投稿

4月, 2025の投稿を表示しています

after a long interval[separation ], for the first time in quite some time久しぶりのin-law 姻族インゾク?, grave cleaning墓掃除・・passingly[apropos折よい、適切な ]序ツイで? !に、done with kin親戚のも遣ヤっ付ツけてシモタ♪?? ?, ,[20250429 ]

イメージ
A solar equinox is a moment in time when the Sun appears directly above the equator, rather than to its north or south. On the day of the equinox, the Sun appears to rise directly east and set directly west. This occurs twice each year, around 20 March and 23 September. イークィノックス、昼夜平分時、春分、 秋分、春秋(しゅんじゅう)分点 equinoctial(赤道の、昼夜平分の、昼夜平分時の、定時に開花する? ? ) weekお彼岸とは?・!・ differ違うんだ!! ? ,, soだから?・?・ doN't offer[burn?! ] incense sticksお線香なんて・ 焚タかない??・?・ お墓の頭上には栗林のドームが・できかかって・ ・いたが?・! !・? ・! ?,, starbucksスタバ? !,,からtrade~と売買する、やりとりする、~を交換する、取引する、商う、商売する、 貿易する, ,トレード・・uzi Mattya宇治抹茶frappeフラッペ470~{冷やした, 冷凍食品?? } 。・、・ authority, expert, cognoscente[i複 ! ? 鑑定家、目利き ]専門家? ?がmake, hand up♪作るとexceptionally, in particular, peculiarly格別that's rightだね(difficult by comparison(比較(検討)、対照、例えること、類 似? !?, )なかなkA?むずかしいラシイ♪!? )!!・・ ・ ・when you make the order it? これを頼タ ノむ時は・fried potatoM[330jy ] add better, may be! ??, , (referenceかんれん, ) http://shinichiwanko2000.livedoor.blog/archives/9100...

with PC パソコンとapproximately粗ホボ♪?! along, equal? 一緒だった?・?, , BUFFALO SSD- PST500U3-BA [20250428 ]

https://www.ssdwiki.com/ The 525 series are the mSATA versions of Intel’s 520 series of solid state drives. Like the 2.5″ variant, the 525 features SandForce’s SF-2281 controller and 25 nm NAND flash modules. This drive utilizes the SATA III 6 GBps interface and as such, it can reach a maximum sequential read speed of 550 MB/s and a maximum sequential write speed of 520 MB/s while performing at a peak 80,000 IOPS. march3がつの・ad広告で, , 5000jy?!, ,, nowいま、some shop on inquiry? お店に問い合わせた ら?・ 13xxx yen? ? amazonは・そのinterlevel in it, may be??中間カナ?( cable 有線?TVtelerecording possible! ?? ) ?・?・ ・ PC-recover正常な状態に戻る、回復する、再生する、直る??[-y ] look speculatively at it(How goes it?どう?? )?, , (reference, ) https://www.amazon.co.jp/SSD-PST500U3BA-USB3-2-Gen1-TV%E9%8C%B2%E7%94%BB%E5%AF%BE%E5%BF% 9C-500GB/dp/B0CK2K7HKS/ref=asc_df_B0CK2K7HKS? mcid=204141ec883434a382a114f9ae7f81a4&tag=jpgo- 22&linkCode=df0&hvadid=707464436872&hvpos=&hvnetw=g&hvrand=86412183658...

generalizations and related concepts---l-adic[/wiki/P-adic_number ]

←, 2025年04月20日 /wiki/Ramanujan_congruences{exceptional(be treated as a special case? ) reseach!? 別格と されている研究!・?・ } The reals and the p-adic numbers are the completions of the rationals; it is also possible to complete other fields, for instance general algebraic number fields, in an analogous way. This will be described now. Suppose D is a Dedekind domain and E is its field of fractions. Pick a non-zero prime ideal P of D. If x is a non-zero element of E, then xD is a fractional ideal 分数イデアル {~ デデキント整域において、この??状況ははるかに単純であ. 特に、すべての分数イデアルは可逆 である. 実はこの性質はデデキント整域を特徴づける. 整域がデデキント整域であるのはすべての 分数イデアルが可逆であるとき、かつそのときに限る. 分数イデアルの群を単項分数イデアルから なる部分群で割った商群はデデキント整域の重要な不変量であり、イデアル類群と呼ばれる, ,, 数 学、特に可換環論において、fractional ideal分数イデアル の概念は整域の文脈で導入され、〝特 にデデキント整域 〟の研究において成果が多い, , ある意味で、整域の分数イデアルは分母が許 されたイデアルのようなものである。分数イデアルと普通の環のイデアルがともに議論に出てくる ような文脈では、明確にするために後者を integral ideal整イデアル と呼ぶこともある. /wiki/分数イデアル } and can be uniquely factored as a product of positive and negative powers of no...

