A New Kind Of Inductively-damped Compass

At some point during our primary school careers, most of us probably constructed a simple compass, often by floating a magnetized needle on a cork in a cup of water. The water in such a configurati…

Hackaday

How do #migratorybirds find their way?

ERC grantees Henrik Mouritsen & Peter Hore show how 🐦sense the #geomagnetic field to help them navigate, contributing to a 🆕 scientific field: #QuantumBiology.

👉 https://bit.ly/QuantumBirds

#WMBD2023 #Magneticcompass #Biodiversity #ERCSyG

🐦🔗: https://n.respublicae.eu/ERC_Research/status/1657287116257382402

How do birds navigate?

Bird migration is driven mostly by weather and the availability of food. But how birds migrate from one region to another without getting lost is less well understood. ERC grantees Henrik Mouritsen and Peter Hore are looking into how birds sense the geomagnetic field to help them navigate. This unique scientific collaboration between biologists and chemists is paving the way for a new field of science: quantum biology. 

ERC

For #WorldMigratoryBirdDay we focus on 💡 #LightPollution & its impact on 🐦.

How DO they find their way across the globe?

Find out the answer & don't forget to #DimLightsForBirds 🌒!

👉 https://bit.ly/QuantumBirds

#WMBD2022 #QuantumBiology #QuantumPhysics #Magneticcompass

🐦🔗: https://nitter.eu/ERC_Research/status/1578656514092716032

How do birds navigate?

Bird migration is driven mostly by weather and the availability of food. But how birds migrate from one region to another without getting lost is less well understood. ERC grantees Henrik Mouritsen and Peter Hore are looking into how birds sense the geomagnetic field to help them navigate. This unique scientific collaboration between biologists and chemists is paving the way for a new field of science: quantum biology. 

ERC