Computers and cellphones - which require semiconductors and

Computers and cellphones - which require semiconductors and

22/09/2025
18/10/2025

Computers and cellphones - which require semiconductors and microchips to work - have become so essential to life all over the world that it's easy to ignore the problems with building them.

Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and microchips to work - have become so essential to life all over the world that it's easy to ignore the problems with building them.
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and microchips to work - have become so essential to life all over the world that it's easy to ignore the problems with building them.
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and microchips to work - have become so essential to life all over the world that it's easy to ignore the problems with building them.
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and microchips to work - have become so essential to life all over the world that it's easy to ignore the problems with building them.
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and microchips to work - have become so essential to life all over the world that it's easy to ignore the problems with building them.
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and microchips to work - have become so essential to life all over the world that it's easy to ignore the problems with building them.
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and microchips to work - have become so essential to life all over the world that it's easy to ignore the problems with building them.
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and microchips to work - have become so essential to life all over the world that it's easy to ignore the problems with building them.
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and microchips to work - have become so essential to life all over the world that it's easy to ignore the problems with building them.
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and
Computers and cellphones - which require semiconductors and

Host: The factory floor pulsed with a constant hum — the mechanical heartbeat of the modern age. Machines hissed and clicked in rhythmic sequence, each motion calibrated to perfection. Overhead, the fluorescent lights buzzed softly, spilling a sterile white glow over rows of workers in blue uniforms, their hands moving swiftly beneath the quiet tyranny of precision.

Outside, the sky was the color of smog and sunrise, indistinguishable where light ended and pollution began.

Jack stood near a large window, watching the robots assemble intricate microchips, their arms darting with mathematical grace. Jeeny walked slowly along the aisle, fingertips grazing a stack of unfinished circuit boards, her eyes heavy with the weight of the world behind each glimmering surface.

Above them, a poster read:
“Computers and cellphones — which require semiconductors and microchips to work — have become so essential to life all over the world that it’s easy to ignore the problems with building them.” — Tatiana Schlossberg

Jeeny: “Essential and invisible. That’s what she’s really saying, isn’t it? These chips power everything — our jobs, our voices, even our arguments — and we never stop to think about what they cost to make.”

Jack: Arms crossed, voice low. “You mean the money? Or the human cost?”

Jeeny: “Both. But mostly the second. We’ve built a world where convenience is sacred and consequence is invisible.”

Jack: “Come on, Jeeny. That’s the price of progress. Every industrial revolution had its collateral damage. Steam, coal, oil — now silicon. You can’t power civilization on conscience alone.”

Jeeny: Turning sharply, eyes narrowing. “You call that progress? Poisoned rivers, factory suicides, forced labor for the sake of faster Wi-Fi? You think that’s evolution, Jack — or exploitation in high definition?”

Host: The machines kept moving, indifferent, precise, unbothered by morality. The air shimmered faintly with heat, and somewhere in the background, a coolant pipe hissed, like the slow exhalation of a weary god.

Jack: “You’re moralizing in a world that runs on dependence. Every message you send, every search, every post — it starts here. You’re part of the machine too, Jeeny. We all are.”

Jeeny: “That doesn’t mean we should pretend not to see it. Dependency doesn’t excuse blindness.”

Jack: “Then what’s your solution? Smash the circuits? Go back to letters and candlelight?”

Jeeny: Her voice softened, almost trembling. “No. But we can choose to see — really see — where our comfort comes from. Awareness is the first rebellion.”

Jack: Scoffing. “Awareness doesn’t change supply chains. Policy does. Regulation, infrastructure — not sentiment.”

Jeeny: “And who do you think starts policy, Jack? People who feel. Someone who looks at a chip and sees a child mining cobalt. A mother coughing in a factory. Empathy starts the fight that logic finishes.”

Host: A pause fell between them — thick as static. A robotic arm swung overhead, its red light blinking, like an unblinking eye bearing silent witness.

Jack: “You think feeling guilty about your phone makes the world cleaner?”

Jeeny: “No. But it keeps the world human. Without guilt, we’d burn everything and call the ashes innovation.”

Jack: “You always make morality sound poetic. But the truth’s uglier. People want cheap devices and faster chips. You can’t preach to a billion consumers who don’t want to listen.”

