RT @Kyukimasa: ちょっと前に話題になった「ブドウを電子レンジするとプラズマの火花出る」に言及しているけど https://t.co/sapkytmNup ブドウの中でマイクロ波が反射・集中するのを液体詰めた球体で実験してるのがいい感じ https://t.co/C…
ばかおもろい https://t.co/9HXXhH3n7z
https://t.co/3NmNFkG76S 今日の読みもの
@hsiang_sam53348 @xiaokeyiyi @Cldeop 并不能,因为这不是因为内部膨胀而爆炸产生的事故。详情请看https://t.co/FDc1BLAY9H
#5yrsago Scientists finally explain why microwaved grapes emit glorious bursts of plasma https://t.co/FRUlbjbHmQ #5yrsago “We take your privacy and security seriously” is the “thoughts and prayers” of data-breaches https://t.co/0j8tbf6CP3 10/ https://t.c
Talking raisins earlier, I was reminded of: Linking plasma formation in grapes to microwave resonances of aqueous dimers Hamza K. Khattak, Pablo Bianucci, and Aaron D. Slepkov Proceedings of the National Academy of Sciences Vol. 116 | No. 10 March 5, 2019
things that i didn't even imagine possible. let alone know, an hour ago, include... that's... ridiculous!
Fun fact: putting a cut grape in a microwave creates plasma. This is because of its size (similar to the length of a microwave), water content, & skin which traps the radiation https://t.co/DURsScEZ88 Easy read: https://t.co/7zABmhTRJk Video explainer:
RT @Low7frequency53: @StarWars2005qqq @uzzi0323 @kkkfff1234k ・Linking plasma formation in grapes to microwave resonances of aqueous dimers…
RT @Low7frequency53: @StarWars2005qqq @uzzi0323 @kkkfff1234k ・Linking plasma formation in grapes to microwave resonances of aqueous dimers…
@StarWars2005qqq @uzzi0323 @kkkfff1234k ・Linking plasma formation in grapes to microwave resonances of aqueous dimers 水性二量体のマイクロ波共鳴に関連するブドウ内のプラズマ形成 Hamza K. Khattaka et al. / PNAS(米国科学アカデミー紀要), March 5, 2019, vol.116, no.10/ https://t.co/FZZEJbGI65
https://t.co/k2xu4KxOgO Did anyone else know that cut grapes form plasma in a microwave???? I have grapes and just need the kids to go to bed to try this. Not often you see something as well as the explanation as to why it happens all in one 🤪
出典:PNAS(米国科学アカデミー紀要) https://t.co/GAaEvcVMcr
@DavidSypkes @DoctorKarl Same effect as is observed with grapes in a microwave. It's a radiofrequency lensing effect which concentrates RF energy and forms an RF plasma. Not dangerous but it can burn your berries, wouldn't taste nice. Might just defrost on
" grape-sized fruit & hydrogel beads→resonant cavities→concentrate electromagnetic fields due to 1) large dielectric susceptibility of water 2) absorptive properties of water wash out complex internal modes→evanescent hotspot build-up." https://t.c
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
RT @_596_: 引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet:…
引用元1:Linking plasma formation in grapes to microwave resonances of aqueous dimers | PNAS https://t.co/dnyPsRFH8M 引用元2:Snippet: New explanation for plasma grapes https://t.co/tQEawcTo2l
RT @HamzaKhatt: The Grape Balls of Fire paper is now available to access @PNASNews. Work done at the Slepkov Biophotonics Lab @TrentUnivers…
Linking plasma formation in grapes to microwave resonances of aqueous dimers | Proceedings of the National Academy of Sciences https://t.co/6VvAR7TRXK
(アブストの次の序文だった) 「例外なく認められている」的な文章の意訳ですな>全人類 こんちえは例外なことにかわりはない() ギズモードジャパンの初掲載記事 https://t.co/tN0B2bWVkN ギズモード原文記事 https://t.co/hgp61Eg11u 論文 https://t.co/P7GRDmTgSx
ぶどうをレンチンするとプラズマ発生する理由 ぶどう内部の屈折率により、マイクロ波の波長が短くなるため、その波長とぶどうの直径が一致することが理由みたい。 元論文↓ https://t.co/sqHaLSxEWQ https://t.co/wCizn7bT8O
ぶどうレンチンプラズマ問題解決したんだ!https://t.co/GBNF0QRuaa
ぶどうをレンジで加熱するとプラズマが発生する理由の論文(2019)が流れてきて爆笑してた https://t.co/uTlTswGthD
ぶどうをレンチンした事ないし、レンチンしてみたいとも思ってなかったから、何がすげぇΣ(゚д゚lll) https://t.co/gnmGXJlwZN
How have I never heard of this?!? I know what I’m doing tonight. Linking plasma formation in grapes to microwave resonances of aqueous dimers | https://t.co/PdDJVh70xh
ぶどうをレンチンしたらプラズマ発生する原因を検討した論文🍇 内容だけ聞いて想像したより本気の実験だった… https://t.co/otHCGOw6cf
RT @Kyukimasa: ちょっと前に話題になった「ブドウを電子レンジするとプラズマの火花出る」に言及しているけど https://t.co/sapkytmNup ブドウの中でマイクロ波が反射・集中するのを液体詰めた球体で実験してるのがいい感じ https://t.co/C…
Les traigo un artículo bien random que encontré en internet. Siempre se puede aprender algo bien interesante. Resumen: se puede crear plasma en el microondas juntando 2 sustancias que tengan una longitud de 1.2 cm https://t.co/WrMtoEapkM
I love physics.
