Reminds me of “Midnight Diner”, a Netflix series. Simple stories told in an understated style, about a Tokyo restaurant that’s open from midnight to 7AM.
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The Ultimate Status Flex: Countersignaling
Very successful people can often engage in counter-signaling, or doing things that look low status but don’t hurt their status the way they would for most others.
Here’s an example from the advertising executive Rory Sutherland. If you work at Pizza Hut and ride a bike to work, it’s probably because you can’t afford a car. It’s a necessity.
But if you’re a top executive and ride a bike to work, it’s a high-status activity because it’s a choice.
In the simplified model, low status is riding a bike to work. Medium status is driving an expensive car to work. High status is riding a bike to work.
You can see this with restaurant menus too.
Cheap fast food restaurant menu: “Hamburger”
Mid-tier chain restaurant: “Wood-fired sizzled USDA grade beef on our house made sesame bun”
Upscale chic restaurant: “Hamburger”
Counter-signaling, whether it’s the CEO on a bicycle or the upscale restaurant with a minimalist menu, is an expression of confidence. Of feeling secure in one’s position.
A study found that PhD students at lower-ranked universities used more complex language in their dissertation titles. Students at higher-ranked universities used simpler language. It’s as if they’re saying they have little need to impress you with a sophisticated title. They already study at an elite program and have nothing to prove.
At some universities, they reserve parking spots for Nobel Prize winners. You’re more likely to see a basic sedan or a 15-year-old beater parked there than a luxury car. “I won a Nobel prize, I don’t need to impress anyone with how expensive my car is. I’m too busy advancing the limits of our knowledge.”
Raj retweeted
Five Arabic phrases for starters:
1. Inshallah: God willing
“Abdul will win, Inshallah!”
2. Alhamdulillah: Thank God
“Abdul won, Alhamdulillah!”
3. Mashallah: What God has willed
“First Muslim senator, Mashallah!”
4. Yallah: Let’s go!
“Abdul! Yallah let’s win this!”
5. Astaghfirullah: Seek God’s forgiveness
“Did you see Vance’s tweet? Astaghfirullah!”
Raj retweeted
Once every ten days, a bright canary-yellow bullet train glides into Tokyo Station at full speed, yet not a single passenger is allowed to step on board.
Its windows are mostly covered from the inside, its timetable is never published for the public, and there are no ticketed seats in any of its seven cars.
In Japan, every child and every commuter knows this train by two English words: Doctor Yellow.
Since the Tokaido Shinkansen began running between Tokyo and Osaka in October 1964, Japanese bullet trains have carried more than seven billion passengers at speeds up to one hundred and eighty-five miles per hour with zero passenger fatalities from derailments or collisions.
Critics sometimes assume that kind of sixty-year safety record is a miracle of luck.
It is not luck; it is what happens when a nation builds a high-speed hospital train whose only patient is the steel track itself.
Why does Japan run a seven-car bullet train painted bright yellow with zero paying customers on board?
In the early days of high-speed rail, engineers realized that checking hundreds of miles of track on foot at night with hand gauges was too slow, and that tracks behave differently when a three-hundred-ton train slams over them at one hundred and sixty-eight miles per hour.
So Japanese railway engineers took a seven-car Class 923 Shinkansen trainset and packed every car from nose to tail with laser-optical sensors, gyroscopes, accelerometers, and high-speed cameras.
Running in the middle of the regular passenger schedule at a full one hundred and sixty-eight miles per hour, Doctor Yellow fires laser beams onto the left and right rails to measure track width, vertical dip, and curvature alignment down to one-tenth of a millimeter, about the thickness of a single human hair.
At the same time, two special observation domes built into the roof and laser pantographs check the overhead high-voltage copper wire for microscopic wear before a single spark can cause a power outage.
The instant Doctor Yellow detects a rail that has shifted by even a fraction of an inch, it beams the exact GPS coordinates to maintenance crews waiting along the line so they can fix the spot that very night after the last passenger train goes to sleep.