work---Godfrey Harold Hardy FRS (7 February 1877 – 1 December 1947)

Hardy is credited with reforming British mathematics by bringing rigo[u ]r厳しさ、厳格、 厳密、精密、正確、苦しさ、苦難、困難、悪寒、寒気、硬直?? into it, which was previously a characteristic of French, Swiss and German mathematics. British mathematicians had remained largely in the tradition of applied mathematics, in thrall to the reputation of Isaac Newton (see Cambridge Mathematical Tripos ). Hardy was more in tune with the cours d'analyse methods dominant in France, and aggressively promoted his conception of pure mathematics, in particular against the hydrodynamics 水力学、流体力学{5大力学とは?「機械力 学 」「材料力学 」「熱力学 」}? that was an important part of Cambridge mathematics. Hardy preferred to work only 4 hours every day on mathematics, spending the rest of the day talking, playing cricket, and other gentlemanly activities. From 1911, he collaborated with John Edensor Littlewood, in extensive work in mathematical analysis and analytic number theory コンピュータの前身? ??. This (along with much else ) led to quantita...

history---algorithms

イメージ
← 2025年04月04日 /wiki/wide-sense_stationary_process(increasingly, gradatim(徐々に )だんだん、the complicated複雑なprogression行程にgo alongナッテイクノsee ifかな?・?・ ) https://shinichiwanko2000.livedoor.blog/archives/28612794.html 2025年05月27日 /wiki/algorithm ↓ Computers Weight-driven clocks Bolter credits the invention of the weight-driven clock as "the key invention [of Europe in the Middle Ages ], " specifically the verge escapement mechanism producing the tick and tock of a mechanical clock. "The accurate automatic machine " led immediately to "mechanical automata" in the 13th century and "computational machines"—the difference and analytical engines of Charles Babbage and Ada Lovelace in the mid-19th century. Lovelace designed the first algorithm intended for processing on a computer, Babbage's analytical engine, which is the first device considered a real Turing-complete computer instead of just a calculator. Although the ful...

exchange matrix交換行列(英語版 )[reversal^逆[裏返し]にすること、逆転、逆戻り、取り消 し、転倒、破棄、反転、転換 matrix, backward逆の、後方への、逆行の? ! identity, or standard involutory強制的な(かけがえのない?? )?! permutation標準的な逆順列? ]

きのうのつづき?・?・、・, , In mathematics, especially linear algebra, the exchange matrices (also called the reversal matrix, backward identity, or standard involutory permutation ) are special cases of permutation matrices, where the 1 elements reside on the antidiagonal反対角(-行 列 thisこれは?、patent特許 casus, datum事項 so much so thatなので, It seems that the particularly details can not be given詳しくは・載せられないらしい thenが!・?・ after all要するに?、Trace look likeみたいな?!・the? sequenceシーケンスみたいなcipher key list??暗号styles形式? ?に・・なっているみたいで・can't instigate (教唆する、後押しする、扇動する、煽り立てる、知恵を付ける ) if you realize this, it will be a big deal.これが、わかってしまうと・たいへんなことに・ ・・see ifカナ?・?・? ??, ) and all other elements are zero. In other words, they are 'row-reversed' or 'column-reversed' versions of the identity matrix. J _2 = ( 0 1 1 0 ) J _3 = ( 0 0 1 0 1 0 1 0 0 ) ⋮ J _n = ( 0 0 ⋯ 0 1 0 0 ⋯ 1 0 ⋮ ⋮ ⋅ ⋅ ˙ ⋮ ⋮ 0 1 ⋯ 0 0 1 0 ⋯ 0 0 ) (これが?、bar-code(scan the bar code onバーコードを読み取る;~の?! )バーコードのgrounds of ...