@FrankiTheTank1 Wie immer: Ich hab Quellen, Behauptungen stelle ich nicht gerne auf.. https://t.co/fSfVg0eSiU
@Jacinta_Conrad These are awesome! You can also microwave them to create plasma: https://t.co/1Cm1BPW6Xc
@EelkemaLab Damn I just googled this and there even is a PNAS paper on this. https://t.co/T8M1iOpmoP Has science gone too far?
Vale. Whispering Gallery Modes en uvas para crear plasma en el microondas. Bajando a la frutería en 3 2 1... @saloys @jesusortiga https://t.co/S1GbVgXoYJ
@igordownunder PNAS. In particular, on something fun like this! https://t.co/LhUAKaYZdC
Les raisins s'enflamment au micro-onde. On en apprend tous les jours ! P.S. Parait que ça créé même du plasma ! (https://t.co/SMy7wV8qID) Incroyable mais vrai ! https://t.co/XDYvESV7Bv via @factourism
I just learned that putting grapes in microwaves is a thing. https://t.co/cizkNPAuEt
@gravity_levity This one. I had high hopes for an ig Nobel until the title was changed AFTER the acceptance stage. The original title was Grape Balls O'Fire. https://t.co/2WVPUzXrAn
RT @enviro_al: Three scientists (Khattak, Bianucci, and Slepkov) published a scientific paper containing the phrase "It is a truth universa…
RT @enviro_al: Three scientists (Khattak, Bianucci, and Slepkov) published a scientific paper containing the phrase "It is a truth universa…
@DiscoverMag Only about two years ago! https://t.co/yL1RZNqqQ5
Um...that's not mars. That's clearly the fundamental magnetic dipole mode of microwaved fruit. https://t.co/TV8kf2cjRj
@KimFreudenberg @LinQCD Grapes make plasma: https://t.co/5VQknt99Tn
@ranamoumita Perhaps the distance between the black circles is dependent on bread shape and bread position? Saw this interesting article a while back: https://t.co/1L5AIKI5xk
RT @AaronSlepkov: @OdedRechavi 12 microwave ovens, a camera, some fruit, and about 6 undergrad students over 5 years. https://t.co/2WVPUzXr…
@OdedRechavi 12 microwave ovens, a camera, some fruit, and about 6 undergrad students over 5 years. https://t.co/2WVPUzXrAn https://t.co/HaQV7PkC8b
RT @maryjanewatzonp: https://t.co/oFqxn6lODb Have you ever tried this at home? #microwave #plasma #totalinternalreflection
https://t.co/oFqxn6lODb Have you ever tried this at home? #microwave #plasma #totalinternalreflection
RT @markburgess_osl: Incredible video footage of neighbouring water beads (grapes/eggs) next to one another in s microwave. Resonant lens e…
Incredible video footage of neighbouring water beads (grapes/eggs) next to one another in s microwave. Resonant lens effect leads to superheated plasma to burn down your house! 🐥 https://t.co/zMi5USCvMo
@ufob0t Our brains and grapes... let's just say their's a season for everything. 4g5g are just "waves" penetrating our grapes, js. God💞 Jesus🕊 ✝️🕯💞 📡🕸🧟♂️🕸👽🕸🛸🕸👽🕸🧟♀️🕸🛰 https://t.co/RmpZJExt0j
This is the real science https://t.co/WIBePOvxCw
RT @enviro_al: Three scientists (Khattak, Bianucci, and Slepkov) published a scientific paper containing the phrase "It is a truth universa…
RT @enviro_al: Three scientists (Khattak, Bianucci, and Slepkov) published a scientific paper containing the phrase "It is a truth universa…
Three scientists (Khattak, Bianucci, and Slepkov) published a scientific paper containing the phrase "It is a truth universally acknowledged that a pair of grape hemispheres exposed to intense microwave radiation will spark, igniting a plasma." https://t.c
RT @S_Ordibehesht: @skdh Thank you. You may wish to consider the following issues: 1. A radiation of a certain wavelength entering matter e…
RT @S_Ordibehesht: @skdh Thank you. You may wish to consider the following issues: 1. A radiation of a certain wavelength entering matter e…
@skdh Thank you. You may wish to consider the following issues: 1. A radiation of a certain wavelength entering matter excites fields of shorter wavelengths (because of the broken translational symmetry, momentum is not a conserved quantity). The relevance
RT @nwilliams030: "Linking plasma formation in grapes to microwave resonances of aqueous dimers" aka we've finally figured out why microw…
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