olayinka SCOPA,

Just Vibes🤪 and InshaAllah Die Hard Arsenal Fan, Outsider 🦍, Asake,Travis, Kendrick Lamar, Bukayo Saka7❤️, Science,Tech, Free thinker
CRYPTO📉📈📊

[olayinka SCOPA, @SCOPAR0147]

"Ideologically we are still slaves" This track has to be One of the Modern Day music that paints a perfect picture of the current situation we found ourselves in Nigeria and the Africa continent at large! To even think it was released in the year 06' when things are easier 🤦🏾‍♂️

[olayinka SCOPA, @SCOPAR0147]

@TonyLaneNV The dog a mute??

[Dee @dee_hw]

Fable 5 was banned by the US government yesterday.

It's time to build your own Personal AI Computer and run local models. So no one can ever cut you off.

Here's how ↓

[Mastery Mindset @_masterymindset]

He literally tell one of the best skill you can develop in this lifetime.

[FlexFusion @FlexFusion_]

IN JAPAN, LAZINESS IS CONSIDERED A DISEASE AND PEOPLE TREAT IT WITH THESE
7 METHODS:

[Mastery Mindset @_masterymindset]

She literally explained how to establish yourself in silence.

[KACHI 🎎 @Kachidey4you]

How your phone knows exactly where you touch..very impressive

[How To Prompt @HowToPrompt__]

Google DeepMind just published the most important AI paper of 2026.

It's called "From AGI to ASI." Marcus Hutter is on it. Iason Gabriel is on it. 14 of the most senior people at Google DeepMind are on it. They published it 3 days ago and almost no one is talking about it.

We have spent the last three years obsessing over when AGI will arrive.

DeepMind is already past that. They are modeling the transition to Artificial Superintelligence (ASI).

And their definition of ASI isn't just an AI that is smarter than a human.

It is a system that is more intelligent and cognitively capable than entire, large-scale human organizations. Not a single genius. An institutional-level intellect.

The report is 57 pages long. It outlines four exact pathways we will take to get there:

- Scaling AGI: Pumping incomprehensible amounts of compute and data into current models.

- Paradigm Shifts: New algorithmic breakthroughs that replace the architectures we use today.

- Recursive Self-Improvement: The AI learns to write better code and upgrade its own intelligence without human help.

- Multi-Agent Collectives: Millions of AI agents coordinating together to form an emergent hive-mind Superintelligence.

But here is the detail that should make you pause.

DeepMind points out that digital intelligence has massive asymmetric advantages over human biology. It can be perfectly copied. It doesn't sleep. Its processing speed isn't constrained by biological neurons.

Because of this, they warn that the arrival of AGI won't be a single, stable milestone where we can catch our breath.

It will trigger a rapid, cascading series of transformative breakthroughs as the AI accelerates itself toward Superintelligence.

The timeline has shifted.

The most advanced AI lab in the world is no longer just researching how to build AGI.

They are mapping out what AGI will build next.

[Rimsha Bhardwaj @heyrimsha]

In 1986 an American programmer published the first article ever written about Windows programming. Two years later he published the book that taught the world how to write software for the operating system that would go on to run 90 percent of the computers on Earth. The phrase "look it up in Petzold" became shorthand among developers for three decades.

He is 73 years old, lives in a small town in upstate New York, and published a second edition of his most famous work two years ago.

His name is Charles Petzold.

Here is the story, because the person who taught two generations how to build software for the most widely used operating system in history has almost no public profile in the modern tech world.

Charles was born in 1953 in New Brunswick, New Jersey. He earned a Master of Science in Mathematics from Stevens Institute of Technology in 1975. In the early 1970s, before personal computers existed as a consumer product, he built a computer from scratch using a Z-80 processor and wired it to control a music synthesizer. He was programming machines before most people had ever seen one.

In the mid-1980s he began writing programs and technical articles for Microsoft Systems Journal. In 1986 he published what is recognized as the first article on Windows programming ever written. He served as a contributing editor at the journal from 1985 to 2000.

