アマンジョーシ Aman Jyoshi

占星家／スピリチュアリスト。古代〜17世紀の古典占星術を中心に研究。アマンジョーシはサンスクリット語由来で「呑気な占星術師」の意。新刊『「蝕」 日蝕と月蝕 その影響力と鑑定の手法』『初心者のための古典占星術講座』↓

[アマンジョーシ Aman Jyoshi @amanjyoshi]

2026年6月の占星術カレンダーを公開！ 6月30日は水星☿逆行、山羊座♑️で満月🌕、木星♃が獅子座♌️入りとイベント多き日です。☿→♋️/♀→♌️/♂→♊️なども。

2026年6月の占星術カレンダー：金星・木星が獅子座♌️入り／水星が逆行へ／夏至／火星は双子座♊️へ｜アマンジョーシhttps://t.co/XEwm7PGkCI

[アマンジョーシ Aman Jyoshi @amanjyoshi]

@akikoaroma @microcosmos001 @ray_bijou やってみました✨ ダイヤ♦️4「協力者」、はくちょう座、イアソンがメデイアから薬をうけとったり、牡牛やドラゴンと戦ってるようです😎

[アマンジョーシ Aman Jyoshi @amanjyoshi]

14日のBHチャンネル（ヒロ・ヒライ先生主宰）ライブで扱ったR. H. Bijou著『グランジュ・ルノルマン・カード入門』が早速届きました👍 なんとも凄いつくり込み…。タロットなどこの種の占術系カードを買うのはトート以来約30年ぶり。感謝🙏 学びます！
@microcosmos001
@ray_bijou @akikoaroma

[✨ ヒロ・ヒライ🐾 @ 『西洋近世文化事典』制作中 @microcosmos001]

昨晩の生配信は、チャットも盛り上がり、とても楽しいものになりました！簡単なチャプター割もつけましたので、お気軽にお楽しみください！

【生配信】「大」ルノルマンって何！？神話と錬金術？赤魔導士ビジューさん登場！
https://t.co/OsUo0u2Ut1

[国立天文台 @prcnaoj]

⭐️ほしぞら情報🌛
今日は、東方最大離角となる0.5等の水星と月齢1の糸のように細い月が夕方西の低空に見えます。どちらも見つけるのが難しいかもしれませんが、西の空が開けている場所で観察に挑戦してみてください
https://t.co/indgOwxize

[アマンジョーシ Aman Jyoshi @amanjyoshi]

♏️→♍️→♈️

[癒される動物 @cutest_animal1]

性格の違いが面白い

[Brandon K. Hill | CEO of btrax 🇺🇸x🇯🇵/2 @BrandonKHill]

何気にこれ便利。

[Millie Marconi @MillieMarconnni]

A Chinese mathematician spent 7 years making sandwiches at Subway after his PhD, and at 58 solved a 150-year-old math problem nobody thought was solvable.

His name is Yitang Zhang. The problem is called the Twin Prime Conjecture.

He was born in Shanghai in 1955 and knew he wanted to spend his life on mathematics by the time he was nine years old. That year he found his own proof of the Pythagorean theorem. Nobody taught it to him. He just worked it out.

Then the Cultural Revolution arrived and took everything.

The Chinese government closed the schools. Zhang's father had political troubles with the Communist Party, so Zhang was sent to the countryside with his mother to work in the fields. He spent 10 years as a farm laborer. No high school. No classroom. No teacher.

He read math books in the fields when he could find them.

When the revolution ended, Zhang was 23. He sat the university entrance exam and got into Peking University, one of the most competitive mathematics programs in China. He finished his bachelor's degree, then a master's. The president of Peking University personally recommended him for a full scholarship at Purdue University in the United States.

He arrived at Purdue in 1985. He earned his PhD in 1991.

Then the second wall hit.

His relationship with his doctoral advisor collapsed. The advisor did not write him letters of recommendation. Without those letters, the academic job market was closed. Zhang applied. Nothing came back. He spent the years after his PhD working as an accountant, doing delivery work, sleeping in his car during the stretches when nothing else was available.

A friend eventually opened a Subway sandwich restaurant in Kentucky and offered him a job. Zhang took it. He kept the books and made sandwiches. A man with a PhD in mathematics from Purdue, working a Subway counter because the academic world had no place for him.

He did this for seven years.

He was finally hired as a lecturer at the University of New Hampshire in 1999. Not a professor. A lecturer. The lowest rung of the academic ladder, with no research funding, no graduate students, and no institutional support. He taught calculus to undergraduates and worked on mathematics alone in whatever time was left.

Most people would have stopped believing by then.

Zhang did not stop.

The Twin Prime Conjecture is one of the oldest unsolved problems in number theory. Twin primes are pairs of prime numbers separated by exactly two: 5 and 7, 17 and 19, 41 and 43. The conjecture predicts that these pairs never stop appearing no matter how far you go along the number line. Mathematicians had believed this for over 150 years. Nobody had been able to prove it.

The deeper version of the problem asks something slightly different. Not whether twin primes are infinite, but whether there is any finite gap between prime numbers that appears infinitely often. This is called the bounded gap problem. The best mathematicians in analytic number theory had been attacking it for decades. A landmark 2005 paper by three researchers came agonizingly close and still could not close it.

Zhang worked on it alone. No collaborators. No funding. No department seminars where he could road-test his ideas. He once said he would go to a friend's house and think in the garden for hours.

In 2012, during a visit to a friend's home in Colorado, something unlocked.

