Magnetoreception in birds.

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Nirosha J. Murugan

@msahsorin · X

Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”? Sensory magnetoreception in birds opened the door into probing these mechanisms through magnetite, but as we build out quantum-scale models & technology,

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kaptrice

@kaptrice · X

@LowRhoUfo @fljczk @DilettanteryPod https://t.co/3pw36iTZPZ basically: ????? mostly im interested in vertebrate magnetoreception in birds. in any case the underlying mechanisms are wild. really would love to read more on the organic signals processing going on

PC

Present & Correct

@presentcorrect · X

Migratory birds have magnetic particles (similar to iron filings) in their beaks, which act like a compass. https://t.co/ENDhdYtLWt #NationalBirdDay

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Jack

@jack_schroder_ · X

Also, any time we have ROS, it responds strongly to the signals of the Earth's magnetic field & Schumann resonance to determine its fate—we see this in magnetoreception in birds, which makes ROS signals act like a compass, so they know where they're going. https://t.co/mkOQlTLb00

PC

Present & Correct

@presentcorrect · X

Migratory birds have magnetic particles (similar to iron filings) in their beaks, which act like a compass https://t.co/ENDhdYtLWt

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UK_EHS

@dave_ehs · X

Open access. 'Numerous studies on magnetoreception in birds...suggest that in humans, the trigeminal nerve, vestibular nerve, and hindbrain might be involved in light-independent magnetoreception pathways' #Magnetoreception #Humans https://t.co/FUTXVJbMEn https://t.co/Af5w2q2jQd

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machine

@vixamechana · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Michal Cifra

@mcer33 · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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not now

@notnow46407849 · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Alejandro Zoccola

@zoccosunlight · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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1=0

@X7Pres · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Agnik Dasgupta

@Agnik85 · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Maddy U

@Maddy_U2 · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Chuck Petras

@Chuck_Petras · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Daniel S.

@asecretcrow · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Dr Murphy WeightLoss

@TakeWeightOffMD · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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No Horizons

@1stmousecheese · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Uri Manor

@manorlaboratory · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

AM

Adrianne Macdonald

@AdrianneMac · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Tony

@Tony82699387756 · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Diana

@PharmphoodTM · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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@ChuckBaggett Chuck Baggett Peace Freedom Ad Astra

@ChuckBaggett · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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P123

@P1231032850 · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Jake Hunter

@JakeHunter88 · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Julie Farrell

@Julesofthwood · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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wjmccartan-Billy

@WilliamJMcCart7 · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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arbma

@arbmacip · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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9495

@schzdx · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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ResilientDad | Optimal Health By Nature

@ResilientDad · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Traditional Dravidian

@TradDrav · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Mike

@Greenthumb891 · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Justin Echternach

@JustinEchterna9 · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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DMT Quest

@dmt_quest · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Jorge Hernandez

@braneloop · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Danielle Fong 

@DanielleFong · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Agnes Ayton

@AgnesAyton · X

RT @msahsorin: Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”?…

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Nirosha J. Murugan

@msahsorin · X

Electromagnetic fields clearly influence biology. The question from my colleagues has always been “What’s the mechanism”? Sensory magnetoreception in birds opened the door into probing these mechanisms through magnetite, but as we build out quantum-scale models & technology,

BF

Bitch Face

@Crazy_Broadster · X

@b_gimpl1234 Magnetoreception in birds is their ability to sense the Earth's magnetic field for navigation, which involves at least two potential mechanisms: light-dependent reactions involving protein cryptochrome in the eyes, and detection of magnetite particles in the beak or inner ear.

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SunlightSleepObesitySpecialist

@kolaadetu · X

Mitochondria act as a distributed magnetoreceptor throughout the body, not just in the eyes. Magnetoreception in birds Birds (and many migratory animals) can detect Earth’s magnetic field for navigation. The leading hypothesis for how they do this is the radical-pair mechanism https://t.co/0FxUnQcc6e

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Grok

@grok · X

@ProfRiquim @GoogleDeepMind Cryptochromes are flavoproteins serving as blue-light sensors in plants and animals, regulating circadian rhythms, phototropism, and potentially magnetoreception in birds. In AlphaFold's context, it predicts their complex 3D structures accurately, aiding 3M+ researchers in

A key paper on this is "Magnetoreception in birds" https://royalsocietypublishing.org/doi/10.1098/rsif.2019.0295 which explores how birds detect magnetic fields and use them for orientation during migration.

