RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But how do they change color? The tuning process of a lattice of photonic nanocrystals is the cause https://t.co/ukjzaTSeMM [gif: https://t.
Fact: Chameleons change color by manipulating nanocrystals in their skin. NANOCRYSTALS. https://t.co/PfvczwhNRH
RT @sofiabiologista: Combining microscopy, photometric videography and photonic band-gap modelling, it shows how chameleons shift colour th…
RT @sofiabiologista: Combining microscopy, photometric videography and photonic band-gap modelling, it shows how chameleons shift colour th…
RT @sofiabiologista: Combining microscopy, photometric videography and photonic band-gap modelling, it shows how chameleons shift colour th…
RT @sofiabiologista: Combining microscopy, photometric videography and photonic band-gap modelling, it shows how chameleons shift colour th…
RT @sofiabiologista: Combining microscopy, photometric videography and photonic band-gap modelling, it shows how chameleons shift colour th…
Combining microscopy, photometric videography and photonic band-gap modelling, it shows how chameleons shift colour through active tuning of a lattice of guanine nanocrystals within a superficial thick layer of dermal iridophores. Source: https://t.co/ggDJ
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
“fotonik nanokristaller” su ana kadar gordugum soylemesi en guzel kelime https://t.co/QKQTkEOvGJ
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
RT @srzjwalters: Ever wonder how they know what they look like and how do they know how we see them in relation to their surroundings? Ther…
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
Ever wonder how they know what they look like and how do they know how we see them in relation to their surroundings? There’s a mirror and a conscienceness in there somewhere. https://t.co/qxtPuSCZkt
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
RT @Rainmaker1973: Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But…
Many chameleons have the remarkable ability to exhibit complex and rapid colour changes during social interactions. But how do they change color? The tuning process of a lattice of photonic nanocrystals is the cause https://t.co/ukjzaTSeMM https://t.co/DAz
RT @SystemsXch: Work from our #RTD #EpiPhysiX! Check it out here: https://t.co/HIqs2y8iz3 https://t.co/d4jaEtnWxR
Work from our #RTD #EpiPhysiX! Check it out here: https://t.co/HIqs2y8iz3 https://t.co/d4jaEtnWxR
Work from our #RTD #EpiPhysiX! Check it out here: https://t.co/ssUMOpn52V https://t.co/mSFV3ffVwn
RT @ryotaiino: カメレオンが色を変える仕組み。色を識別して同じ色に調節する仕組みはわかっているのかな。https://t.co/56mrQJ8BE9 https://t.co/TpnXyLzR8X
RT @ryotaiino: カメレオンが色を変える仕組み。色を識別して同じ色に調節する仕組みはわかっているのかな。https://t.co/56mrQJ8BE9 https://t.co/TpnXyLzR8X
RT @ryotaiino: カメレオンが色を変える仕組み。色を識別して同じ色に調節する仕組みはわかっているのかな。https://t.co/56mrQJ8BE9 https://t.co/TpnXyLzR8X
RT @ryotaiino: カメレオンが色を変える仕組み。色を識別して同じ色に調節する仕組みはわかっているのかな。https://t.co/56mrQJ8BE9 https://t.co/TpnXyLzR8X
カメレオンが色を変える仕組み。色を識別して同じ色に調節する仕組みはわかっているのかな。https://t.co/56mrQJ8BE9 https://t.co/TpnXyLzR8X
Photonic crystals cause active colour change in chameleons https://t.co/IbrlzA4htK
WOW. Chameleons use nanocrystals to reflect color wavelengths using their skins as tiny artists palette https://t.co/ss3TAjabY6
RT @HotPaperTweet: 【生物学】【物理学】カメレオンの色彩変化は、CD(コンパクトディスク)と同じ構造色によると、電子顕微鏡を使った研究で判明した。グアニン結晶の間隔調整で色変わり。オープンアクセス。 https://t.co/IbzQEUpfjf https:…
Spacing of crystals changes what wavelengths of light are reflected. Pigments in other layers help mix colors. https://t.co/TxZKTs2wGb