Jeeny: “Then we start with one who does. You don’t save the world by shouting into it — you start by whispering to yourself.”

Host: Jack’s jaw clenched, a flicker of something human crossing his face — irritation, maybe guilt. He turned back to the window, watching a young technician wipe sweat from her brow, her mask damp from hours beneath fluorescent heat.

Jack: “You think I don’t care. But I’ve seen both sides. My father worked in one of these factories — 12-hour shifts, six days a week. He said it was the closest he’d ever come to touching the future.”

Jeeny: Softly. “And what did it cost him?”

Jack: After a beat. “His lungs.”

Host: The sound of machines seemed to fade, replaced by the faint, pulsing echo of memory. Jack’s eyes lingered on the assembly line, where each chip, polished and perfect, reflected its own quiet indictment.

Jeeny: “That’s exactly it, Jack. Every miracle has a shadow. Every piece of technology is haunted by the people who made it possible.”

Jack: “Haunted, maybe. But without them, we’d still be in the dark. Civilization’s built on sacrifice — always has been. The pyramids had slaves, the railroads had blood, the chips have sweat. Nothing changes.”

Jeeny: “That’s the lie we tell ourselves — that suffering is the price of advancement. What if progress without exploitation isn’t impossible — just inconvenient?”

Jack: “Inconvenient doesn’t move markets.”

Jeeny: “Then maybe markets shouldn’t move the world.”

Host: The factory lights flickered, a brief power surge causing the machines to pause — a rare, fragile silence. The workers looked up instinctively, their faces catching the light, each expression carrying the same mixture of exhaustion and resignation.

Jack and Jeeny stood still, the hum of the world momentarily gone.

Jeeny: “Do you see it now? The stillness? The moment the machine stops, you can finally hear the people again.”

Jack: “And when it starts, you forget.”

Jeeny: “That’s the tragedy — not that we built machines, but that we let them define the rhythm of our humanity.”

Jack: “You think we can reverse it? The world’s built on silicon now. Chips in every heart, every hand, every home. Even the air feels connected.”

Jeeny: “Then maybe the answer isn’t reversal — it’s remembrance. Every time we hold a phone, we should feel its weight — not just its function. We should remember the fingers that soldered it, the mines it came from, the earth it wounded.”

Jack: Quietly. “That’s a heavy way to live.”

Jeeny: “No heavier than pretending it’s weightless.”

Host: The power returned, the machines whirred back to life. The sound surged again — precise, relentless, mechanical. But something in the air had shifted.

Jack watched the line of glowing microchips pass by — each one a perfect shard of human contradiction. Jeeny stepped closer beside him, their reflections blending in the glass: one believer in systems, the other in souls.

Jack: “You know, sometimes I think technology’s our mirror. It shows us everything — connection, greed, progress, isolation — all at once.”

Jeeny: “Then maybe it’s time we stopped admiring the reflection and started repairing the cracks.”

Jack: Smiling faintly. “And what if the cracks are what make us human?”

Jeeny: “Then maybe humanity’s the only system still worth upgrading.”

Host: The factory lights dimmed for the night shift. Workers moved toward the exits, slow and silent, their silhouettes merging with the shadows of machines. Outside, the sky glowed faintly red — city light refracted through pollution, beautiful and poisonous at once.

Jeeny turned toward the door, her voice soft but certain.

Jeeny: “Schlossberg’s right. The chips keep the world alive — but they also remind us how fragile our pulse really is. We can’t stop building. But we can remember why we started.”

Jack: Looking back at the line of machines. “To make life easier.”

Jeeny: “Then let’s make sure ‘easier’ doesn’t mean ‘emptier.’”

Host: They stepped outside into the night. The cold air carried the faint scent of ozone and rain, the world buzzing with invisible data — messages, signals, pulses — all flowing through the circuits they had just questioned.

And as they walked into the glow of a thousand silent devices, Tatiana Schlossberg’s words lingered in the air, half warning, half prayer:

“The miracle of technology isn’t that it connects us — it’s that it asks us to remember what we’ve disconnected to make it possible.”

Tatiana Schlossberg
Tatiana Schlossberg

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