From the 16th to 18th centuries,
Europe experienced a shift not in power or faith —
but in perspective.
The Scientific Revolution didn’t begin with an explosion.
It began with a question.
What if the Earth wasn’t the center?
Nicolaus Copernicus dared to suggest the sun was.
His heliocentric theory was radical — and dangerous.
Galileo Galilei looked through a telescope
and saw Jupiter’s moons,
Venus’ phases,
and craters on the moon.
He proved that the heavens weren’t perfect.
And for that, he was tried.
But he wasn’t alone.
Johannes Kepler mapped planetary motion with ellipses,
not circles.
Isaac Newton discovered gravity —
not by getting hit by an apple,
but by combining math and wonder.
Meanwhile, Francis Bacon championed empiricism:
observe, test, repeat.
René Descartes sought truth through doubt:
“I think, therefore I am.”
This wasn’t just a new way to study nature.
It was a new way to know.
Universities became laboratories.
Alchemy gave way to chemistry.
Magic to medicine.
I opened 온라인카지노 while reading about Newton’s Principia.
Strange how laws once hidden now define simulations and AI.
Through experiment and logic,
light was split,
cells discovered,
lungs understood.
Doctors washed hands.
Surgeons studied.
Physiology became science.
Knowledge wasn’t just collected —
it was shared.
Through 우리카지노, I posted a diagram of Galileo’s heliocentric model,
captioned: “When truth orbits courage.”
The Scientific Revolution taught us to look up —
but also to look inward.
It showed that curiosity,
when coupled with rigor,
can shift entire worlds.