Swiss researchers chameleon active camo https://t.co/k6sTognyMm
RT @HotPaperTweet: 【生物学】【物理学】カメレオンの色彩変化は、CD(コンパクトディスク)と同じ構造色によると、電子顕微鏡を使った研究で判明した。グアニン結晶の間隔調整で色変わり。オープンアクセス。 https://t.co/IbzQEUpfjf https:…
RT @Planaria1: Watch this newborn chameleon's skin acquire pigmentation after it emerges from egg shell... More in-depth: https://t.co/nGak…
RT @Planaria1: Watch this newborn chameleon's skin acquire pigmentation after it emerges from egg shell... More in-depth: https://t.co/nGak…
RT @Planaria1: Watch this newborn chameleon's skin acquire pigmentation after it emerges from egg shell... More in-depth: https://t.co/nGak…
RT @Planaria1: Watch this newborn chameleon's skin acquire pigmentation after it emerges from egg shell... More in-depth: https://t.co/nGak…
RT @Planaria1: Watch this newborn chameleon's skin acquire pigmentation after it emerges from egg shell... More in-depth: https://t.co/nGak…
RT @Planaria1: Watch this newborn chameleon's skin acquire pigmentation after it emerges from egg shell... More in-depth: https://t.co/nGak…
Well, that's only kind of magical. https://t.co/HErTrsjDgA
RT @Planaria1: Watch this newborn chameleon's skin acquire pigmentation after it emerges from egg shell... More in-depth: https://t.co/nGak…
RT @Planaria1: Watch this newborn chameleon's skin acquire pigmentation after it emerges from egg shell... More in-depth: https://t.co/nGak…
RT @Planaria1: Watch this newborn chameleon's skin acquire pigmentation after it emerges from egg shell... More in-depth: https://t.co/nGak…
RT @Planaria1: Watch this newborn chameleon's skin acquire pigmentation after it emerges from egg shell... More in-depth: https://t.co/nGak…
RT @Planaria1: Watch this newborn chameleon's skin acquire pigmentation after it emerges from egg shell... More in-depth: https://t.co/nGak…
RT @Planaria1: Watch this newborn chameleon's skin acquire pigmentation after it emerges from egg shell... More in-depth: https://t.co/nGak…
Watch this newborn chameleon's skin acquire pigmentation after it emerges from egg shell... More in-depth: https://t.co/nGakmtWj06 https://t.co/lOrQypGfcu
RT @HotPaperTweet: 【生物学】【物理学】カメレオンの色彩変化は、CD(コンパクトディスク)と同じ構造色によると、電子顕微鏡を使った研究で判明した。グアニン結晶の間隔調整で色変わり。オープンアクセス。 https://t.co/IbzQEUpfjf https:…
Photonic crystals cause active colour change in chameleons https://t.co/niiT2C0Ku0
@nadiamdrake @NatGeo Chameleons can actively tune their dermal nanocrystal lattice for rapid color change. https://t.co/qWSyrEXccx
RT @angus_davison: Separate talks on iridescence in reptiles, butterflies and flowers - great question, different systems #EEDUppsala https…
RT @angus_davison: Separate talks on iridescence in reptiles, butterflies and flowers - great question, different systems #EEDUppsala https…
Separate talks on iridescence in reptiles, butterflies and flowers - great question, different systems #EEDUppsala https://t.co/LpUI5o97LM
RT @HotPaperTweet: 【生物学】【物理学】カメレオンの色彩変化は、CD(コンパクトディスク)と同じ構造色によると、電子顕微鏡を使った研究で判明した。グアニン結晶の間隔調整で色変わり。オープンアクセス。 https://t.co/IbzQEUpfjf https:…
RT @marc_rr: Photonic crystals cause active colour change in chameleons #EEDUppsala https://t.co/ML98paWiYP
Photonic crystals cause active colour change in chameleons #EEDUppsala https://t.co/ML98paWiYP
RT @kiruria281: 【カメレオンの最近の論文】 体色はフォトニック結晶で変えている https://t.co/K5jetCp8t7 舌を出す加速度は最大264G https://t.co/6yFHLGXVaE 舌先の粘液の粘度はヒトの唾液の400倍 https://…
