히히

🌱 좋아하는 것들에 대해 혼잣말 🌱

[히히 @starshinesjj]

🐸🐸🐸

[쥬드 @studentbeerclub]

왠지 너무 우울함
자고 싶음 계속

[Dear Son. @DearS_o_n]

My type of rich.

[임찐찐 @imjjinjjin]

마음을 병들게 하는 원인 1위는 "생각 과다"입니다...🌈✨️

[이불 @9bqlVFU3JLn33Xv]

강아지 덕분에 가을햇살과 바람을 맘껏 누린다..원래의 나였다면 3일내내 집에서 요양했을텐데..신기한 점은 억지로 힘을 내는 시늉을 하면 힘이 나기도 한다는 것

[김정희원 @HKimPhD]

이 작은 독립출판사가 노벨문학상 수상자 14명을 보유하고 있다니 경이롭다. 작가들이 유명해진 후에도 꾸준히 여기서 책을 낸다고.

편집자의 안목 덕분이기도 하겠지만, 결론은 오직 하나. 편집자의 끈질긴 애정과 관심이라고 한다. (완전 공감.)
https://t.co/Pas7k1ML1E

[Nisho 👦🏻🙀 @AiMeowing]

Be kind

[Hwang moon-gyu @Timbretop]

그냥 걸어라.
정체는 병이다. 몸도, 생각도, 마음도 가만히 있으면 나빠진다.
나가서 걷기만 한다면, 모든 것이 괜찮아질 것이다.
_키르케고르

[𝐟𝐥𝐨𝐫𝐞𝐧𝐜𝐞. @girlofflorence]

a twinkling night.

[히히 @starshinesjj]

#리결단

[히히 @starshinesjj]

자기 말이 다 옳다고 꺼드럭대는 인간들만 보다가 처음 보는 강아지한테도 한없이 자상한 냥집사를 보면 마음이 안따뜻해지겠냐구.. 🥲💕

[The Nobel Prize @NobelPrize]

Curiosity often sparks scientific breakthroughs. For 2026 medicine laureate Peter Hegemann, it began with a question: how could a tiny green alga called Chlamydomonas react so rapidly to light?

The Chlamydomonas algae is famous for its ability to swim towards light. When the alga is stirred into a petri dish, the liquid turns a faint green colour. If one side of the dish is illuminated, the green colour moves towards the light source, as the microscopic algae swim towards it. The algae sense the light with an eyespot, a dot on the cell’s surface that contains a light-capturing molecule, retinal.

Hegemann discovered electrical signals in the light-sensitive eyespot that occurred just half a millisecond after illumination, far faster than the response of the human eye. He could only think of one explanation for this ultrafast response: the process must be much simpler than in a human eye. He proposed that a single protein could both detect light and act as an ion channel, an idea initially met with scepticism.

After years of experiments with his colleague Georg Nagel, Hegemann's hypothesis proved to be correct. Together, they discovered proteins that functioned exactly as he had predicted: ion channels that opened in response to light. This breakthrough laid the foundation for optogenetics, a revolutionary technique that allows scientists to control individual nerve cells with light. What began as a question about a microscopic alga ultimately helped transform the field of neuroscience.

Read more about the newly awarded 2026 Nobel Prize in Physiology or Medicine: https://t.co/UkNVNYb0xU

[히히 @starshinesjj]

보구싶오🥲

[bunny @nerdminho]

( •◡- )

[Itai Yanai @ItaiYanai]

1. CRISPR came from basic research on bacteria.
2. Optogenetics started with a discovery in algae.
3. The GFP protein comes from jellyfish.
The biggest breakthroughs all trace to scientists follow their curiosity. This is one huge reason why we must keep funding basic research!

[계후🍳 @bansukgyehoo]

🐰 아까 강아지 끌어안고 있었더니 몸에서 강아지 꼬순내 나