Oh my g...（ AmamiyaKokoro/Nijisanji ）

[@setsu_sinjo]

りんごぶつけられて可愛い可愛い言われるポケモンの理不尽を味わってるな

[@タラコ-y5n]

人　間　の　エ　ゴ

[@gomikuzu-111]

この動画を可愛いで済ませてはいけなかった…！？

[@まるねこ-s6l]

0:01 歌詞です。 「はんはーんはんはっはっはんははーんはんはーはーんはんははっははんはーはーんはーんはーんははっははーんはーん♪はっ？ｱﾋﾞｬﾊｯｯｯｯｯﾂうえ？.........えあ？ういふはぁあっいった...くない...？うえ？...えｱﾋﾞｬｯｯｯｯｯﾂうっいたくない...？ういたぁいったあっくない...いたくない 痛くないけどなに！wあはぉぉぉぉぉわぁぁぁぁぁぁぁぁぅぃぃはぁぁぁあぃぃぁはぁぁぁぁぁあうぐおぅぇ...あぁはふぅーー」 ここ可愛いいや全部かわi...†┏┛墓┗┓†

[@SHUTUPKB]

歌詞助かる

[@Ashin-rx8wf]

最初若干オフロスキー

[@dmp2034]

助かる。これ社歌にしたかったんだよ

[@wgmmgtg]

@@dmp2034 いずれ国家になる

[@SORO4649]

VのくしゃみとASMRの次に助かる

[@xxllolw]

1分未満の動画で私を昇天させるとは…流石だあまみゃ ありがとう…

[@エスタ-i7j]

頼む…成仏してくれ

[@xxllolw]

@@エスタ-i7j おまえも道連れじゃ…～( ε:)0～( ε:)0

[@エスタ-i7j]

@りう うわぁ〜！

[@SORO4649]

あれ？ここに人がいた形跡… いったいなんなんだ…ここは…

[@エスタ-i7j]

@SO RO君もこちら側に引き込む

[@kirishan1414]

音声（日本語）：字幕（英語） 0:14 ぅえ…？：what's happened? 0:17 ぇ…？：why? 0:23 ぅぇ…？：?

[@realice.]

0:27 it hurt- oh it doesn't... 0:31 it hur- oh it doesn't hurt but what's going on...? 0:38 Quantum mechanics allows the calculation of properties and behaviour of physical systems. It is typically applied to microscopic systems: molecules, atoms and sub-atomic particles. It has been demonstrated to hold for complex molecules with thousands of atoms,[4] but its application to human beings raises philosophical problems, such as Wigner's friend, and its application to the universe as a whole remains speculative. Predictions of quantum mechanics have been verified experimentally to an extremely high degree of accuracy. A fundamental feature of the theory is that it usually cannot predict with certainty what will happen, but only give probabilities. Mathematically, a probability is found by taking the square of the absolute value of a complex number, known as a probability amplitude. This is known as the Born rule, named after physicist Max Born. For example, a quantum particle like an electron can be described by a wave function, which associates to each point in space a probability amplitude. Applying the Born rule to these amplitudes gives a probability density function for the position that the electron will be found to have when an experiment is performed to measure it. This is the best the theory can do; it cannot say for certain where the electron will be found. The Schrödinger equation relates the collection of probability amplitudes that pertain to one moment of time to the collection of probability amplitudes that pertain to another. One consequence of the mathematical rules of quantum mechanics is a tradeoff in predictability between different measurable quantities. The most famous form of this uncertainty principle says that no matter how a quantum particle is prepared or how carefully experiments upon it are arranged, it is impossible to have a precise prediction for a measurement of its position and also at the same time for a measurement of its momentum. Another consequence of the mathematical rules of quantum mechanics is the phenomenon of quantum interference, which is often illustrated with the double-slit experiment. In the basic version of this experiment, a coherent light source, such as a laser beam, illuminates a plate pierced by two parallel slits, and the light passing through the slits is observed on a screen behind the plate.The wave nature of light causes the light waves passing through the two slits to interfere, producing bright and dark bands on the screen - a result that would not be expected if light consisted of classical particles. However, the light is always found to be absorbed at the screen at discrete points, as individual particles rather than waves; the interference pattern appears via the varying density of these particle hits on the screen. Furthermore, versions of the experiment that include detectors at the slits find that each detected photon passes through one slit (as would a classical particle), and not through both slits (as would a wave). However, such experiments demonstrate that particles do not form the interference pattern if one detects which slit they pass through. Other atomic-scale entities, such as electrons, are found to exhibit the same behavior when fired towards a double slit. This behavior is known as wave-particle duality. Another counter-intuitive phenomenon predicted by quantum mechanics is quantum tunnelling: a particle that goes up against a potential barrier can cross it, even if its kinetic energy is smaller than the maximum of the potential. In classical mechanics this particle would be trapped. Quantum tunnelling has several important consequences, enabling radioactive decay, nuclear fusion in stars, and applications such as scanning tunnelling microscopy and the tunnel diode. When quantum systems interact, the result can be the creation of quantum entanglement: their properties become so intertwined that a description of the whole solely in terms of the individual parts is no longer possible. Erwin Schrödinger called entanglement "...the characteristic trait of quantum mechanics, the one that enforces its entire departure from classical lines of thought". Quantum entanglement enables the counter-intuitive properties of quantum pseudo-telepathy, and can be a valuable resource in communication protocols, such as quantum key distribution and superdense coding. Contrary to popular misconception, entanglement does not allow sending signals faster than light, as demonstrated by the no-communication theorem. Another possibility opened by entanglement is testing for "hidden variables", hypothetical properties more fundamental than the quantities addressed in quantum theory itself, knowledge of which would allow more exact predictions than quantum theory can provide. A collection of results, most significantly Bell's theorem, have demonstrated that broad classes of such hidden-variable theories are in fact incompatible with quantum physics. According to Bell's theorem, if nature actually operates in accord with any theory of local hidden variables, then the results of a Bell test will be constrained in a particular, quantifiable way. Many Bell tests have been performed, using entangled particles, and they have shown results incompatible with the constraints imposed by local hidden variables. It is not possible to present these concepts in more than a superficial way without introducing the actual mathematics involved; understanding quantum mechanics requires not only manipulating complex numbers, but also linear algebra, differential equations, group theory, and other more advanced subject. Accordingly, this article will present a mathematical formulation of quantum mechanics and survey its application to some useful and oft-studied examples