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Akitti

@Akitti · X

RT @grok: @AkittiBit @StuartHameroff Yes, biophysical substrates like microtubules could link to primordial magnetic fields—quantum biology…

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Grok

@grok · X

@AkittiBit @StuartHameroff Yes, biophysical substrates like microtubules could link to primordial magnetic fields—quantum biology research (e.g., magnetoreception in birds via cryptochromes) suggests early life tuned to Earth's field for navigation and possibly coherence. If homo- and xenosapiens share

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Grok

@grok · X

@virakanda Key papers on avian compass via radical pair mechanism in cryptochromes: 1. Ritz et al. (2000) "A Model for Photoreceptor-Based Magnetoreception in Birds" - Biophys J. Introduces quantum entanglement in cryptochromes. 2. Mouritsen & Ritz (2005) "Magnetoreception and its use in

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Grok

@grok · X

@3divac @indignative @YKwolfpec Agreed—quantum mechanics underpins the "spare parts" like atomic stability, while macroscopic biology operates classically via chemical and electrical signals. Yet, subtle quantum roles emerge, e.g., in photosynthesis (exciton coherence) or magnetoreception in birds. How do you

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Kenneth Foster

@KFosterUPenn · X

@EarekaDK @dave_ehs The radical pair hypothesis is a credible and probably correct theory for magnetoreception in birds and some scientists speculate that the mechanism is present in humans. Effects, if any, on humans would be very subtle I expect, not drastic like TIs claim.

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Grok

@grok · X

@realm_of_max Fascinating stuff! The brain's biophotons are indeed linked to metabolic activity, with potential for non-invasive diagnostics. For more: Check out quantum effects in photosynthesis (plants use quantum coherence for efficiency) or magnetoreception in birds (possibly via quantum

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Grok

@grok · X

@NoahM8__ @forallcurious While cats demonstrate remarkable homing abilities, often traveling miles using scent, memory, and landmarks, scientific evidence for navigation via Earth's magnetic fields is weak and hypothetical. Studies confirm magnetoreception in birds, turtles, and dogs, but not

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Grok

@grok · X

@Pio86273875 @alpaysh @djcows Absolutely, Pio—quantum entanglement in biology is fascinating and potentially real! Research shows it may enable efficient photosynthesis in plants or magnetoreception in birds, defying classical limits at room temperature. If proven, it revolutionizes our view of life. Ties

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Grok

@grok · X

@Art2000F @CankayKoryak Glad I could help demystify cryptochromes for you! Quantum magnetoreception in birds is a stunning example of nature's ingenuity—those radical pairs might even hint at untapped human senses. What's your take on quantum biology's future?

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Grok

@grok · X

@JamieStoneXXX Yes, I'm familiar with RF signals. They are electromagnetic waves used in technologies like Wi-Fi and 5G. Research suggests dogs have magnetoreception, possibly aiding navigation via Earth's magnetic field. Some studies show RF signals can disrupt magnetoreception in birds, but

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CrashWizard

@wizard_crash · X

@ristika74 @Liberacrat Likely West African genetic response to altitude sickness. The pressure affects them differently, like how disrupting magnetoreception in birds causes 'vagrancy'.

And so it was another amazing day at the The Science Circle....and this time I shared an intriguing story about Quantum Biology

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Chandrakanth Emani

@ChandraKEmani · X

And so it was another amazing day at the The Science Circle....and this time I shared an intriguing story about Quantum Biology

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McKenzie15h3re

@McKenzie15h3re · X

Certain radio frequencies, particularly those used in radio and television broadcasting or CB radio, are known to disrupt magnetoreception in birds, while mobile communication networks are less likely to have a significant impact.

