Quick Context: A Perlan glider uses air rising over the southern Andes to reach record heights and allow scientists to study the ozone layer. Why do storms spin in different directions depending on their location—and why do they spin in the first place?
The Coriolis Effect Illusion Demonstrated By National Geographic - Planning Snapshot
Overview
A Perlan glider uses air rising over the southern Andes to reach record heights and allow scientists to study the ozone layer. Why do storms spin in different directions depending on their location—and why do they spin in the first place? Neurobiologist Mark Changzi explains how our brain generates perceptions to match the present.
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Important details found
- A Perlan glider uses air rising over the southern Andes to reach record heights and allow scientists to study the ozone layer.
- Why do storms spin in different directions depending on their location—and why do they spin in the first place?
- Neurobiologist Mark Changzi explains how our brain generates perceptions to match the present.
- Tim finds out what happens when you throw a ball while spinning around on a merry-go-round.
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