Max Planck — "The constant changes in the scientific worldview show how important it is to rem…"
The constant changes in the scientific worldview show how important it is to remain open to new ideas.
The constant changes in the scientific worldview show how important it is to remain open to new ideas.
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"There can never be any real opposition between religion and science; for the one is the complement of the other. Every serious and reflective person realizes, I think, that the religious element in hi…"
"When we speak of the 'reality' of the external world, we mean that it is independent of our perception of it."
"Science advances funeral by funeral."
"The quantum hypothesis will never make the slightest sense to anyone who cannot accept the existence of a real, objective world independent of our observations."
"A scientist is a man who tries to understand the world by experiment, and a philosopher is a man who tries to understand the world by thought."
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Scientific understanding is never final. What counts as established truth in one generation often gets overturned or refined in the next as new evidence emerges. Because of this, clinging too tightly to current theories is a mistake. Progress depends on people willing to question accepted ideas, entertain unfamiliar explanations, and revise their views when the data demands it. Intellectual humility and openness are not optional extras but essential tools for anyone pursuing genuine knowledge.
Planck lived this principle painfully. Trained in classical thermodynamics, he reluctantly introduced energy quanta in 1900 to solve blackbody radiation, overturning the continuous physics he revered. He later admitted new scientific truths triumph not by convincing opponents but because opponents die and a new generation grows up familiar with them. His career embodied the struggle between deep respect for established theory and the honesty required to accept revolutionary evidence, even when it dismantled his own worldview.
Planck worked during physics's most turbulent revolution, roughly 1900 to 1947. Newtonian mechanics, long considered nearly complete, was shattered by quantum theory, Einstein's relativity, and atomic discoveries. Scientists who had declared physics essentially finished in the 1890s watched their certainties collapse within two decades. Meanwhile, Planck endured two world wars, Nazi rule, and the execution of his son, witnessing firsthand how rigid ideologies, whether scientific or political, produced catastrophe when they refused to accommodate inconvenient truths.
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