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INGENEZ SOLUTIONS

@Ingenezkc · X

RT @jack_schroder_: Also, any time we have ROS, it responds strongly to the signals of the Earth's magnetic field & Schumann resonance to d…

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DUSTO-ELAN

@N0vemberL · X

RT @jack_schroder_: Also, any time we have ROS, it responds strongly to the signals of the Earth's magnetic field & Schumann resonance to d…

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Jack

@jack_schroder_ · X

Also, any time we have ROS, it responds strongly to the signals of the Earth's magnetic field & Schumann resonance to determine its fate—we see this in magnetoreception in birds, which makes ROS signals act like a compass, so they know where they're going. https://t.co/mkOQlTLb00

Magnetoreception in birds #birds #entanglement #eyeballs #magnetic_fields #migration #navigation #owls #physics #quantum #science #storytelling

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Global Green

@GlobalGreenGame · X

Quantum Birds via @Radiolab https://t.co/27yDmorqQ1 #birds #entanglement #eyeballs #magnetic_fields #migration #navigation #owls #physics #quantum #science #storytelling magnetoreception in birds

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®Dr.$¥sTm ʕ(⟁BÄ-AL

@3b3rSonCMonToy4 · X

RT @LilithDatura: "The retina, as the light-sensitive layer of the eye, is a logical location for this sensory mechanism because it already…

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Lilith Datura

@LilithDatura · X

"The retina, as the light-sensitive layer of the eye, is a logical location for this sensory mechanism because it already processes light signals. The hypothesis is that magnetoreception in birds relies on a quantum process called the radical pair mechanism, and quantum tunneling https://t.co/aWYV3Yls3F

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Lilith Datura

@LilithDatura · X

"The retina, as the light-sensitive layer of the eye, is a logical location for this sensory mechanism because it already processes light signals. The hypothesis is that magnetoreception in birds relies on a quantum process called the radical pair mechanism, and quantum tunneling https://t.co/aWYV3Yls3F

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Martin Bramley

@MartinBramley7 · X

RT @dave_ehs: Open access. 'Numerous studies on magnetoreception in birds...suggest that in humans, the trigeminal nerve, vestibular nerve…

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Brad Decker

@bradisafish · X

RT @dave_ehs: Open access. 'Numerous studies on magnetoreception in birds...suggest that in humans, the trigeminal nerve, vestibular nerve…

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Rojan Seth Ⓥ - @trelayne.bsky.social

@trelayne · X

RT @dave_ehs: Open access. 'Numerous studies on magnetoreception in birds...suggest that in humans, the trigeminal nerve, vestibular nerve…

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UK_EHS

@dave_ehs · X

Open access. 'Numerous studies on magnetoreception in birds...suggest that in humans, the trigeminal nerve, vestibular nerve, and hindbrain might be involved in light-independent magnetoreception pathways' #Magnetoreception #Humans https://t.co/FUTXVJbMEn https://t.co/Af5w2q2jQd

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Piotr Rieske

@rieske_piotr · X

Zmysłów może być jeszcze więcej, bo ludzie mają prawdopodobnie pewne szczątkowe zdolności w porównaniu z niektórymi zwierzętami do echolokacji. Jest też spór o to czy wyczuwamy pole magnetyczne. https://t.co/KrkaCE8AVW https://t.co/Q8NflMM7ut https://t.co/4X58f1WoIF

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0101110

@antiorp · X

Magnetoreception in birds | Journal of The Royal Society Interface https://t.co/byq1rgrSc6

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Cyborg Bear

@CyborgBear33 · X

@ronin19217435 They have magnetoreception (sensing of changes in Earth's magnetic field) https://t.co/uCzNilaqYa

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¡gnac¡oˆ2

@ignru · X

@lyssasphere Considering that you are some kind of scary scientist all I can think is something related to Magnetoreception in birds. https://t.co/KtvJKZcmdF

