Art Talks for Nazah

17/03/2026

Celebrating my 8th year on Facebook. Thank you for your continuing support. I could never have made it without you. 🙏🤗🎉

20/11/2025

https://www.facebook.com/watch?v=1147774340886573

17/11/2025

14/11/2025

She invented the algorithm that keeps the internet from collapsing every time you click a link. You've never heard her name—and that's exactly how she wants it.
In 1984, Radia Perlman was a young software engineer at Digital Equipment Corporation, watching the computer networking world tear itself apart.
Not through competition. Through its own success.
As more organizations tried to connect their computers into local networks, they discovered a terrifying problem: the networks kept crashing. Not occasionally. Constantly.
The more connections you added—the more redundancy you built in for safety—the more likely your entire network would freeze, jam, and collapse into digital chaos.
Engineers called it the "broadcast storm" problem. When data packets got caught in loops—circling endlessly between network bridges with no way to escape—the entire system would suffocate under its own traffic.
It was like building roads that caused permanent traffic jams the moment cars entered them. The solution seemed impossible: you needed redundant paths for reliability, but redundant paths created deadly loops.
Every engineer in the field was trying to solve it. Networking was the future—everyone knew that. But if they couldn't solve the loop problem, that future would never arrive.
Radia sat down with the problem and saw something no one else had seen.
But to understand what she invented, you need to understand who Radia Perlman was.
Born in 1951, Radia grew up in a time when girls weren't supposed to be good at math. Her teachers actively discouraged her from pursuing science. When she showed aptitude for mathematics, she was told it was "unusual" for a girl.
Radia ignored them. She studied mathematics at MIT, earning her bachelor's degree in 1973. She continued for a master's degree, then a Ph.D. in computer science.
MIT in the 1970s was hostile territory for women. There were so few women in computer science that Radia was often the only woman in her classes, the only woman in the lab, the only woman at conferences.
Male professors questioned whether she belonged there. Male students assumed she was less capable. Some colleagues treated her like a secretary or a girlfriend of a "real" computer scientist, not a scientist herself.
Radia didn't fight them loudly. She just kept solving problems they couldn't solve.
While working on her thesis, she did something revolutionary: she created one of the first programming languages designed for children. Called TORTIS (Toddler's Own Recursive Turtle Interpreter System), it taught kids as young as three how to program a robot.
She believed that technology should be accessible, that learning should be joyful, that computers should serve people—not intimidate them.
But her real breakthrough came after graduate school, when she joined Digital Equipment Corporation as a software engineer.
By 1984, she was deep in the networking problem. DEC was building network bridges—devices that connected different parts of a network together. But the bridges kept creating loops that crashed everything.
The conventional approach was to carefully plan networks to avoid loops. But that was fragile, expensive, and didn't scale. Any change to the network, any failure, any new connection could accidentally create a loop and kill the whole system.
Radia thought: what if instead of preventing loops, we just made the network smart enough to handle them?
She invented an algorithm—a set of rules that bridges would follow automatically—that would organize any network into a loop-free structure, no matter how many bridges you added or how chaotic the connections were.
She called it the Spanning Tree Protocol.
Here's how it worked: The bridges would communicate with each other, automatically electing a "root" bridge. Then each bridge would calculate the shortest path to that root, and disable any connections that would create loops.
If a connection failed, the bridges would automatically recalculate, activating backup paths while still avoiding loops.
It was elegant. It was automatic. It was self-healing.
And it solved a problem that had seemed unsolvable.
Radia published her algorithm in 1985. She was 34 years old.
The networking world adopted it immediately. By 1990, Spanning Tree Protocol became an IEEE standard (IEEE 802.1D), meaning it was built into nearly every network device manufactured.
Today, every Ethernet network in the world—in homes, offices, data centers, universities, hospitals—uses some version of Spanning Tree Protocol.
