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The discussions around the article reveal a mix of support and skepticism, with examples like expressions of gratitude for the research team's work and mentions of the findings as a confirmation of existing theories. Comments such as 'This instinctively feels important,' and reactions to supposed misunderstandings regarding atmospheric chemistry illustrate the urgent concern about the implications of this research, using a tone that reflects both curiosity and critical engagement.
Most discussions indicate a general support for the findings of the publication, although some skepticism exists regarding the implications.
The topic has clearly captured the attention of many users, as indicated by the number of interactions and questions posed about the publication.
While several users express enthusiasm about the findings, others demonstrate a more superficial level of engagement by making jokes or dismissing opposing views.
Many users believe that the discovery of hydrotrioxides could have significant implications for atmospheric science, indicating a strong perception of its importance.
New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROOOH) in @ScienceMagazine > https://t.co/anzX3jfGwf --> https://t.co/OcRQx7IhiM / @TROPOS_eu @H_Herrmann24 @koebenhavns_uni @UCPH_Research @CHEMUCPH @Caltech https://t.co/9aH4RZvbNy
New type of extremely reactive substance discovered in the #atmosphere @uni_copenhagen @sciencemagazine https://t.co/hFqtlmKvwV https://t.co/jMOhk6alfF
Good read #atmoschem @H_Herrmann24 @PaulOWennberg Hydrotrioxide (ROOOH) formation in the atmosphere https://t.co/HOe1UlpI3i
I am grateful to have been part of a great international collaboration! Our exciting new findings have been published today in Science. Hydrotrioxide (ROOOH) formation in the atmosphere https://t.co/UmGiSUp3fY
@ScienceMagazine paper out on #ROOOH hydrotrioxides by Torsten Berndt et al. of @TROPOS_eu #ACD with intern. team incl. @wennbergcaltech @koebenhavns_uni @UCPH_Research @CHEMUCPH Paper is here = https://t.co/hBc1WDXi7S #atmochem #oxidation #RO2 #OH https://t.co/ic9FMLN4Vf https://t.co/3gobERNcGt
Identifican en la atmósfera unas sustancias fuertemente oxidantes, los Hidrotrióxidos (ROOOH), que probablemente afectan tanto a la salud humana como al clima global, según estudio
Something alarming is occurring on our planet. Scientists have discovered concerning anomalies in the rainwater and atmosphere related to PFAS contamination, with levels often exceeding health advisory limits. Explore…
This video delves into the fascinating concept of quantum entanglement, explaining its significance in modern physics. Discover how entangled particles communicate instantaneously across distances and its implications…
@filipe_rafaeli https://t.co/o6kUOq9xkH Perfect timing (2022)
RT @penny_rage: Αλλά: Αυτό το άρθρο δεν αναφέρει καθόλου τα chemtrails. Ούτε στην αρχική μελέτη που δημοσιεύτηκε στο περιοδικό Science, ούτ…
Αλλά: Αυτό το άρθρο δεν αναφέρει καθόλου τα chemtrails. Ούτε στην αρχική μελέτη που δημοσιεύτηκε στο περιοδικό Science, ούτε σε αναφορές από τα εμπλεκόμενα ερευνητικά ινστιτούτα https://t.co/yLAeMk3373
Ainsi, l’étude vient apporter la confirmation de l’existence de ce composé dans l’atmosphère. [Pour explorer plus en avant le protocole expérimental, le matériel supplémentaire est en libre accès ici : https://t.co/kdk5FiNOyY] https://t.co/LFs3dZjg1H
Or, si la présence de peroxyde dans l’atmosphère avait déjà été prouvée, celle des hydrotrioxydes non. Une nouvelle étude scientifique, publiée le 26 mai dans Science et menée au département de chimie de l’université de Copenhague, a permis de le prouver:https://t.co/ABTKKTlCE4
Y a donc Ben de
Αλλά: Σε αυτό το άρθρο, τα chemtrails δεν αναφέρονται καθόλου. Ούτε στην αρχική μελέτη που δημοσιεύτηκε στο περιοδικό «Science» https://t.co/yLAeMk3373
@boldee101 @crbarnes001 HAHAHA!!! The article (that was widely misused and shared by conspiracy theorists on social media) is based on research by scientists at the University of Copenhagen, who were able to prove the existence of hydrotrioxides in the atmosphere. https://t.co/EAWxNNO7fD