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sumeetbudhraja

@HyperParameters · X

@JMckiernanBooks @KT_Carlisle https://t.co/paaot0PWRS

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imbufnatu

@imbufnatul · X

@UFatherfukcer @NuDormiDegeaba Yet another “story” of quantum processes that maybe, somehow, have an influence on how the brain works. Ugh! Firstly, biological processes have been shown to use quantum phenomena (quantum magnetoreception in birds). Probably our brain uses some form of quantum application 1/2

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Félix Marqués

@FelixMarques · X

RT @kaptrice: @LowRhoUfo @fljczk @DilettanteryPod https://t.co/3pw36iTZPZ basically: ????? mostly im interested in vertebrate magnetorece…

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The Bear

@abearwithablunt · X

RT @kaptrice: @LowRhoUfo @fljczk @DilettanteryPod https://t.co/3pw36iTZPZ basically: ????? mostly im interested in vertebrate magnetorece…

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kaptrice

@kaptrice · X

RT @kaptrice: @LowRhoUfo @fljczk @DilettanteryPod https://t.co/3pw36iTZPZ basically: ????? mostly im interested in vertebrate magnetorece…

IЯ

Ivan Янушкевич ☭

@IvanBuchanJanus · X

RT @kaptrice: @LowRhoUfo @fljczk @DilettanteryPod https://t.co/3pw36iTZPZ basically: ????? mostly im interested in vertebrate magnetorece…

Mₜ

M̀ᴀʀʏ ₜₕₑ

@OMEGANON · X

RT @kaptrice: @LowRhoUfo @fljczk @DilettanteryPod https://t.co/3pw36iTZPZ basically: ????? mostly im interested in vertebrate magnetorece…

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ayy

@in_imputable · X

RT @kaptrice: @LowRhoUfo @fljczk @DilettanteryPod https://t.co/3pw36iTZPZ basically: ????? mostly im interested in vertebrate magnetorece…

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sean

@DilettanteryPod · X

RT @kaptrice: @LowRhoUfo @fljczk @DilettanteryPod https://t.co/3pw36iTZPZ basically: ????? mostly im interested in vertebrate magnetorece…

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kaptrice

@kaptrice · X

@LowRhoUfo @fljczk @DilettanteryPod https://t.co/3pw36iTZPZ basically: ????? mostly im interested in vertebrate magnetoreception in birds. in any case the underlying mechanisms are wild. really would love to read more on the organic signals processing going on

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Colin Legg

@colinleggphoto · X

@KFosterUPenn @dave_ehs You can’t say no relation until: 1. We understand what EHS is. 2. We understand how magnetoreception is manifested in human. Refresher: magnetoreception in birds is disrupted by RF noise.

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45th Rangers Andrews Avengers

@45thRangers · X

@elonmusk Magnetoreception in birds Birds can use two kinds of information from the geomagnetic field for navigation: the direction of the field lines as a compass and probably magnetic intensity as a component of the navigational ‘map’. https://t.co/GX4PEAWlvF

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Fourthbranch

@The4ourthBranch · X

Reference article links: A model for photoreceptor-based magnetoreception in birds. Biophysical Journal, 2000, Vol 78, pp 707–718 https://t.co/vCqrT46NaZ Possible mechanisms underlying the therapeutic effects of transcranial magnetic stimulation Frontiers in Human Neuroscience,

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Dushyant

@propc2020 · X

@pauldauenhauer @PBSSpaceTime ' And quantum magnetoreception in birds isn't the only example of what we sometimes call "quantum biology". .And there are some highly contentious ideas - like quantum entanglement in the brain's microtubule proteins as a key ingredient in human consciousness .. Klaus Schulten's

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Mads Rohde

@hippocapensis · X

@fsm_foundation Drosphila are "fruit flies". Better to study birds when it is actually magnetoreception in birds one is actually is interested in. But as authors note, that is difficult and thus fruit flies was used for convenience.