In 1988 Microsoft Press published Programming Windows. The book did something nobody else had done. It took the Windows API, a sprawling, undocumented, and deeply intimidating interface for building graphical software, and explained it from first principles with working C code. Every example compiled. Every explanation built on the last. The book assumed you knew C and nothing else.

It became the bible for Windows development. Six editions followed, tracking the evolution of Windows from 3.0 to 3.1 to 95 to 98 to XP to 8. The fifth edition alone ran to 1,479 pages. Generations of professional programmers learned their craft from this single book. "Look it up in Petzold" became the standard response in developer forums, in offices, and in computer science departments when anyone asked how to do something in Windows.

Microsoft named him a Windows Pioneer, one of only seven people to ever receive the award. He won the Microsoft Most Valuable Professional designation. He became the reference that the reference books referenced.

Then in 1999 he published Code: The Hidden Language of Computer Hardware and Software.

Code is a different kind of book. It starts with flashlights and Morse code and Braille. It builds, layer by layer, from relay switches to logic gates to flip-flops to registers to a working CPU. By the end of the book you understand how a computer works at the hardware level without needing an engineering degree. The writing is patient, clear, and free of jargon.

The idea for Code came to him in 1987 while writing a column called "PC Tutor." It took him twelve years to write. It became one of the most beloved technical books ever published. Scott Hanselman, a Partner Program Director at Microsoft, called it "the first book about programming that spoke to me" and said it taught him "how many unseen layers there are between the computer systems that we as users look at every day and the magical silicon rocks that we infused with lightning and taught to think."

In August 2022 Charles published the second edition of Code from his home in Roscoe, New York. He expanded the book, added new chapters, and built an interactive companion website at https://t.co/LGicky9iiv with animated circuit diagrams he made himself. He was 69 years old.

Between Programming Windows and Code he published over a dozen other books. Programming Windows Phone 7. The Annotated Turing, a guided tour through Alan Turing's 1936 paper on computability. Creating Mobile Apps with Xamarin.Forms. 3D Programming for Windows. Programming in the Key of C#. He worked at Xamarin from 2014 to 2018.

His personal website at charlespetzold .com is a flat page. His blog posts are written in plain HTML. There is no marketing copy. There is no newsletter. There is no podcast.

A mathematician from New Jersey taught the world how to program the most important operating system in history, then wrote the book that explained how computers actually work.

He is still writing from a small town in upstate New York.

[Stellarix @Stellarixorine]

Mathematics is a powerful weapon that change the world.

[olayinka SCOPA, @SCOPAR0147]

@stephmase22 I think this is what the movie Hummingbird project was based on.

[Science Simplified @Scivf4]

Quantum physics says you've never actually touched anything in your life

[Mustafa @oprydai]

Study calculus.

not because exams exist.
because reality moves.

• derivatives → how things change
• integrals → how change accumulates
• limits → what happens at the edge
• gradients → where systems want to go
• differential equations → how nature evolves

motion, heat, fluids, control, optimization, robotics, ML.

all of it speaks calculus.

without it, you see outputs.
with it, you see dynamics.

[olayinka SCOPA, @SCOPAR0147]

@nonewthing "I don't like a religion that says they're better than other people."

[Eric Jorgenson 📚 ☀️ @EricJorgenson]

Everyone can use @elonmusk's "Magic Wand Number" and "Idiot Index"

They're universal ideas, helpful in any industry.

[Real World Physics @RWPhysics]

📐 The Visual Beauty of Derivatives ✨

[olayinka SCOPA, @SCOPAR0147]

ThE ChEaT CODE

[👍 @CLINT419]

if ur not ready to approach ur creative work with an athlete-like mindset in this current age then pack it in

[olayinka SCOPA, @SCOPAR0147]

@nonewthing Lightskin "Harry Maguire" says Hi 👋🏻 😂

[Massimo @Rainmaker1973]

The patterns of trigonometry

[Mr. Láyí @layiwasabi]

pov: you finished with a “strong” 2.1

[JOKAMRREDPILLZ @JOKAQARMY1]

Palantir and what it does