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Scents of Science

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myfusimotors

Why is a science blog named after a motor neuron? Fair question. If you landed here expecting car parts or motor repairs, I'm sorry...and also, stay. You might find something more interesting. Fusimotor neurons are a type of nerve cell in your body right now, quietly doing one of the most elegant jobs in neuroscience. They don't move your muscles directly. Instead, they adjust the sensitivity of your muscle spindles — the tiny stretch receptors embedded in your muscle fibers. In plain terms: they set the dial on how aware your nervous system is of its own body. They are the hidden calibrators of human movement, and almost nobody knows they exist. That's exactly why I named this blog after them. The best science isn't always the most famous science. Some of the most fascinating things happening inside the human body — inside your body — are invisible, unnamed, and completely overlooked. This blog exists to change that. I am a collection of water, calcium and organic molecules, but not a single one of the cells that compose me knows who I am, or cares...So why should you? Maybe because the story of what we are is more interesting than the story of who we are. That's what this blog is about. New posts go up every Tuesday and Friday. No newsletters, no algorithms — just good science writing, when you come looking for it. If you're curious about a topic, feel free to reach out. Some of my best posts have started with a reader's question. Welcome to myfusimotors. The hidden calibrators sent me. Corina.

The way you see color depends on what language you speak

The human eye can physically perceive millions of colours. But we don’t all recognise these colours in the same way. Some people can’t see differences in colours – so called colour blindness – due to a defect or absence of the cells in... Continue Reading →

Sun Rings in New Month with Strong Flare

The Sun released an X1 solar flare, a powerful burst of energy, captured by Solar Dynamics Observatory (SDO) on Oct. 2, 2022. X-class are the most intense flares, while the number provides more information about its strength. For instance, an X1 flare is half... Continue Reading →

X-Ray Rings Around a Gamma Ray Burst

Why would x-ray rings appear around a gamma-ray burst? The surprising answer has little to do with the explosion itself but rather with light reflected off areas of dust-laden gas in our own Milky Way Galaxy. GRB 221009A was a tremendous explosion -- a... Continue Reading →

Greetings from the Cupola

Expedition 67 flight engineers Bob Hines and Jessica Watkins are all smiles in this Sept. 12, 2022, image from the International Space Station cupola. The cupola is used to monitor the arrival of spaceships and to view the Earth. Hines,... Continue Reading →

The Falcon and the Hunter’s Moon

The Full Moon of October 9th was the second Full Moon after the northern hemisphere autumnal equinox, traditionally called the Hunter's Moon. According to lore, the name is a fitting one because this Full Moon lights the night during a time... Continue Reading →

“Wobbling black hole” most extreme example ever detected

Researchers at Cardiff University have identified a peculiar twisting motion in the orbits of two colliding black holes, an exotic phenomenon predicted by Einstein’s theory of gravity. Their study, which is published in Nature and led by Professor Mark Hannam,... Continue Reading →

Learning on the edge

A new technique enables AI models to continually learn from new data on intelligent edge devices like smartphones and sensors, reducing energy costs and privacy risks. Microcontrollers, miniature computers that can run simple commands, are the basis for billions of... Continue Reading →

Dust plumes observed being ‘pushed’ into interstellar space by intense starlight

Astronomers have observed directly for the first time how intense light from stars can ‘push’ matter. Researchers from the universities of Cambridge and Sydney made the observation when tracking a giant plume of dust generated by the violent interactions between... Continue Reading →

Dust Shells around WR 140 from Webb

What are those strange rings? Rich in dust, the rings are likely 3D shells -- but how they were created remains a topic of research. Where they were created is well known: in a binary star system that lies about 6,000 light years away toward the constellation of the Swan (Cygnus)... Continue Reading →

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