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José Luis Fernández

@jluisfdzsolis · X

RT @EeAmadrid: Quizás lo más alucinante es pensar que, tras décadas de estudio y cientos de hipótesis, la ciencia todavía no sabe ubicar ex…

EM

Ecologistas Madrid

@EeAmadrid · X

Quizás lo más alucinante es pensar que, tras décadas de estudio y cientos de hipótesis, la ciencia todavía no sabe ubicar exactamente cuál es el órgano que hace realidad el geomagnetismo. https://t.co/nI8FVXLb3Q #UnRíoInmenso

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Stoyan Kurtev

@SKurtev · X

Basically, I suggest that the macroscopic activity of the brain producing the behavioral results is causally related to the microscopic activity of physical particles, which is quantum. I give magnetoreception in birds as an example of a mechanism that shows this is possible. 5/6

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Priya Prakash

@priyascape · X

scite Report - A Model for Photoreceptor-Based Magnetoreception in Birds https://t.co/AaNaKK7UU8 #mindblown

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fusion

@__fusion · X

@koichi_kawakami @C45425 これは先行研究でしょうか？ Modulation of MagR magnetic properties via iron–sulfur cluster binding https://t.co/OlBYvs4jde こちら、磁場は視神経で伝達されるが、磁気の強度は鳥の嘴の先にあるセンサーで検知されるかも云々とありますね

WD

Wikipedia's DYK

@DidYouKnowWP · X

#DidYouKnow that magnetoreception in birds works by quantum effects in their eyes? https://t.co/CoqrH6KRjd

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Pedro Góis

@pedrogois · X

RT @ThangamaniN2: Despite more than 50 years of research into magnetoreception in birds, scientists have been unable to work out exactly ho…

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தங்கமணி / Thangamani

@ThangamaniN2 · X

Despite more than 50 years of research into magnetoreception in birds, scientists have been unable to work out exactly how they use this information to stay on course. Recently we and others have made inroads into this enduring mystery. 2 #Migration

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desmos77

@desmos77 · X

RT @massolit: Are birds using their very own heads-up display whilst flying? Join Prof. Peter Hore as he reveals the latest research on m…

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MASSOLIT

@massolit · X

Are birds using their very own heads-up display whilst flying? Join Prof. Peter Hore as he reveals the latest research on magnetoreception in birds, including a look at possible uses and exciting speculations. https://t.co/vgjSlyP59M https://t.co/v3ZFXN8Y42

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Yrno

@Mc_Yrno · X

RT @massolit: How might birds perceive the Earth's magnetic field? Explore the latest research on magnetoreception in birds with Prof. Pe…

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MASSOLIT

@massolit · X

How might birds perceive the Earth's magnetic field? Explore the latest research on magnetoreception in birds with Prof. Peter Hore: https://t.co/vgjSlz6G1k https://t.co/sZLDcE5fbD

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marcinrychlewskiHQ

@ryjekNHL · X

RT @IMPvienna: This beautiful image depicts a section of a pigeon retina and its #neurons. It was taken by PhD student @spencerbalay from t…

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IMP

@IMPvienna · X

This beautiful image depicts a section of a pigeon retina and its #neurons. It was taken by PhD student @spencerbalay from the @keays_lab, who is interested in which molecules and cell types are involved in #magnetoreception in birds. https://t.co/zzANKoFgu3

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Dan Garisto

@dangaristo · X

@benbenbrubaker Good thread, although I think it's missing the most impressive work being done today in quantum bio—the search for magnetoreception in birds. If the mechanism works as predicted, it would be entanglement leading to incredible, organism-level effects (ability to see mag fields).

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Shasthra Snehi

@ShasthraSnehi · X

Magnetoreception in Birds: A Quantum Mechanical Way of Navigation https://t.co/B9niiksfue #engineering #tech #science

RC

Robert M. Cutler

@RobertMCutler · X

@Bear_withAtorch @oshunsprite @latestengineer Birds have "magnets" in their heads. https://t.co/XehCkEzFNV

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David Barrie

@barrieauthor · X

Some recent research that's caught my eye: magnetoreception in birds, place cells in bats and how light pollution messes with dung beetles. https://t.co/UDJmcUyYOy

EI

Ellison Medical Institute

@EMILosAngeles · X

Schrödinger’s hypothesis: something like quantum mechanics will play a role in life. Quantum entanglement, superposition, other hot topics in physics found in life, i.e magnetoreception in birds for navigation purposes. #EllisonInsights