Because its schedule is kept secret so crowds do not pack the platforms, Japanese commuters treat spotting Doctor Yellow by chance as a genuine good-luck charm that brings happiness for the rest of the week.
Safety is never an accident when engineers check their work down to the width of a hair.
(Note: Every photograph-style illustration on my feed is created by AI.)
🤖 Made with AI
No harm in trying. Throw stone, get mango or get back stone. teapaw.org/anilsoneji1/status/211…
Raj retweeted
A goat on Mount Etna knows the mountain is about to erupt fourteen hours before the seismographs do, and the best explanation science has come up with so far is that she doesn't like the smell.
She goes up every morning of her life, through the beech wood to the high scrub where the gorse is, with the herd behind her. On the morning the volcano is going to blow, she stops at the treeline, chews, and looks at the summit. The herd stops. The goatherd sits on a rock. Nobody has ever asked her how she does it, because the shepherds have been acting on it since the Bronze Age and it has never let them down.
A German asked.
Martin Wikelski of the Max Planck Institute put collars on the goats and a receiver on the International Space Station to listen to them from orbit, which is the most expensive way anyone has yet devised of finding out where a goat is. On 4 January 2012 the collars reported that the whole herd had turned round and stopped. In Catania, several million euros of seismographs and gas monitors reported a quiet Wednesday. Six hours later Etna went up. It has happened before eight eruptions since, and in the biggest the goats clocked off fourteen hours before anything with a plug in it.
The scientists then did what scientists do, which is try to explain the goat. The leading theory is sulphur dioxide seeping up through the rock ahead of the magma, at a concentration no instrument on the mountain can find. There are papers. There are conferences. The institute says it needs more eruptions, more goats and more species before it can call it a warning system.
The goat's account of her method, as far as anyone can make out, is: smell bad, not going.
Wikelski took the collars to a farm in the Marche and found the cows, sheep and dogs there turned restless up to twenty hours before the 2016 earthquakes, and earlier the closer they stood to the fault. The animals were asked for comment and ate.
We bred this creature for milk and cheese for ten thousand years and used the rest of it as an insult. A man who behaves like a goat eats anything and understands nothing. The animal has meanwhile been running the only volcano forecast in Europe that has never needed a software update, on a diet of gorse, and the people reading it had no grant.
The sun is up. The goat has not moved. Somewhere in Germany a doctoral student is modelling her decision in a spreadsheet.
She is just very good at being a goat.
The spreadsheet is catching up.
Raj retweeted
2000年,日本著名女艺人天海佑希,被检测出她的线粒体DNA竟与其中一具距今3500年的古人骨的DNA完全匹配!更让人瞠目结舌的是,她竟与一位中国的藏族姑娘也共享着同一位祖先,这究竟是怎么回事呢?
2000年秋天,东京一间摄影棚里,33岁的天海祐希按要求剪下一缕头发,她刚从宝塚歌剧团转型影视,配合的是一档科普节目,用明星的DNA和千叶县出土的绳文时代人骨做比对,本来就是走个流程,谁也没当回事。