When you connect your laptop to WiFi, STP is working in the background. When you stream a video, STP is ensuring the data reaches you. When you send an email, STP is routing it through networks that would crash without her algorithm.
Radia Perlman literally made the networked world possible.
But here's what happened to her recognition: almost nothing.
Her male colleagues at DEC became famous. The men who built routers became celebrities in the tech world. The men who wrote internet protocols got called "fathers of the internet."
Radia's name rarely appeared.
When journalists finally started noticing her in the 2000s, they called her "the Mother of the Internet."
She hated the title.
"I don't feel like I'm the mother of anything," she told interviewers. She pointed out that she didn't invent the internet—she invented a protocol that made Ethernet networks stable. Important, yes. But not the internet itself.
But the nickname stuck, partly because journalists were desperate to find a woman to celebrate in a field dominated by men, and partly because her contribution really was that fundamental.
Without Spanning Tree Protocol, the local networks that connect to the internet wouldn't work reliably. Her algorithm is the invisible foundation supporting billions of connections.
Radia continued inventing throughout her career. She created protocols for network security, designed better routing algorithms, held over 100 patents.
But she never sought fame. She was uncomfortable with attention. In interviews, she's self-deprecating, quick to credit collaborators, insistent that her work was just "making things work better."
When asked about being a woman in tech, she gave a quote that became famous: "I'm not a 'woman in tech.' I'm a technologist who happens to be a woman."
She meant it as a rejection of tokenization. She didn't want to be celebrated as a symbol—she wanted to be respected as an engineer.
But that statement, while honest, also reveals something painful: even after inventing one of the foundational protocols of modern networking, she still had to defend her right to be seen as a technologist first.
Throughout her career, Radia has maintained a philosophy that sets her apart: technology should be kind.
She designs systems to be forgiving, resilient, self-healing. She believes networks should accommodate human error, should be flexible enough to handle unexpected situations, should fail gracefully rather than catastrophically.
It's a philosophy born from empathy—from understanding that people make mistakes, that systems break, that the real world is messy.
Spanning Tree Protocol embodies that philosophy. It doesn't prevent loops—it handles them gracefully. It doesn't require perfect planning—it adapts automatically. It doesn't punish mistakes—it routes around them.
Radia also remained committed to education. She wrote textbooks explaining network protocols in clear, accessible language. She mentored young engineers. She created tools to teach networking concepts.
She believed, as she had since creating that programming language for toddlers in the 1970s, that knowledge should be accessible to everyone.
Today, at 73, Radia Perlman is a fellow at Dell Technologies. She's still inventing, still improving protocols, still solving problems.
And most of the world still has no idea who she is.
Every email you've sent traveled through networks stabilized by her algorithm. Every video you've streamed relied on infrastructure she made possible. Every webpage you've loaded was delivered through systems using her protocols.
The internet you use every day stands on foundations Radia Perlman built—quietly, elegantly, with kindness embedded in the code.
She never wanted to be called the Mother of the Internet. She just wanted to make networks work better.
But history doesn't care what we want to be called. It remembers what we built.
And Radia Perlman built the invisible architecture that lets eight billion people communicate without the whole system collapsing into chaos.
She was 34 years old when she invented Spanning Tree Protocol in a field that told her women didn't belong.
She was solving a problem that every engineer in networking said was impossible.
She wrote an algorithm so elegant, so fundamentally correct, that forty years later we're still using versions of it in every network device ever built.
And she did it quietly, without demanding recognition, believing that good engineering speaks for itself.
She was right about the engineering. But wrong about the recognition—she deserved far more than she got.
So now, every time you click a link and the internet just works, remember: there's a woman named Radia Perlman whose algorithm is working invisibly in the background, preventing the chaos that would otherwise consume the digital world.
She made it look easy. That's how brilliant she was.