He submitted his paper to the Annals of Mathematics in April 2013. The Annals is the most prestigious mathematics journal in the world. Papers sit in review for months, sometimes years. The editors read Zhang's submission and immediately knew something was different. They sent it to the leading experts in analytic number theory for review.

It was accepted in three weeks.

The paper proved that there are infinitely many pairs of prime numbers separated by a gap of less than 70 million. Not two. Not the twin prime gap specifically. But a finite gap. For the first time in history, someone had proved that prime numbers keep coming back together, that the universe of numbers never lets them drift apart forever.

Peter Sarnak, one of the most respected mathematicians at the Institute for Advanced Study, said: "He is not a fellow who had done much before. Nobody knew him. His result was spectacular."

Zhang was 58 years old.

Within a year he had the MacArthur Fellowship, the Cole Prize, the Rolf Schock Prize, and a full professorship at UC Santa Barbara. The man who spent seven years at Subway was now one of the most celebrated mathematicians alive.

He said in an interview: "I was not lucky. Maybe it is more important for a person to make himself known to the public. But that was not so easy for me."

He was not complaining. He was just being precise.

The mathematics establishment has a quiet belief that great work happens young. The Fields Medal cuts off at 40. Most mathematicians who change the field do it in their thirties. Zhang proved his most important theorem at 58, after a decade of farm labor, seven years of sandwiches, and a decade of teaching calculus to freshmen with no one watching.

He did not beat the deadline.

He proved there was no deadline to beat.

[ちくま学芸文庫 @ChikumaGakugei]

【重版情報】司馬遷『史記』（全８冊、小竹文夫・小竹武夫訳）以下の巻を重版しました。「中国歴史書の第一に位する「史記」全訳。帝王の本紀十二巻、封建諸侯の世家三十巻、庶民の列伝七十巻。さらに書・表十八巻より成る。」
『１　本紀』第23刷
『５　列伝一』第16刷
『７　列伝三』第14刷

[アマンジョーシ Aman Jyoshi @amanjyoshi]

16日は月☽が蟹座♋️を移動する中、朝に獅子座♌️にいる金星♀が双子座♊️の天王星♅と60度に。水星は東方最大離角で夕暮れの空に見つけやすくなります（なかなか晴れないですが…）。

6月16日(火)
03時58分　月☽（蟹座♋️ 04°17'）が海王星♆（牡羊座♈️ 04°17'）とスクエア（□＝90°）
05時00分　水星が東方最大離角（24.5°、0.6等、視直径8.2″）
07時52分　金星♀（獅子座♌️ 02°54'）が天王星♅（双子座♊️ 02°54'）とセクスタイル（＊＝60°）
18時22分　月☽（蟹座♋️ 13°23'）が土星♄（牡羊座♈️ 13°23'）とスクエア（□＝90°）

2026年6月の占星術カレンダー｜アマンジョーシ
https://t.co/tnlkOHZCZU

[アマンジョーシ Aman Jyoshi @amanjyoshi]

@Mells_life_444 美しくかっこよす！

[アマンジョーシ Aman Jyoshi @amanjyoshi]

@sirogane_haku 強そう！ 凶意深し！ かっこいいですね✨😎

[アマンジョーシ Aman Jyoshi @amanjyoshi]

@SADAMU21 けっこう主流だった😅✨

[アマンジョーシ Aman Jyoshi @amanjyoshi]

ワシもスタンド使いになれた✨
「クロノスリヴァイア」――かっちょええ。でも、時の流れに干渉するって、似たようなスタンドいなかった？ #スタンド使いはひかれ合う

[Ravensgate🐦‍⬛（知られざる呪術師） @ravensgate8457]

流行りのジョジョ風プロンプトでChatGPTにスタンド使いにしてもらった😂

[アマンジョーシ Aman Jyoshi @amanjyoshi]

@ravensgate8457 ご紹介に感謝です🙏 Ravensgateさんも元がインパクトあるので超かっこいい、豪華版ですね✨

[アマンジョーシ Aman Jyoshi @amanjyoshi]

@SADAMU21 やらずにはおれんかったw

[アマンジョーシ Aman Jyoshi @amanjyoshi]

プロンプトはこちらを使わせていただきましたッ！
https://t.co/EbfSRW9xfS

[かなうた(顔面キャバ嬢ホスト) @BIDAN_UTA]

流行りのジョジョ！
プロンプトはこちら

この画像を、オリジナルのジョジョの奇妙な冒険キャラクター画像として生成してください。またスタンドの能力も記載して テイストはジョジョの5部でシンプルめにお願いします。 ジョジョっぽい「ゴゴゴ、、、」などの擬音と、「オラオラオラ！」などのラッシュ時のセリフをオリジナルで考え、スタンドの周りに表記してください。 また ・破壊力 ・精密動作性 ・成長性 ・スピード ・射程距離 をA〜D、不明までで五角形グラフ化してください。 以下、表記してほしい情報です。 スタンド使い名: 性別: 見た目: 年齢: 身長: 職業: 与えた情報を汲み取った上で反映させ美化することなく、あくまでジョジョを意識してください。 技名等は入りません。文字入れはシンプルにお願いします。 イラストの顔はジョジョっぽい特徴のある影の書き込みを再現して、画像生成してみて

[アマンジョーシ Aman Jyoshi @amanjyoshi]

@Mells_life_444 悪いことしてそうですねw

[アマンジョーシ Aman Jyoshi @amanjyoshi]

@erea512020 @quantum_laplace もうすっかり占星術師脳になってます👍😆

[アマンジョーシ Aman Jyoshi @amanjyoshi]

@erea512020 @quantum_laplace そういうことか！笑😅