star Wars.

That is because the story of Star Wars is being told from the story tellers point of view.

My theory for Ahsoka is the Galaxy they are now going to is the Milyway. The story is coming full circle.

A Brief History of Imaginal Machines - Erik Davis, PhD (www.youtube.com)

Even the most cursory look at the history of modern visual and electronic media (printed broadsheets, camera obscura, phantasmagoria, magic lantern, radio) makes it clear that media technologies have always been bound up with the imagination in its archetypal as well as cognitive senses. Media technologies not only mimic and...

raccoon, to conspiracy

So it's 9/11, and I've failed to put anything together for the day, so I will leave you with the seeds of a ...

In the 1980s, and were part of a group pushing for intervention in the , mainly and .

In the 1990s, bombed the . attempted to have him captured or killed, but was stopped by overwhelming pressure, culminating with .

(Continued)

pomarede, to modeltrains
@pomarede@mastodon.social avatar
miksimum, to ai
@miksimum@zirk.us avatar

The idea that is produced by some kind of emergent intelligence doesn’t bother me

Nor is the counterpoint lost on me, that this is not actually an “intelligence,” just a hyper-recursive recombinant data processor boosted by cloud power

I think what makes me nervous is that humans — actual organic minds — are so eagerly outsourcing their creative faculties to this thing. Like, “here. This mysterious thing I can do? Just do it for me, would you?”

miksimum,
@miksimum@zirk.us avatar

One of the reasons this makes me nervous is that it’s so wildly anti-process, so very outcome-driven.

An end of ritual.

Abandoning our pact with inspiration, our coy affair with our muses. Our respect for the ineffable, which just becomes another module in the pipeline.

pomarede, to modeltrains
@pomarede@mastodon.social avatar

Discovery alert!

A spherical shell-like structure 1 billion light-years in diameter named Ho’oleilana is discovered in the distribution of relatively nearby galaxies. We posit this is the 1st observation of an individual Baryon Acoustic Oscillation (BAO).

https://doi.org/10.3847/1538-4357/aceaf3

#ho'oleilana #cosmology #bao #baryon #acoustic #oscillations #astronomy #astrophysics #astrodon #universe #space #science #research #discovery #cosmography #map #maps #superclusters #physics #theroy #bigbang #lcdm

pomarede,
@pomarede@mastodon.social avatar

Acoustic waves generated in the hot plasma of the early universe became imprinted in baryon fluctuations. The prediction was made in 1970 by Jim Peebles and others. Indirect evidence of the BAO phenomenom came in 2005 by observing a peak in the pair-wise separations of galaxies.

'oleilana

pomarede,
@pomarede@mastodon.social avatar

By contrast, the discovery of Ho'oleilana represents the 1st direct evidence of a BAO, as an individual entity and a new confirmation of the standard model of cosmology.

A discovery made 53 years after the prediction - that's more time elapsed than for e.g. Higgs and his boson!

'oleilana

pomarede,
@pomarede@mastodon.social avatar

Ho'oleilana was found unexpectedly in the distribution of galaxies of the Cosmicflows-4 Catalog, within its SDSS PV "Peculiar Velocities" subsample of early-type galaxies, derived from fundamental plane measurements.

Interactive visualization:
https://irfu.cea.fr/Projets/COAST/Ho'oleilana.html

'oleilana

pomarede,
@pomarede@mastodon.social avatar

The cosmography of Ho'oleilana is pretty amazing: its shell includes some of the largest known structures of the universe: the Sloan Great Wall, CfA Great Wall, Hercules Supercluster, Corona-Borealis Supercluster... At its core is the Boötes Supercluster.

https://skfb.ly/oKRIN

'oleilana

pomarede,
@pomarede@mastodon.social avatar

A video visualization of the cosmography of Ho'oleilana is part of the paper. Major components in proximity to the shell are highlighted and identified by name. The historic Boötes Void lies interior to the shell structure.

https://vimeo.com/814958164

'oleilana

pomarede,
@pomarede@mastodon.social avatar

A major aspect of the study presented in this paper is the analysis conducted by Cullan Howlett to understand the significance of this discovery against a physical BAO model, using in particular mock galaxy catalogs with and without BAO features.