结果出来,实验室那边愣住了,她的线粒体DNA和其中一具3500年前的女性人骨,匹配度高达99.9%,在场的遗传学家都忍不住惊呼,那具骨头连名字都没有,只有一个考古编号。
在我看来,这件事真正让人后背发紧的地方,不在“3500年”这个数字本身。
线粒体DNA只走母系,母亲传给女儿,儿子能接住但传不下去,这条链子要在140代人里每一代都恰好生出女儿,且女儿活到生育年龄继续生女,中间断一代,链条当场消失。
能测出这个结果,说明这条母系血脉在3500年里一次都没断过,这比中彩票的概率还要低得多。
故事到这还没完,研究团队把数据放进国际基因库继续检索,线索指向了中国云南德钦县羊拉乡,一个叫阿追的藏族牧羊女,线粒体DNA和天海祐希完全一致。
两人共享的母系祖先,被推算到大约3万年前,末次冰期海平面低,一群狩猎采集者里,一支沿横断山脉河谷走进青藏高原,另一支向东北跨过对马海峡到了日本列岛。
天海祐希决定去云南,从昆明往香格里拉走,高原反应上来就得吸氧,半路又碰上泥石流和塌方,车过不去,只能退回镇子里干等。
阿追那边,村干部找上门时她第一反应是摆手拒绝,一个放羊的姑娘,忽然有人告诉她,你跟一个日本演员有同一个远古母亲,搁谁都得愣住。
转折是阿追自己走出来的,她牵上自家的小毛驴,走山路、过大雾,花了2天赶到镇上。
两人见面,日语转普通话再转藏语,隔了好几层,但天海祐希红着眼眶先迎了上去,交换了手链和藏装,坐下来喝酥油茶。
打动人的地方不在那个远古数字,而在一头驴、2天脚程和一次语言不通的见面里。
这件事后来被拍成纪录片,引发了不少讨论,但我觉得,它最值得说清楚的,恰恰是基因能做什么、不能做什么。
线粒体DNA能告诉你,你和另一个人在很久以前共用过一位女性祖先,它不告诉你那个人是谁、说过什么语言,更不替你决定“你因此应该属于哪个群体”。
这条母系线索的最近共同祖先,科学上追溯到一个非洲女性,通俗叫“线粒体夏娃”,但那只是说她的链条恰好一路活到了今天,不代表当时只活了她一个人。
在我看来,天海祐希和阿追的相遇,就是这条极其脆弱的母系链条上一个晚近的分叉被机器找到了。
基因负责证明亲缘,但认不认这个“姐妹”,走哪条路去见,见面之后做什么,那是人自己的事。
3500年前那具女骨没有名字,她的DNA却还在东京和高原的细胞里继续待着,这件事从头到尾讲的不是宏大叙事,是一连串偶然叠在一起之后,人还愿意朝对方走过去的那个选择。
信源:
澎湃新闻——《天海祐希在中国找到“姐姐”:3万年前,她们有同个母系祖先》
网易——《日本女星在中国找到失散姐妹?揭开“生男孩传宗接代”的谎言!》
Misnomer to call this a logical question. Logical thing would be to open each of the boxes and check.
Only he understood his own art. R.K.Narayan records in one of his books: M F Husain offered to do a portrait of RKN. When it was finished, RKN protested, “But that doesn’t look like me at all”. Husain replied,” That’s because you don’t know yourself.”
True, but can’t contain more sugar than most desserts. May be similar to. 2 gulab jamuns probably contain 8-10 spoons of sugar.
A bowl of rice puts more sugar into your blood than most desserts.
Dr. David Unwin breaks down what common starchy foods turn into once they’re digested:
- 150g white rice ≈ 10 teaspoons of sugar
- 150g boiled potato ≈ 9 teaspoons
- 2 thin slices of brown bread ≈ 6 teaspoons
- 1 banana ≈ 6 teaspoons
Then he gives the number that puts the rest in context. Your entire bloodstream, all 5 liters of it, holds about 4 grams of glucose. That’s a single teaspoon.
So one banana delivers six times the glucose your whole bloodstream carries at any moment. In a healthy body, insulin quickly moves the excess into your cells. In an insulin-resistant body, the system gets swamped and blood sugar spikes.
The part worth thinking about is what he says about young people. You can eat this way for years and feel fine, because your pancreas is working overtime to keep up. Feeling fine just means the bill hasn’t come due yet.
Compare that with steak and a big salad, or a three-egg omelette with cheese. Both are nutrient-dense, and both put almost no glucose into your blood.
None of these starchy foods taste sweet, and that’s why the comparison matters.
Starch is made of long chains of glucose, and digestion breaks it down into the same glucose that’s in table sugar. Unwin’s teaspoon figures come from each food’s glycaemic load, which measures how much a normal portion actually raises blood glucose. Each teaspoon equals 4g of sugar.
Trick question coming up in the next Quiz.


