RT @kiruria281: 【カメレオンの最近の論文】 体色はフォトニック結晶で変えている https://t.co/K5jetCp8t7 舌を出す加速度は最大264G https://t.co/6yFHLGXVaE 舌先の粘液の粘度はヒトの唾液の400倍 https://…
RT @kiruria281: 【カメレオンの最近の論文】 体色はフォトニック結晶で変えている https://t.co/K5jetCp8t7 舌を出す加速度は最大264G https://t.co/6yFHLGXVaE 舌先の粘液の粘度はヒトの唾液の400倍 https://…
RT @kiruria281: 【カメレオンの最近の論文】 体色はフォトニック結晶で変えている https://t.co/K5jetCp8t7 舌を出す加速度は最大264G https://t.co/6yFHLGXVaE 舌先の粘液の粘度はヒトの唾液の400倍 https://…
RT @kiruria281: 【カメレオンの最近の論文】 体色はフォトニック結晶で変えている https://t.co/K5jetCp8t7 舌を出す加速度は最大264G https://t.co/6yFHLGXVaE 舌先の粘液の粘度はヒトの唾液の400倍 https://…
RT @kiruria281: 【カメレオンの最近の論文】 体色はフォトニック結晶で変えている https://t.co/K5jetCp8t7 舌を出す加速度は最大264G https://t.co/6yFHLGXVaE 舌先の粘液の粘度はヒトの唾液の400倍 https://…
RT @kiruria281: 【カメレオンの最近の論文】 体色はフォトニック結晶で変えている https://t.co/K5jetCp8t7 舌を出す加速度は最大264G https://t.co/6yFHLGXVaE 舌先の粘液の粘度はヒトの唾液の400倍 https://…
【カメレオンの最近の論文】 体色はフォトニック結晶で変えている https://t.co/K5jetCp8t7 舌を出す加速度は最大264G https://t.co/6yFHLGXVaE 舌先の粘液の粘度はヒトの唾液の400倍 https://t.co/vc6xbTMB9O
RT @Kyukimasa: ナショジの記事中リンクにあるカメレオン皮膚細胞の発色研究 https://t.co/Imlu6CXW0E 色空間で見ると表示色域、結構広い https://t.co/JAvfu3G2WM
RT @Kyukimasa: ナショジの記事中リンクにあるカメレオン皮膚細胞の発色研究 https://t.co/Imlu6CXW0E 色空間で見ると表示色域、結構広い https://t.co/JAvfu3G2WM
RT @Kyukimasa: ナショジの記事中リンクにあるカメレオン皮膚細胞の発色研究 https://t.co/Imlu6CXW0E 色空間で見ると表示色域、結構広い https://t.co/JAvfu3G2WM
RT @Kyukimasa: ナショジの記事中リンクにあるカメレオン皮膚細胞の発色研究 https://t.co/Imlu6CXW0E 色空間で見ると表示色域、結構広い https://t.co/JAvfu3G2WM
RT @Kyukimasa: ナショジの記事中リンクにあるカメレオン皮膚細胞の発色研究 https://t.co/Imlu6CXW0E 色空間で見ると表示色域、結構広い https://t.co/JAvfu3G2WM
RT @Kyukimasa: ナショジの記事中リンクにあるカメレオン皮膚細胞の発色研究 https://t.co/Imlu6CXW0E 色空間で見ると表示色域、結構広い https://t.co/JAvfu3G2WM
RT @Kyukimasa: ナショジの記事中リンクにあるカメレオン皮膚細胞の発色研究 https://t.co/Imlu6CXW0E 色空間で見ると表示色域、結構広い https://t.co/JAvfu3G2WM
ナショジの記事中リンクにあるカメレオン皮膚細胞の発色研究 https://t.co/Imlu6CXW0E 色空間で見ると表示色域、結構広い https://t.co/JAvfu3G2WM
Photonic crystals cause active colour change in #chameleons ✨ https://t.co/vr01mzn2WU https://t.co/f4u1889waC
How Chameleons change their color, amazing chemistry: https://t.co/bKgp0IDuyT
RT @HotPaperTweet: 【生物学】【物理学】カメレオンの色彩変化は、CD(コンパクトディスク)と同じ構造色によると、電子顕微鏡を使った研究で判明した。グアニン結晶の間隔調整で色変わり。オープンアクセス。 https://t.co/IbzQEUpfjf https:…
RT @HotPaperTweet: 【生物学】【物理学】カメレオンの色彩変化は、CD(コンパクトディスク)と同じ構造色によると、電子顕微鏡を使った研究で判明した。グアニン結晶の間隔調整で色変わり。オープンアクセス。 https://t.co/IbzQEUpfjf https:…
RT @HotPaperTweet: 【生物学】【物理学】カメレオンの色彩変化は、CD(コンパクトディスク)と同じ構造色によると、電子顕微鏡を使った研究で判明した。グアニン結晶の間隔調整で色変わり。オープンアクセス。 https://t.co/IbzQEUpfjf https:…
RT @HotPaperTweet: 【生物学】【物理学】カメレオンの色彩変化は、CD(コンパクトディスク)と同じ構造色によると、電子顕微鏡を使った研究で判明した。グアニン結晶の間隔調整で色変わり。オープンアクセス。 https://t.co/IbzQEUpfjf https:…
RT @HotPaperTweet: 【生物学】【物理学】カメレオンの色彩変化は、CD(コンパクトディスク)と同じ構造色によると、電子顕微鏡を使った研究で判明した。グアニン結晶の間隔調整で色変わり。オープンアクセス。 https://t.co/IbzQEUpfjf https:…
RT @HotPaperTweet: 【生物学】【物理学】カメレオンの色彩変化は、CD(コンパクトディスク)と同じ構造色によると、電子顕微鏡を使った研究で判明した。グアニン結晶の間隔調整で色変わり。オープンアクセス。 https://t.co/IbzQEUpfjf https:…
RT @HotPaperTweet: 【生物学】【物理学】カメレオンの色彩変化は、CD(コンパクトディスク)と同じ構造色によると、電子顕微鏡を使った研究で判明した。グアニン結晶の間隔調整で色変わり。オープンアクセス。 https://t.co/IbzQEUpfjf https:…
RT @IanYorston: Chameleon active camouflage is driven by guanine nanocrystals. And envy. https://t.co/zR4Nw4QvQk FAO @FPatrick_ https://…
Chameleon active camouflage is driven by guanine nanocrystals. And envy. https://t.co/zR4Nw4QvQk FAO @FPatrick_ https://t.co/waEORjje5G
RT @HotPaperTweet: 【生物学】【物理学】カメレオンの色彩変化は、CD(コンパクトディスク)と同じ構造色によると、電子顕微鏡を使った研究で判明した。グアニン結晶の間隔調整で色変わり。オープンアクセス。 https://t.co/IbzQEUpfjf https:…
RT @HotPaperTweet: 【生物学】【物理学】カメレオンの色彩変化は、CD(コンパクトディスク)と同じ構造色によると、電子顕微鏡を使った研究で判明した。グアニン結晶の間隔調整で色変わり。オープンアクセス。 https://t.co/IbzQEUpfjf https:…