'oleilana

pomarede,
@pomarede@mastodon.social avatar

Last but not least, a new measurement of the Hubble Constant is obtained by analyzing the geometrical properties of Ho'oleilana: 76.9 (+8.2)(-4.8) km/s /Mpc

This value is consistent with other direct local probes, and further exacerbates the "Hubble tension" in the ΛCDM model.

'oleilana

pomarede,
@pomarede@mastodon.social avatar

The Hawaiian name Ho’oleilana was suggested by Ka’iu and Larry Kimura at University of Hawaii at Hilo.

It is abstracted from the Kumulipo creation chant: “Ho’oleilei ka lana a ka Po uliuli” (From deep darkness came murmurs of awakening).

https://youtu.be/p_CzHSx_GhM

'oleilana

pomarede,
@pomarede@mastodon.social avatar

Ka’iu and Larry Kimura named other astronomical objects before: the interstellar asteroid ʻOumuamua, the imaged black hole Pōwehi (M87*), and others as part of the "A Hua He Inoa" program: Leleākūhonua an extreme transneptunian, Pōniuāʻena a quasar, ...

https://imiloahawaii.org/a-hua-he-inoa

'oleilana

pomarede,
@pomarede@mastodon.social avatar

Ho'oleilana - a fossil from a time near the birth of the universe

Check out this video for more context and insights on the process of formation of Baryon Acoustic oscillations - with credits to ARC Centre of Excellence for All-Sky Astrophysics (CAASTRO)

https://vimeo.com/844199726

'oleilana

pomarede,
@pomarede@mastodon.social avatar

A special thanks to digital artist Frédéric Durillon for this beautiful view of Ho'oleilana.

Credits: Frédéric Durillon, Animea Studio; Daniel Pomarède, IRFU, CEA University Paris-Saclay; government funding provided by France 2030 (P2I Graduate School of Physics) ref ANR-11-IDEX-0003

'oleilana

pomarede,
@pomarede@mastodon.social avatar
pomarede,
@pomarede@mastodon.social avatar
leftistuu, to Sociology

I've got a substack now at angolathree.substack.com - Sociological Infatuation. The intro post is up for all to read here: https://angolathree.substack.com/p/welcome-to-sociological-infatuation

And the first main post, a historical "vibes" look at theorist Talcott Parsons, is here: https://angolathree.substack.com/p/historical-vibes-talcott-parsons

@sociology

RememberUsAlways, to Georgia
@RememberUsAlways@newsie.social avatar

flipped in the federal case for but did not anticipate charges out of

They got what they needed out of the weasel.

only

When fiction shrinks to memoir we all lose out - Dina Nayeri (www.fictionable.world)

We’re told that discretion equals compassion, but has this ever been true, in life or in literature? That we should bury character flaws in complex protagonists if those blemishes – however empathetically rendered – might fuel racist, xenophobic, or other hateful rhetoric. And yet, survivors understand viscerally how...

esther, to photography

Here's a little unintuitive piece of :

You might assume that the right half of an image goes through the right side of the lens, the left part through the left side, etc, but it doesn't.

Every point in your image goes through every point across the lens opening, generally speaking (exceptions apply).

Every point on your subject emits or reflects light, in all directions. The lens captures the part that hits its entire surface and focusses it back into one point on your sensor/film. And it does that for every point simultaneously.

When a point in front of the camera is out of focus, it means that it doesn't get fully focused back into a point on the sensor/film plane but instead becomes a circle.

The aperture iris of the lens then restricts how much of each circle passes through at their widest point, making the circles that don't get reduces to a point smaller, resulting in less pronounced blur.

That's also why "bokeh" has the shape of the aperture iris.

esther,

This is basically all you need to know to understand how aperture and depth of field work, or rather why they work the way they do.

Deriving practical use cases from this takes some mental gymnastics so we typically don't think about it on this level.

We just say "smaller aperture (higher f number) makes more of the subject around the focus distance appear in focus", but the reason it does that is it makes more of the those circles near the focus distance small enough to register as sharp points on our pixels or film grains.

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