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Quote by Kathryn Schulz

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Being Wrong: Adventures in the Margin of Error

This book delves into the concept of being wrong, examining how individuals and societies learn and grow through the process of making errors. It investigates the psychological, social, and philosophical aspects of error, offering insights into the human experience. more

Author

Kathryn Schulz
Kathryn Schulz

Kathryn Schulz is a renowned journalist known for her in-depth investigative reporting and unique analytical perspective. Her writing spans a wide range of topics from environmental issues to cultural phenomena, earning her praise for her sharp insights and rigorous academic approach. more

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“Does nothing bother you?' he said. 'You seem totally unmoved that you almost died.' I didn't tell him that I was almost always dying. 'I don't have time to waste on useless things,' I said. 'It was strange to see you in such a state when I found you. And when I brought you back. So... weak.' A wrinkle formed over his forehead, hinting at confusion. And that confusion, in turn, confused me. 'Weak?' 'You've seemed... In the time we've known each other, you've seemed infallible.”

WeakInfallibleCrowns Of NyaxiaCarissa BroadbentLilithSurprisedValeSix Scorched RosesLord ValeUnmoved
Book:Six Scorched Roses
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“Time will tell. But we have at least set our calling card on this affair, and even if nothing comes of it, no harm has been done.’ Those were his words. But Holmes had no idea of the type of people with whom he was dealing nor the lengths to which they would go to protect themselves. He had entered a veritable miasma of evil, and harm, in the worst possible way, was to come to us all too soon.”

Sherlock HolmesHouse Of SilkPage 128
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“The advent of low temperature scanning EM led to a study by Bill Wergin and colleagues from NASA in which they collected samples from different types of snow cover found in the prairies, taiga (snow forest), and alpine environments. With snow depths up to a metre, various layers occurred in which the crystals underwent a change in their microscopic shape from the original freshly fallen crystals, to the development of flat faces and sharp edges. It is this metamorphosis of lying snow that determines the likelihood of avalanches, which can be predicted from the crystal structures at various depths. Although scanning EM (electron microscopy) is hardly available as a routine assay in distant mountain regions, this work helped in the use of microwave radiology investigation of the snow water equivalent in the snow pack, as large snow crystals scatter passive microwave more than small crystals. Smaller and more rounded crystals of snow do not interlock, and can slide more easily over each other, increasing the risk of avalanches.”

MicroscopyAvalance RiskSnow Crystals
Book:Microscopy: A Very Short Introduction
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