Science is often not misunderstood because it is wrong, but because it is simplified, repeated, and gradually distorted.
Over time, complex explanations get compressed into short phrases that lose key context. The result is that many “well-known science facts” are only partially correct.
What this series is about
This series breaks down commonly misunderstood scientific ideas and explains:
- What the concept actually means
- Where the misunderstanding comes from
- What is the correct interpretation
Why this matters
Misunderstandings in science often come from:
- Oversimplification
- Missing context
- Repetition without understanding
- Public misinformation
Correcting these improves scientific literacy and critical thinking.
What this series will cover
We begin with some of the most common misconceptions in science:
- Quantum physics
- Climate change
- Evolution
- Memory
- Statistics and reasoning
- Physics misconceptions
- Biology myths
- Health misunderstandings
Starting point
We begin with one of the most misrepresented areas in science:
Quantum physics is not randomness.
