@Lasermazer @skdh this one strongly supports it and is new https://t.co/QurSkpqrhh
RT @ctrl_alt_lulz: More experimental proof our theory is correct, virtual particles with anti-symmetry don’t cancel out gravity. https:/…
More experimental proof our theory is correct, virtual particles with anti-symmetry don’t cancel out gravity. https://t.co/QurSkpqrhh
RT @PeterCiszewski: @SheepDogLegend @100KryptoKeyz @HarrisonHSmith Absolutely. Individual gas atoms affected by gravity: https://t.co/kHVK1…
@SheepDogLegend @100KryptoKeyz @HarrisonHSmith Absolutely. Individual gas atoms affected by gravity: https://t.co/kHVK1X1OkW
I would love to read some science fiction, preferably written "as a hobby, by a working physicist" where this result came out the OTHER way, with matter and anti-matter showing gravitational repulsion. https://t.co/pXPO1srup3
RT @gecko39: Nothing’s the Matter w Antimatter, New Experiment Confirms Dennis Overbye 27SEP2023 https://t.co/ea60aEyTCp Observation of…
RT @gecko39: Nothing’s the Matter w Antimatter, New Experiment Confirms Dennis Overbye 27SEP2023 Observation of effect of gravity on moti…
RT @gecko39: Nothing’s the Matter w Antimatter, New Experiment Confirms Dennis Overbye 27SEP2023 https://t.co/ea60aEyTCp Observation of…
@chiefdrop @pridzs @meets_rebel @NetAesthetic @gunsnrosesgirl3 Other than observing and predicting it in the observable universe? Maybe you need to read more https://t.co/TA5kMeLq2A
@Da_Smart_Kid Here you go: https://t.co/kHVK1X1gvo
Observation of the effect of gravity on the motion of antimatter https://t.co/fdNJ4jv91k https://t.co/WOICVVjDDn
@GhostGone420 You bet! https://t.co/kHVK1X1OkW
The wait is finally over! https://t.co/kHVK1X1OkW
@GhostGone420 The wait is finally over! https://t.co/kHVK1X1OkW
@justin_franks @AustralisPiper @Da_Smart_Kid @pdubl22 @Ryansikorski10 It was this one: https://t.co/kHVK1X1OkW
@SagredoSpeaks @FlerfHerder @100KryptoKeyz @AntiDisinfo86 @WitsitGetsIt yeah. They aren't https://t.co/KaSUB7XWyz
"π/2 Spherical CPT Symmetry" and “a(antimatter) = 0.75 a(matter)”: Extended comment on ANDERSON et al: Observation of the effect of gravity on the motion of antimatter. Nature 621, 716–722 (2023). https://t.co/DszWEn4pjy previous comment see January 31 ht
@NeutrinoDoctor @SphereNotFear @100KryptoKeyz Sorry, Alpha-g has. https://t.co/KaSUB7XWyz https://t.co/Pqy6Dux8q0
@NeutrinoDoctor @SphereNotFear @100KryptoKeyz however, this is his claim, which has just been disproved experimentally by the ALPHA-G result https://t.co/KaSUB7XWyz https://t.co/qppNdICwa3
@100KryptoKeyz antimatter has been proven to be attracted to earth the same way as matter https://t.co/KaSUB7XWyz
@KelTjorson @SomeDude1923 No. We now know from the ALPHA-g experiment at CERN that antimatter has the same mass and responds to gravity just as ordinary matter. Ref: https://t.co/SxVcY5y8qU
"Observation of the effect of gravity on the motion of antimatter" [Drs.] E. K. Anderson et al. [Salty Note: Antimatter is gravitational and Natural] https://t.co/wXQfz1mtN3
The acceleration of antihydrogen was ~75% of gravity for normal matter, "... the lack of a quantum theory of gravity suggests that our picture is incomplete" (Anderson, et al. 2023). https://t.co/CIjrQvA2MA Gravity is the necessary cohesion https://t.co/G
sanity check papers gotta be my favourite kind of scientific paper just confirming stuff you'd assume to be that way - yet actually measuring it just feels.. nice; correct, even (This tweet is sponsored by this paper about antimatter and gravity) https://
@maththfcx @OwenBenjamin What’s great about this argument is that not one of us on X will either prove or disapprove whatever our beliefs are regards to flatties or globers. The “argument” is moot. https://t.co/Uhmf8ALqrc
反物質も、物質と同様に重力の作用を受ける(反重力というものは存在しない)ということを示した論文がNatureに掲載されました。 まぁやはり一般相対性理論は強固ですね😅 「反重力」は夢のある話だったのですが。。残念😅 https://t.co/9f2590qG0Z
RT @thaliafung: @GrantHBrennerMD The acceleration of antihydrogen was ~75% of gravity for normal matter, "... the lack of a quantum theory…
@GrantHBrennerMD The acceleration of antihydrogen was ~75% of gravity for normal matter, "... the lack of a quantum theory of gravity suggests that our picture is incomplete" @ekanderson7, et al. 2023. https://t.co/CIjrQvA2MA https://t.co/U5a7Be4Pbc
RT @NaturePortfolio: A paper published in @Nature reports direct observations of antihydrogen atoms free-falling, indicating that antimatte…
Цей важливий результат вперше опубліковано в вересні цього року отут: https://t.co/3jMkK77I3V
@deploribus17 @Razta099 @soderstrom @No_Curve @capitaliztpigs @TedLogan1010 @BillSEsquire_11 @Death6102 @phone_booth_pod here's a very recent experiment measuring the effect of gravity on matter and antimatter (opposite electric charge) and proving it to b
RT @Nature: Nature research paper: Observation of the effect of gravity on the motion of antimatter https://t.co/VL9IPMuove