13/11/2025

12/11/2025

At 12 years old, he was pulled from school and sent to work in a rat-infested factory—and that darkness became his gift to the world.
February 1824. Charles Dickens was a bright, book-loving boy with dreams bigger than the narrow streets of London. Then, in a single devastating moment, his childhood ended.
His father, John Dickens, was arrested for debt and thrown into Marshalsea Prison. In Victorian England, debt wasn't just shameful—it was criminal. The family had nothing. No money. No options. No mercy.
Charles, at just 12 years old, was sent to work at Warren's Blacking Factory near the Thames. His job? Gluing labels onto pots of shoe polish for ten hours a day, six days a week. The factory was a nightmare—cold, dark, crawling with rats, filled with the stench of industrial polish and river damp. The work was mind-numbing. The conditions were brutal.
But the worst part wasn't the rats or the cold or even the exhausting labor.
It was the invisibility.
Charles worked alongside adults who saw him as just another pair of hands. No one cared that he loved books. No one knew he dreamed of being something more. To the world, he was disposable—a poor boy whose potential meant nothing when there were labels to glue and money to earn.
He felt discarded. Forgotten. Like his life had been decided before it even began.
His family lived in the prison with his father—a common practice that allowed debtors' families to stay together. But Charles wasn't allowed to join them. He was too valuable as a worker. So while his family remained together behind prison walls, he lived alone in a boarding house, walked to the factory each morning, and returned each night to a room that felt like a tomb.
For months, this was his entire world. Work. Walk. Sleep. Repeat.
He was twelve years old.
Most children wouldn't survive that kind of trauma intact. Many didn't. But Charles Dickens had something inside him—a ferocious imagination and a memory that refused to let go. The blacking factory carved itself into his soul. He never forgot the feeling of being powerless. Of being invisible. Of being thrown away by a society that didn't care if poor children lived or died.
And he turned that pain into purpose.
After several months, a small inheritance came through. His father was released from prison. Charles returned to school—briefly—and eventually found work as a law clerk, then a court reporter, and finally, a journalist. But he never forgot where he'd been. He never stopped seeing the children society ignored.
In 1837, at age 25, he published The Pickwick Papers, which made him famous. But it was his next novel that revealed his true mission.
Oliver Twist arrived in 1838 like a bomb. It told the story of a workhouse orphan navigating a brutal world of poverty, crime, and exploitation. It wasn't subtle. It wasn't comfortable. It was a direct assault on a society that treated poor children as disposable. People were shocked. Some were outraged. But they couldn't look away.
Then came David Copperfield in 1850, his most autobiographical work, where a young boy endures abandonment and child labor—Charles finally telling his own story through fiction.
Great Expectations in 1861 explored class, ambition, and what we owe to those who help us rise.
A Christmas Carol in 1843 became a phenomenon, showing how wealth without compassion makes monsters of men.
Every story carried the same heartbeat: See the invisible. Hear the voiceless. Remember the forgotten.
Dickens didn't just write novels. He wrote indictments. He forced Victorian England to look at its workhouses, its factories, its treatment of children. His serialized stories reached millions—read aloud in homes, discussed in Parliament, quoted in churches. He made poverty and child labor impossible to ignore.
And he did it because he remembered.
He remembered the rats and the cold. He remembered the humiliation of being treated as worthless. He remembered what it felt like to be twelve years old and utterly alone, wondering if anyone in the world cared whether he lived or died.
That memory became his superpower.
Charles Dickens became one of the most beloved writers in history not despite his trauma, but because of what he chose to do with it. He could have buried it. He could have pretended it never happened. Instead, he used it—transformed it into empathy, into art, into activism.
His novels didn't just entertain. They changed laws. They shifted public opinion. They made child labor unacceptable in the eyes of a society that had tolerated it for generations.
When Dickens died in 1870, he was mourned around the world. But his real legacy isn't the fame or the accolades. It's the children whose lives improved because he refused to let the world forget them. It's the readers who learned to see humanity in poverty. It's the proof that your worst moments don't have to define you—they can refine you.
The broken boy by the Thames became the voice of the voiceless.
Not because his pain made him great, but because he chose to turn his pain into compassion—and his compassion into action.
That's the real story of Charles Dickens.
Your scars don't have to be your ending. Sometimes, they're your beginning—if you're brave enough to use them for something bigger than yourself.