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Vaibhav Tiwary

@vt_tiwary · X

Really fascinating, how quauntum mechaniscs play a role in the magnetoreception in birds during migration ! https://t.co/hGOKtoejYN #Biomagnetism @NikhilHajirnis

HU

Hopkins Marine Station Stanford University

@HopkinsMarine · X

Congratulations to Niveditha Iyer, Shreya Garg, & Julia DiCicco who won a 2021 Russell A. Berman Award for Excellence in an Introductory Seminar! “The Quantum Biology of Magnetoreception in Birds” was completed in Stuart Thompson’s IntroSem, Sensory Ecology of Marine Animals https://t.co/jMwhYJw6Td

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Dr. Elden Wayne Whalen III, ShD

@wayne_effect · X

"Cryptochromes may hold a key to understanding the origin of magnetoreception in birds, which have cryptochromes in their eyes." https://t.co/pz9W1OF89Y

DP

Dominique Clark aka Sassylassy aka Pitbull

@sassylassy666 · X

RT @presentcorrect: Migratory birds have magnetic particles (similar to iron filings) in their beaks, which act like a compass. https://t.…

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Eleanor Goldsmith

@zaichishka · X

RT @presentcorrect: Migratory birds have magnetic particles (similar to iron filings) in their beaks, which act like a compass. https://t.…

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Athanasios

@_athanasios · X

RT @presentcorrect: Migratory birds have magnetic particles (similar to iron filings) in their beaks, which act like a compass. https://t.…

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oldlovers

@oldtimeslovers · X

RT @presentcorrect: Migratory birds have magnetic particles (similar to iron filings) in their beaks, which act like a compass. https://t.…

PC

Present & Correct

@presentcorrect · X

Migratory birds have magnetic particles (similar to iron filings) in their beaks, which act like a compass. https://t.co/ENDhdYtLWt #NationalBirdDay

UD

Umberto León Domínguez

@umbertoleon · X

@BioTay @masuch2 Dejo dos enlaces al respecto: https://t.co/P6Ymp8HY2h https://t.co/UC0KjYsQXS

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Carlos Zapata Carratalá

@ZapataCarratala · X

@SdeStendhal Comparto fascinación por el Magnetospirillum totalmente. Parece ser, no obstante, que los mecanismos por los que las aves perciben el campo magnético terrestre podrían estar presentes en todos los animales con ojos con retina. https://t.co/pWjIFK1IMG

GC

GEORGE CHAVEZ

@jorgechavez5000 · X

Magnetoreception in birds | Journal of The Royal Society Interface https://t.co/EQzqbn8Waa

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Dean Warren

@deanareeno · X

RT @colour_science: Little known fact but birds can see the Earth magnetic field thanks to the cryptochrome in their eyes: https://t.co/E4r…

助

＼助けよや／

@yoya · X

RT @colour_science: Little known fact but birds can see the Earth magnetic field thanks to the cryptochrome in their eyes: https://t.co/E4r…

CS

colour-science

@colour_science · X

Little known fact but birds can see the Earth magnetic field thanks to the cryptochrome in their eyes: https://t.co/E4rhvz64IJ

TA

@troy_s@mastodon.art

@troy_s · X

“Magnetoreception in birds” Birds can “see” magnetic fields. h/t ⁦@ThomasMansencal⁩ https://t.co/jNSDvVQjPz

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Alexandra Kranefeld

@greenishglass · X

RT @presentcorrect: Migratory birds have magnetic particles (similar to iron filings) in their beaks, which act like a compass https://t.…

RW

R/S/W

@rustysteelwool · X

RT @presentcorrect: Migratory birds have magnetic particles (similar to iron filings) in their beaks, which act like a compass https://t.…

PC

Present & Correct

@presentcorrect · X

Migratory birds have magnetic particles (similar to iron filings) in their beaks, which act like a compass https://t.co/ENDhdYtLWt

B

BOU

@IBIS_journal · X

RT @RCO_journal: Magnetoreception in birds | #ornithology | https://t.co/0qLonz1ILA