Markov tree-- Markov numberマルコフ数

イメージ
There are two simple ways to obtain a new Markov triple from an old one (x, y, z). First, one may permute the 3 numbers x,y,z, so in particular one can normalize the triples so that x ≤ y ≤ z. Second, if (x, y, z) is a Markov triple then so is (x, y, 3xy − z). Applying this operation twice returns the same triple one started with. Joining each normalized Markov triple to the 1, 2, or 3 normalized triples one can obtain from this gives a graph starting from (1,1,1) as in the diagram. This graph is connected; in other words every Markov triple can be connected to (1,1,1) by a sequence of these operations. If one starts, as an example, with (1, 5, 13) we get its three neighbors (5, 13, 194), (1, 13, 34) and (1, 2, 5) in the Markov tree if z is set to 1, 5 and 13, respectively. For instance, starting with (1, 1, 2) and trading y and z before each iteration of the transform lists Markov triples with Fibonacci numbers. Starting with that same triplet and trading x and z before each iterati...

stand up poorly to men on account of the elegant accomplishment上品なものだから?!,♂には ムカナイsee ifかな?・?・、・,,[20250320? ? ]

イメージ
The first-known printed use of the word brownie to describe a dessert appeared in the 1896 version of the Boston Cooking-School Cook Book by Fannie Farmer, in reference to molasses 糖液、糖蜜◆蔗糖ショトウ(sucrose https://ja.wikipedia.org/wiki/%E3%82%B9%E3%82%AF% E3%83%AD%E3%83%BC%E3%82%B9 >, saccharose、サトウキビから採った砂糖 )は糖液を蒸発させ蔗糖 を結晶化させて作る. その残液が糖蜜。黒色のドロッとした液体. cakes baked individually in tin molds. However, Farmer's brownies did not contain chocolate. Brownies in this style are now known as " blondies 「ブロンディ https://ja.wikipedia.org/wiki/%E3%83%96%E3%83%AD%E3%83%B3%E3%83%87%E3%82%A3_(%E8%8F%93%E5%AD%90) > 」", derived from the term "blond brownies ", which appeared in the mid-1900s. Di-Rex https://ja.wikipedia.org/wiki/%E3%83%80%E3%82%A4%E3%83%AC%E3%83%83%E3%82%AF%E3% 82%B9_(%E3%83%87%E3%82%A3%E3%82%B9%E3%82%AB%E3%82%A6%E3%83%B3%E3%83%88%E3%82%B9%E3%83% 88%E3%82%A2) >に、delicate[kissing ]lyそっと♪? !game of hide-and-seek隠れるlook like?よ うに? ? leave置いて...

silver ratio白銀比(無理数-比?!なのでナカナカむずかしいカナ!♪・??・ ・ )

←, [ 2025年01月21日definition- --Silver[silver ratio{Olympic Medals オリ ンピックのメダルの「gold, , 」「silver, 」「and bronze, 」のmeans意味は・これが?・don't figure out this?わからなく??・geting(backing ) away遠ざかっていく・・for? sacrifice犠牲 の、ための?・?・ex dono[gifts ]贈り物 didだったsee ifトカ?・?・? !! } ] In mathematics, the silver ratio is a geometrical proportion close to 70/29 にてるけどネ ♪?!違チガう、かな?・?・. Its exact value is 1 + √2, the positive solution of the equation x^2 = 2x + 1. The name silver ratio results from analogy with the golden ratio, the positive solution of the equation x^2 = x + 1. Although its name is recent, the silver ratio (or silver mean) has been studied since ancient times because of its connections to the square root of 2, almost-isosceles Pythagorean triples, square triangular numbers, Pell numbers, the octagon八角形, and six polyhedraりったい? ?,, with octahedral symmetry 複雑スギル?? _? . (The quadratic formula gives the two solutions 1 ± √2 , the decimal expansion of the positive root begin...

