We Know Boats
We Know Boats
Have you ever found yourself in that "magical" situation - sailing in open water, far from any navigational hazards, only to have your chart plotter insist you are currently driving down a suburban road toward your ex’s house? It is a disorienting, almost surreal experience.
Why is the 'Yogi' no more? It wasn't a lack of technology, but perhaps too much of the wrong kind. Dive into the mathematical 'Black Rabbits' of Fibonacci and the engineering trade-offs that determine who survives the 'impossible' scenario at sea.
Morse code 88 is a friendly shorthand used by radio operators and sailors to mean “Love and Kisses”.
Why does the human brain process rhythm more reliably than speech under stress? Dive into the fascinating intersection of neuroscience and nautical history to see how Morse code anticipated data compression and became the most resilient language ever used at sea.
What does a screaming ambulance on a city street have in common with a pair of stars dancing in deep space? More than you’d think. Discover how the Doppler Effect connects the cosmos to the cockpit, and why this simple shift in frequency is the unsung hero of maritime safety.
Why your boat is Noise, not Music: Radar Reflectors Explained with physics, coherence and orchestra analogy.
Light is limited. Technology has caps. But human insight is boundless. Learn how the Fresnel lens used concentric rings and 'unique light signatures' to transform lighthouses from simple beacons into precision-engineered lifesavers.