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Beneath the surface of meteorology, there exists a subtle game of evasion, a dance of words that hides the uncomfortable truth about convection. Meteorologists don’t openly discuss steam in the atmosphere; instead, they speak of convection, a process they understand through the lens of Avogadro’s law. But when pressed to explain the underlying assumptions, they reluctantly reveal their belief in the existence of mono-molecular H₂O—steam—in their models. This, they say, is the unseen player in the dance of convection. Yet, ask them how water molecules could possibly remain mono-molecular at temperatures far below the boiling point, and that’s when the evasion begins. The conversation shifts, becomes defensive, and emotions flare.
2.6
55 ratings
Beneath the surface of meteorology, there exists a subtle game of evasion, a dance of words that hides the uncomfortable truth about convection. Meteorologists don’t openly discuss steam in the atmosphere; instead, they speak of convection, a process they understand through the lens of Avogadro’s law. But when pressed to explain the underlying assumptions, they reluctantly reveal their belief in the existence of mono-molecular H₂O—steam—in their models. This, they say, is the unseen player in the dance of convection. Yet, ask them how water molecules could possibly remain mono-molecular at temperatures far below the boiling point, and that’s when the evasion begins. The conversation shifts, becomes defensive, and emotions flare.