clearing denominators(-fractions )分母をクリアする

← 2025年04月19日 wiki/Diophantus_II.VIII, 2025年04月19日 the solution given by Diophantus---Diophantus II.VIII{back to the futuren のウガク♪?!・と now, mathematicsは・ちがう、ラシイ・・ だから、いつまでたっても?・うま くいかない, look likeどうやら~のようだ、~の様相を呈す、~の観がある、~の模様だ、~みた いだ、~らしい,~のように見える?? ?, , } Example Consider the equation x /6 + y /(15・z) = 1. The smallest common multiple of the two denominators 6 and 15z is 30z, so one multiplies both sides by 30z: 5 x z + 2 y = 30 z . The result is an equation with no fraction[=rational number ]s有理数??. The simplified equation is not entirely equivalent to the original. For when we substitute y = 0 and z = 0 in the last equation, both sides simplify to 0, so we get 0 = 0, a mathematical truth. But the same substitution applied to the original equation results in x/6 + 0/0 = 1, which is mathematically meaningless 数学的に無意味(有理数の限界 、有理数は計算できないカナ??・!・ )?!. Example 2 Consider the equation 1 /x ( x + 1 ) + 1 /x ( x + 2 ) − 1 /( x + 1 ) ( x + 2 ) =[≒?...

行ってみた♪?!〝日光rusk(Franch )[Melba toast(米語;天火でカリカリに焼いたパン ) ]ラスク 〟[20250416-18 ]

イメージ
Melba toast is made by lightly toasting slices of bread under a grill, on both sides. The resulting toast is then sliced laterally. These thin slices are then returned to the grill with the untoasted sides towards the heat source, resulting in toast half the normal thickness. Melba toast was also eaten as a component of the Banting diet . >この名称はオーストラリアのオペラ歌手ヘレン・ポーター・ミッチェルの芸名であったデイム・ネリー・メルバに由来している. この名称は1897年に、体調を崩したメルバが、もっぱらこれだけを口にしていたことから用いられるようになったものと考えられている. at sparrowスズメ fart{-aboutブラブラして過ごす、ぐずぐずする、無駄に時間を過ごす?! }(明け方に、夜明けに )朝早く、left home家を出た! ![06:00 ]・・the first flight一番の飛行機!?, , keep[-off ] away from Tokyo, ,, no good place to be when it's cold寒いときには向かない場所! ??, , (refer to?, ) https://ganso-nisshodo.stores.jp/ https://ganso-nisshodo.stores.jp/items/611affe52b2d3d2a9893c174 日光ラスク匠味 20枚入 ¥1,566 税込 https://www.rinnoji.or.jp/information.html 拝観のご案内 | 日光山 輪王寺 オフィシャルサイト ○三佛堂券(単独拝観券) · 所要時間:10~20分 · 団体(35名様以上) · 400円, 360円 ; 大猷院券(単独拝観券) · 所要時間:30分~1時間 · 団体(3...

20050228ころの、善通寺は・・still? ! , , feeling of stretch(広がり、伸びる )広々としていたsee ifカナ? ?!, , 

イメージ
Self-Defense Forces自衛隊がgarrison, outstation, post駐屯している, since olden daysむかしから!・!・・

get[develop, have ailedエイルド?苦しめる、悩ます、病む ]? compulsive{強制的な、否応なしの、せずにいられない、がまんできないような、病みつきの、やむにやまれぬ、強迫観念に取り付かれた、何かに駆りたてられたような?! } eated later in life年を取って過食症にw Hy?!なってしまったsee ifカナ??・?,・

イメージ

impressive , , 忘れかけていた, 忘れがたい?〝見元園芸 〟[20231108 ]

イメージ
Copyright(C) 見元園芸 All rights reserved.(it is very cold[chill ] last year. ) * this wood[xylem木、木質部、木部 ]この木は?、spent much of one's life in? the houseその?家!?に・seated住まわれていた・him?お方!?が、人生の大半の時間??、、費ツイやされて・have an eye and make it stand up-friendly, held the di[y ]ke {溝、水路、岩脈、堤防、土手道、護岸堤防?? ? } against others?!守り抜かれて・ここまでslow-growing(成長に時間がかかる ), growth pole(成長の極キワミ ) 成長なされた・incredible[ miracles ] tree奇跡の木なのmay beカナ?・!! ?(田の為のflume, irrigation canal運河、管[ ditch水路、どぶ ]用水路にOne foot stuck in片足突っ込んだようなshape型チ♪で・thusだから・I feel like it's aliveまるで、生きているように感じる?? ?, , )・、・, ,[20250524touch up ]

友人から戴イタダいた一枚?[2022年6月8日、11:55:46, 2022年6月20日、13:26:10 ]

イメージ
3years ago年前?, 、の riddle不思議な photo(dreamful夢見がちな?!, make as if you were in a dream.夢の世界{夢の中にいると思いなさい? !?, , }! ? )??