[@K-0-0-0-0-0]

0:32 めっちゃピカチュウぽい

[@柿酢]

オーブ当てられて光りながら普段と違う行動するあまみゃも見たい

[@DIICKY777]

想像したら草

[@magnetic_spole]

あまみゃは定期的にこういう短くて可愛い動画を投稿してくれるから好き。

[@ハリーセン]

ポケモンの気持ちになって考えれる人がいい写真を撮れるんだなぁ

[@anyan8772]

うぇ…？の低音ボイスいいな…好き

[@toba3]

なんもわからんがかわいすぎるだろ……

[@user-chino1204]

ほんっっっっっっっとうに可愛い

[@a066961]

ありがとうございます！

[@joule021]

博士「いいねぇ」 　　「ナイスタイミング！」 評価:⭐️⭐️⭐️⭐️

[@ヒビキ-m3o]

最後のなんとも言えない表情好き

[@cvrelease]

可愛すぎでしょ

[@3色すみれ風呂]

天才かわいい

[@大公駕]

世にも可愛い生物、アマミャーを探すべく 隊員達はにじさんじの奥地へ向かった

[@YorororoOrororoShimasu]

そしてまたさらに沼り 帰ってくるものは居なかった…

[@アール-f9s]

未確認生物agoと遭遇しそう

[@SORO4649]

我々は奥地にたどり着いた…が、そこで見たのは 顎が(ｻﾞｻﾞｻﾞ)尖っている(ｻﾞｻﾞｻﾞ)へんなバケ(ｻﾞｰ) ビデオはここで途切れているようだ。

[@かちこみ太郎]

素直にアマゾンの奥地に向かえ

[@ふぇいと-j8e]

何この可愛すぎる生き物、、、、

[@user-7hi3wa5]

ただただ可愛いわね…！ こんな可愛い子なら写真連写しちゃう！

[@樰霊]

あまみゃスナップ可愛いな 最後の目すこ

[@SunOfficial]

New Pokémon snap looks amazing

[@trickcrow]

中毒性のある面白さ

[@ゆず-c3n]

可愛すぎて無理(むり)こういう短めな動画シリーズめちゃくちゃすきだからたすかる

[@魚アイルー]

自らポケモンとなって撮られたり林檎ぶつけられていくの好き 可愛いなぁ

[@mejia-cg3os]

需要を理解している素晴らしい動画だと思いました。

[@hanakusa]

最後はでかいすぎるリンゴ草 でもあまみゃスナップかわいい！！🥰

[@Lammtarra0]

可愛すぎ!!

[@シンコロ-s9y]

歩きかた可愛い

[@user-birdlime]

丁寧に英語字幕付いてて草 本人様かファンメイドどっちでもいい仕事すぎますじゃん…

[@itijoukyousuk]

天才じゃん

[@佐藤-q3x6q]

なんだこれ……かわいい(✽´ཫ`✽)

[@ジャックジャン]

可愛すぎて！

[@さくぱん-g2w]

めっちゃかわいくてかわいい

[@gidiego6588]

神に感謝

[@novatwintail9111]

短い動画シリーズすき

[@ruuuryuuu]

いつもの謎動画シリーズすき

[@曲り角で急に被害者ヅラする]

何だこれ…なん…かわいい

[@チーかま-s5b]