RT @SciBry: When an anti-matter apple falls from an anti-matter tree, it falls to the ground just like normal. A beautiful experiment! http…
@alkivari @AlexJonesMW3 @FlatEarthZone There is! They just found out anti-matter falls under gravity. https://t.co/t6512BTvi2
What is the effect of gravity on the motion of antimatter? I came across this interesting article: https://t.co/YXrlWDsAEk #AntimatterResearch #PhysicsNews #PhysicsCommunity https://t.co/sqig72xGhu
RT @SamanthaLutz: #Antimatter falls like matter, upholding Einstein’s theory of #gravity… not only did the it fall as expected, but also dr…
#Antimatter falls like matter, upholding Einstein’s theory of #gravity… not only did the it fall as expected, but also dropped with roughly the same acceleration as “normal” matter #antihydrogen #parity #alphag #cern https://t.co/14Cq4anCIm https://t.co/Q
9/ to read more here is a paper that was published by @CERN regarding this in the nature magazine:- https://t.co/oA9fxCnRj8
RT @SciBry: When an anti-matter apple falls from an anti-matter tree, it falls to the ground just like normal. A beautiful experiment! http…
Experiment confirms that #antimatter is affected by #gravity in the same way as regular matter. This rules out the possibility of antigravity machines and repulsive matter. Although there is some uncertainty in the measurement. #physics #science https://t
[#Article] 27/09 > Observation of the effect of gravity on the motion of antimatter https://t.co/mETeRqt9LE via @nature #ScienceCQFD
@ADelagrinta @laurentbaheux voila de récentes résultats que l'indoctrinement vient de produire au CERN, au sujet de la gravité. On attend vos données. https://t.co/KaSUB7XWyz
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @phd_gim: 반원자의 반감기는 꽤 긴가보다 신기하네
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
반원자의 반감기는 꽤 긴가보다 신기하네
I to jest NEWS! Naukowcy w końcu zaobserwowali wpływ antymaterii (!) w kosmosie. Dokładnie odpowiada to aktualnie prowadzonym badaniom w @CERN nad antymaterią. Wg wyliczeń materii powinno być więcej w kosmosie wg przyjętych i zweryfikowanych modeli. ht
RT @mustapipa: The movement of antimatter is governed by gravity, not "antigravity". https://t.co/TUujm7vTL1
記事の元になった論文は、これだな https://t.co/KapjFJOelt
Science snippet: a new article in Nature magazine shows that 'antihydrogen atoms, released from magnetic confinement in the ALPHA-g apparatus, behave in a way consistent with gravitational attraction to the Earth.' https://t.co/ba8JDY3bJQ https://t.co/f
W pomysłowym, nawiązującym do eksperymentu Galileusza badaniu wykazano, że antymateria ulega grawitacji tak samo jak materia. Atomy antywodoru, więzione w pionowym pojemniku przez pola magnetyczne, uciekały z niego dużo częściej otworem dolnym niż górnym.
RT @manuelacasasoli: Antimatter, when dropped, falls down! How does #antimatter interact with gravity? In a recent paper, "results from th…
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @manuelacasasoli: Antimatter, when dropped, falls down! How does #antimatter interact with gravity? In a recent paper, "results from th…
RT @manuelacasasoli: Antimatter, when dropped, falls down! How does #antimatter interact with gravity? In a recent paper, "results from th…
RT @manuelacasasoli: Antimatter, when dropped, falls down! How does #antimatter interact with gravity? In a recent paper, "results from th…
RT @manuelacasasoli: Antimatter, when dropped, falls down! How does #antimatter interact with gravity? In a recent paper, "results from th…
RT @BlueJakk: بالاخره رسما تایید شد: #ضدماده سقوط میکنه! بعد از چند دهه تقلا، بالاخره مشخص شد که رفتار ضدماده در مقابل #نیروی_جاذبه، مثل ما…
Antimatter, when dropped, falls down! How does #antimatter interact with gravity? In a recent paper, "results from the ALPHA experiment confirm that matter and antimatter react to gravity in a similar way." #Science #Physics ⏯️https://t.co/0zEdMFao3j ⏯
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
RT @dusky_stars: 반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
반수소를 만들어서 자기장에 잡아둔 다음 떨어뜨려서 반수소도 똑같은 중력을 받는다는 걸 확인한 미친 것 같은 실험 https://t.co/621E9NAutC
https://t.co/oAnijyi6eI まあこれ読もう、とりあえず
RT @SimplyOneM: Эйнштейн был прав🙀 Физики из CERN провели эксперимент > обладают ли атомы антиводорода свойствами антигравитации?Увы, антив…
"Repulsive ‘antigravity’ is ruled out in this case do inglês" https://t.co/BCDDlIQ41e
@martinmbauer "Repulsive ‘antigravity’ is ruled out in this case do inglês" https://t.co/BCDDlIQ41e
RT @SimplyOneM: Эйнштейн был прав🙀 Физики из CERN провели эксперимент > обладают ли атомы антиводорода свойствами антигравитации?Увы, антив…
Эйнштейн был прав🙀 Физики из CERN провели эксперимент > обладают ли атомы антиводорода свойствами антигравитации?Увы, антивещество обладает постоянной скоростью падения 9,8 м/с^2, как и обычное вещество. А ведь он предупреждал нас. Ну что за..🤷🏼♂️🤦🏼♂️