Conor Feehly
Science Writer at Freelance
Node on the human information highway - @DiscoverMag @newscientist @NautilusMag @sciam @LiveScience @NewHumanist @SPACEdotcom etc [email protected]
Articles
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4 days ago |
pourlascience.fr | Conor Feehly
La vie, pour l’essentiel, est baignée de lumière : le Soleil procure à la planète l’énergie indispensable à la grande majorité des écosystèmes qu’elle abrite. Mais la vie crée également sa propre lumière, et pas seulement la bioluminescence des vers luisants et des poissons lanternes, ou les rayonnements infrarouges engendrés par la chaleur. Les tissus vivants émettent un flux continu de lumière de faible intensité, ou biophotons.
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1 week ago |
scientificamerican.com | Conor Feehly
Life, for the most part, is bathed in light. The sun immerses the planet in energy that supports the vast majority of ecosystems that call Earth home. But life also generates its own light—and not just the bioluminescence of glowworms and lamp-headed anglerfish or the radiation produced by heat. In a phenomenon scientists refer to as ultraweak photon emissions (UPEs), living tissues emit a continuous stream of low-intensity light, or biophotons.
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1 week ago |
share.google | Conor Feehly
Life, for the most part, is bathed in light. The sun immerses the planet in energy that supports the vast majority of ecosystems that call Earth home. But life also generates its own light—and not just the bioluminescence of glowworms and lamp-headed anglerfish or the radiation produced by heat. In a phenomenon scientists refer to as ultraweak photon emissions (UPEs), living tissues emit a continuous stream of low-intensity light, or biophotons.
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1 week ago |
buff.ly | Conor Feehly
Life, for the most part, is bathed in light. The sun immerses the planet in energy that supports the vast majority of ecosystems that call Earth home. But life also generates its own light—and not just the bioluminescence of glowworms and lamp-headed anglerfish or the radiation produced by heat. In a phenomenon scientists refer to as ultraweak photon emissions (UPEs), living tissues emit a continuous stream of low-intensity light, or biophotons.
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1 week ago |
yahoo.com | Conor Feehly
Life, for the most part, is bathed in light. The sun immerses the planet in energy that supports the vast majority of ecosystems that call Earth home. But life also generates its own light—and not just the bioluminescence of glowworms and lamp-headed anglerfish or the radiation produced by heat. In a phenomenon scientists refer to as ultraweak photon emissions (UPEs), living tissues emit a continuous stream of low-intensity light, or biophotons.
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New piece for @QuantaMagazine on neural metabolism!! 🫡🫡🫡
Recent research shows that inactivity consumes nearly as much brain energy as effortful, goal-directed cognitive tasks. @ConorFeehly reports: https://t.co/lmo1HSJQ5u
New feature for @newscientist 🙂
Optimism has real health benefits, but the idea that we should always look on the bright side has led to a tidal wave of “toxic positivity”. What’s to be done? https://t.co/EjOy6ebRj0
RT @marcwittmann: An unusal in-depth article by @ConorFeehly on our @IGPP_Freiburg #Floatation-REST study exploring the induction of altere…