マジであまみゃの可愛さって悶えそうになるよね

[@ZERO_TSUMUKARI]

世界一可愛い

[@Hachi_1031_8]

かわいいが過ぎる 俺らのあまみゃ

[@Vの者が生きる希望]

これが来年の新作かぁ、、、 絶対買う(使命感)

[@tiana1423]

Now that's CUTE

[@gwgxtiu]

あまみゃ可愛いすぎだろ……(定期)

[@トランプルウィードちゃん]

天才

[@冬は剪定-f4g]

ダメージボイス助かる

[@旧ナメック星]

なんも分からんがかわいい

[@Qoo-n6j]

やっぱり水/ドラゴン感半端ない

[@福りょう]

最高かよ

[@moonwiseman]

こんな可愛いポケモンは戦わせられないな

[@てぬき-h3e]

か゛わ゛い゛い゛す゛き゛た゛よ゛ぉ゛ぉ゛

[@sポワール]

ポケモンの気持ちを知る動画

[@user-dw5ji2tv7j]

ついつい何回も見ちゃうわ。 疲れた体にサイコーにキく

[@rewith104]

リンゴ投げられたのに泣かないのえらい！！

[@生麦生米津玄米]

歌詞に共感しました

[@きさ-q3l]

いたっ！の声でぴぃかっ！って言ってもバレなさそう

[@azuki7475]

かわいいなぁ．．．❤

[@GhostNighto]

セルフスロー芸は得点高い。

[@つるぎくん]

豪速球がすぎる

[@mchqn]

いい写真を撮るにはまずは自分がポケモンになると・・ さすがだよあまみゃ；；

[@kanametatsuya]

0:12 0:18 0:24 0:32 0:45 お前が使え

[@-Raylight]

Amyamya becomes the pokemon, cute xD

[@suisoaoi_7342]

これが最近流行りのあまみゃスナップですか。

[@deadlow8273]

後半意味わかんなくてすこ

[@たくとく-h8j]

すばらしい！！さいこうのしゅんかんがとれているよ！！(博士風)

[@fromkt7775]

0:21ここしぃしぃ

[@ひさぁ]

0:39～アップになってくのめっちゃ好き...

[@domoyama]

アップルだけに

[@Tauncerador]

Who's that Pokémon⁈ Is… Amamiya-san‼︎

[@lagback5194]

I really want that pokemon, man

[@あまの-s9c]

かわいい

[@dotism.]

これは深いな...

[@kuon_900]

かわいい(確信)

[@kanagashira-wb6we]

こういうのでいいんだよおじさん「こういうのでいいんだよ」

[@gayua4552]

なんこれ………尊死

[@k-ooh]

???「すばらしい！」

[@miyasrby]

ポケモンスナップ見てると何となくあったかい。林檎と蜂蜜でスナッパーなんかな〜。笹生えた

[@Towairaito696]

かわいいはかわいい

[@エスタ-i7j]

ベルさんの潰したリンゴの怨念がここまで来ていたとは…

[@henlyregarding4850]

0:49皆既日食からの0:51日の出

[@phoenixwing3254]

The proper way to take pictures

[@ogolotoooo]

最近需要理解してる

[@ヨナギケイ]

かわいすぎて顔面に鉄球投げたくない？？ 私だけ？？？？ 血出させたくない？？

[@pelvisbirth5109]

むしろ自分の顔面に鉄球投げて流血したところを「何やってるの?!」って言われたい

[@はむしく]

激レアポケモンあまみゃ…😳

[@gomyway2030]

よし保存した！

[@VIP-wk8ro]

５３秒の幸福

[@サカノモト上杉]

ポケモンってことは捕まえ良いってことですか？！最高じゃん！

[@セン-v6w]

なるほどわからん あと連写の数が2434なのこだわり深くて好き

[@セン-h8o]

かわいい ここからくちょがよぉにつながるわけですね！

[@かぼ-n6e]

はやく3Dで観たい 楽しみにしてます

[@th-qz4el]

可愛かったよ

[@PongPingMan]

これが今話題のポケスナですか

[@10mari_only1]

全人類を救えるかわいさ😭😭😭😭😭😭💧💧💧💧💧💧💧💧💧😿😿😿😿😿😿😿😿😿😿😿

[@satanass08]

myamya ty for the translation!!

[@TheWizio]

Thank you Amamya for another great shot video!

[@KEI-fv9jd]

これ3Dになったらまたやってほしい

[@harukathedd7075]

Newton:This is my stand,GAINT APPLE!

[@kisskisshappy]

スナップだけじゃ我慢できません

[@tttteeeennnn]

うん、かわいい…

[@Maguro_nokirimi]

痛…くない 可愛…い

[@はぐれメタル-c4m]

おかしいちゃんと翻訳されてる

[@びょんみん]

なにこれかわいすぎあままてんさいじゃん

[@nightsky9118]

あまみゃ🤝ニュートン 　　　　🍎