𝕻𝖆𝖗𝖆𝖘𝖎𝖙𝖊™

hyperborean kek lord meme breeder

[𝕻𝖆𝖗𝖆𝖘𝖎𝖙𝖊™ @lotan66]

Hey if you'd like to support the stream and want to see further artistic endeavors consider making a donation on this website. https://t.co/olOGl2JEnx

[Massimo @Rainmaker1973]

The amazing stability of this steadicam

[📹 steadiman25]

[doomer @uncledoomer]

your friend will be obsessed with vibe coding and youll ask them what theyve vibe coded and itll just be this

[MERICA MEMED @Mericamemed]

Once they can replicate this without AR, this will be dope af. Still cool either way.

[Ya_KseniYa @JAM_KseniYa]

I haven't played Minecraft in 14 years.

Now I see this and I can't believe it's the same game.

Is it really like this now, or did AI and shaders just break my brain?

[Out of Context Human Race @NoContextHumans]

Packing thousands of straws together basically creates a low-tech pixel screen.

Each straw acts as an independent light pathway, perfectly mimicking how data channels work.

[𝕻𝖆𝖗𝖆𝖘𝖎𝖙𝖊™ @lotan66]

PORCH MONKEYS 4 LIFE
https://t.co/8RbWm09Nhh

[Mechanical Knowledge @mechanical_4u]

Long before modern tech, before robots and automation took over the world, something extraordinary was already happening in ancient China. Around 2400 years ago, a group known as the Mohists turned ideas into real machines. They weren't just thinkers-they were engineers ahead of their time.

Led by Mozi (470-391 BCE), these innovators designed mechanical birds that could move on their own, built advanced defensive systems, and explored complex concepts like levers, pulleys, optics, and geometry-centuries before similar developments in the West. Their knowledge was recorded in the Mozi, proving that their creations were not myths, but real engineering achievements.

This was a time where philosophy met precision engineering, where creativity turned into functional machines. Automation didn't start in Silicon Valley-it started in ancient China. ancient engineering, Chinese innovation, Mozi philosophy, early automation, mechanical inventions, ancient technology.

[𝕻𝖆𝖗𝖆𝖘𝖎𝖙𝖊™ @lotan66]

A sick artist can only make sick art.

[𝕻𝖆𝖗𝖆𝖘𝖎𝖙𝖊™ @lotan66]

Brainwaves https://t.co/YUywAJUwZj

[RTSG News @RTSG_News]

🚨🇨🇳 BREAKING: China has successfully landed reusable rockets on the sea.

Follow: @RTSG_News

[Klara @klara_sjo]

In China, driverless delivery vans have become a total meme, they plow through crumbling roads, fresh concrete, motorcycles, anything.

Nothing stops them.

[Md Ismail Šojal 🕷️ @0x0SojalSec]

Chinese scientists have developed,

The best shortest-path algorithm in 41 years!

A team from Tsinghua University has broken Dijkstra's "sorting barrier" - the first improvement since 1984.

Just use for a world-map 🤯

Paper - https://t.co/0AhR5O7vl4
https://t.co/a9KMVRuYGx

[Elon Musk @elonmusk]

Neuralink will start high-volume production of brain-computer interface devices and move to a streamlined, almost entirely automated surgical procedure in 2026.

Device threads will go through the dura, without the need to remove it. This is a big deal.

[Mario Nawfal @MarioNawfal]

HIP-CT JUST TURNED THE HUMAN BRAIN INTO A GOOGLE MAP

This isn’t CGI. It’s not AI.

It’s HiP-CT - Hierarchical Phase-Contrast Tomography - and it’s quietly breaking anatomy.

One scan lets researchers zoom from a full human organ down to micron-scale detail.

Blood vessels. Cellular architecture. Structural patterns you normally only see after cutting tissue apart.

Except here, nothing is destroyed.

The brain footage is the flex: intact hemispheres rendered so clean you can trace vascular networks like street grids.

No stains. No dyes. Just synchrotron X-rays, and obscene resolution.

Traditional histology gives detail but loses context. MRI keeps context but sacrifices precision. HiP-CT does both.

Whole-organ truth, no trade-off.

This is a new baseline for studying neurodegeneration, tumors, stroke damage, and developmental disorders.

Pathology without guesswork. Anatomy without amputation.

Within a decade, HiP-CT-style imaging becomes the gold standard for post-mortem research and drug validation - and forces medicine to rewrite parts of the anatomy textbooks we thought were “settled.”

The body didn’t change. Our ability to see it just did.

Source: Paul Tafforeau, @_fluxfeeds

[Isaac’s Army @ReturnOfKappy]

MIT student Arnav Kapur built an AI headset that reads your brain and pulls out your thoughts...🤯

It is called AlterEgo...

No speaking it just turns your thoughts into words....

👀...

[Pascal Bornet @pascal_bornet]

A 17-year-old just built a mind-controlled prosthetic arm for $300.

Yes, $300.

For something that usually costs $450,000.

Let that hit you.

A teenager, working from home, used AI, cheap materials, and 23,000 lines of code to build a device that reads brain signals without surgery, without implants, and without a $450K price tag.

This is not a feel-good story.

It’s a warning shot.

How can a high school student build something 1,500× cheaper than the industry standard?

What does that say about innovation?

About pricing?

About who gets access to life-changing technology?

Of course, medical prosthetics are expensive for real reasons:
materials, testing, regulation, customization.

But let’s be honest — not all of that justifies a half-million-dollar price.

This story exposes a simple truth:

The future of accessibility won’t come from the system.

It will come from the outsiders who dare to challenge it.

If a 17-year-old can match top-tier prosthetics for a fraction of the cost…

why aren’t these solutions available to the millions who need them?

What do you think — breakthrough moment or the start of a bigger revolution?

#AI #Innovation #Healthcare #Accessibility #FutureOfTech

[Dom Lucre | Breaker of Narratives @dom_lucre]

🔥🚨BREAKING: YouTuber AlphaPhoenix recorded the speed of light with a 2 billion FPS camera in his garage.

[Michael Berry @MichaelBerrySho]

Japan unveils a new “self-sizing sneaker pod” they claim will change buying shoes forever.

Quite the feat.