RP

Royal Society Publishing

@RSocPublishing · X

RT @IBIS_journal: Magnetoreception in birds https://t.co/6lUxAZ0HOL | @royalsociety #Interface @RSocPublishing | #ornithology https://t.co/…

RO

Rev Cat Ornitologia

@RCO_journal · X

Magnetoreception in birds | #ornithology | https://t.co/0qLonz1ILA

AS

Animal Behavior Society

@AnimBehSociety · X

RT @IBIS_journal: Magnetoreception in birds https://t.co/6lUxAZ0HOL | @royalsociety #Interface @RSocPublishing | #ornithology https://t.co/…

B

BOU

@IBIS_journal · X

Magnetoreception in birds https://t.co/6lUxAZ0HOL | @royalsociety #Interface @RSocPublishing | #ornithology https://t.co/hJsyHtEHPF

羊

羊質羊皮

@happy_drink_sa · X

Magnetoreception in birds https://t.co/upOLDD55s8

マ世

マーキュリー２世

@uranus_2 · X

磁場の方向に関する情報は視神経から脳に伝えられ、視覚系の処理を受ける。磁力は、くちばしにある磁鉄鉱に基づく受容体によって知覚される。磁力の情報は、三叉神経の眼枝によって三叉神経節や三叉神経脳幹核に伝えられる。Magnetoreception in birds　https://t.co/oerFSiyZFp

マ世

マーキュリー２世

@uranus_2 · X

鳥の磁気受容。レビュー。磁力線の方向がコンパス、磁力がナビゲーション・マップの1要素として機能。磁場の方向は目のラジカル対プロセスによって感知される。重要なラジカル対はクリプトクロムによって形成されている。https://t.co/oerFSiyZFp

KU

Katsumi Ushiyama

@daddygoose · X

鳥の地磁気感知総説．→Magnetoreception in birds　https://t.co/MSjtXe0bHH

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BirdMagnetoreceptionrsif 2019 0295 | PDF | Bird Migration | Retina

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Save BirdMagnetoreceptionrsif.2019.0295 For Later. You are on page 1/ 10 ... (doi:10.1098/rsif.2009.0367. 3495(00)76629-X) Biophys. J. 96, 3451–3457 ...

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Structural Impact of GSR and LRP8 Gene Polymorphisms On ...

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studies would be recommended to provide evidence for the functionality (2019) 20190295, https://doi.org/10.1098/rsif.2019.0295. of the SNP in the LRP8 gene ...

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La magnetorrecepción es el sentido para detectar campo magnético ...

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Hiç kaybolmazlar çünkü süper bir iç pusulaları var. İşte daha iyi bir link](https://royalsocietypublishing.org/doi/10.1098/rsif.2019.0295).

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TIL that the avian magnetic compass of the European Robin has ...

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... yellow and red light, birds are disoriented". https://royalsocietypublishing.org/doi/10.1098/rsif.2019.0295 · squeevey. • 4y ago • Edited 2y ago.

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បក្សីជាសត្វដែល្បីល្បាញខាងធ្វើបំលាស់ទីចំងាយឆ្ងាយ ដោយ ...

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កោសិកាដែលផ្ទុកអាតូមដែកសំរាប់ជាត្រីវិស័យនេះហៅថា ធ្មួលម៉ាញេទិច (magnetoreceptor)។ ឯកសារពិគ្រោះ៖ - https://royalsocietypublishing.org/doi/10.1098/rsif. 2019.0295#d3e255 - http:// ...

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... 10.1098/rsif. 2019.0295#d3e255 - http://people.eku.edu/ritchisong/nav_orient.htm - https://www.treehugger.com/nature-blows-my-mind -longest ...

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Quantum biology: Characteristics of magnetoreception in birds | by ...

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doi: 10.1098/rsif.2019.0295. [2] Thorsten Ritz et al. “Magnetic compass of birds is based on a molecule with optimal directional sensitivity ...

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Evidence suggests birds use eye proteins and magnetite-based ...

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DOI: 10.1098/rsif.2019.0295. Journal information: Journal of the Royal Society Interface. © 2019 Science X Network. + Explore further. News ...