@crbarnes001 What evidence are they "ignoring"? What should I be concerned specifically with from this research article concerning hydrotrioxides? What are your thoughts on their kinetic analysis confirmed rapid RO2 + OH reactions forming ROOOH? Thanks in advance. https://t.co/EAWxNNO7fD
“Hydrotrioxide (ROOOH) formation in the atmosphere” ⬇️ https://t.co/3LTupy1ZTf
Descubrimiento de un nuevo agente superoxidante en la atmósfera. ¿Qué opinan? https://t.co/5Dwn6Pzkyn https://t.co/8iXQGL4prX
@RT_com hydrotrioxide were thought to be too unstable to last long in the atmosphere, its discovery doesnt mean anything new happening but rather confirm the existence of ultra reactive chemicals in the atmosphere https://t.co/PGgsb6W5e5
Co mówią nam odciski prehistorycznych dłoni w hiszpańskiej jaskini? Czy w długich szyjach żyraf znajdują się mechanizmy obronne? I dlaczego samce myszy boja się bananów? #naukowo #nauka #podkast #ciekawostki #informacje https://t.co/XHuN6VQbHX
Ruhroo, Raggy Hydrotrioxide (ROOOH) formation in the atmosphere https://t.co/UOtWhnhTsQ
RT @EvaKjaergaard1: I am grateful to have been part of a great international collaboration! Our exciting new findings have been published t…
@garbs80 Hydrotrioxide. Helps if you read beyond the headline. You can read the full study by the University of Copenhagen in the journal Science https://t.co/kdzItxaq4r
@rjgfox @thecoastguy @heidiEC5 Correct. You can read the study for yourself here https://t.co/kdzItxaXTZ
link naar studie: https://t.co/OaZmZWAD9A https://t.co/dU2nbNugCG
Study link: Hydrotrioxide (ROOOH) formation in the atmosphere https://t.co/T4WDtniv7G
RT @TROPOS_eu: New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROO…
RT @TROPOS_eu: New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROO…
RT @FlorentLouis59: Good read #atmoschem @H_Herrmann24 @PaulOWennberg Hydrotrioxide (ROOOH) formation in the atmosphere https://t.co/HOe1…
RT @FlorentLouis59: Good read #atmoschem @H_Herrmann24 @PaulOWennberg Hydrotrioxide (ROOOH) formation in the atmosphere https://t.co/HOe1…
Good read #atmoschem @H_Herrmann24 @PaulOWennberg Hydrotrioxide (ROOOH) formation in the atmosphere https://t.co/HOe1UlpI3i
RT @TROPOS_eu: New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROO…
RT @cnewq5: @Dodlink @JamesMelville The Mail just copied it from scientific news sites. They in turn get it from actual research papers...…
RT @cnewq5: @Dodlink @JamesMelville The Mail just copied it from scientific news sites. They in turn get it from actual research papers...…
@Dodlink @JamesMelville The Mail just copied it from scientific news sites. They in turn get it from actual research papers... https://t.co/U8IdnyvpHk
@thecoastguy I think you can spell it in the singular. 1. They do exist 2. They are not 'new' https://t.co/4oHQ4nkkZq
It's Science you wouldn't understand https://t.co/XpcFPc1DSw https://t.co/wmBRbINIA4
Hydrotrioxide (ROOOH) formation in the atmosphere https://t.co/Kafh2uAmZL #nor論文 やべぇ化合物シリーズ、こわいなこれ
RT @TROPOS_eu: New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROO…
RT @Innov_Geosci:
RT @Troposfera: Identifican en la atmósfera unas sustancias fuertemente oxidantes, los Hidrotrióxidos (ROOOH), que probablemente afectan ta…
@iamshawnjones @TRHLofficial I found the original source DOI: 10.1126/science.abn6012
@TRHLofficial It’s hilarious how on one side you guys shit on scientists and their research, and on the other side, you guys trust anything ‘controversial’ they publish. If you’re going to link, at least link to the actual source. DOI: 10.1126/science.abn6012
RT @Innov_Geosci:
RT @Innov_Geosci:
RT @Innov_Geosci:
RT @Innov_Geosci:
Science #Hydrotrioxide (ROOOH) formation in the #atmosphere @uni_copenhagen @ScienceMagazine #atmosphericchemistry #DFT #abinitio https://t.co/93vah1SVND
RT @TROPOS_eu: New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROO…
They say the science is settled 20 years ago.. Yet we prove the existence of new atmospheric gasses today. #GlobalWarming #ClimateCrisis #climate #ClimateChange https://t.co/PzC4IupPSz
Ha. Don't tell the chemtrails loons about this. They'll lay a collective egg
RT @TROPOS_de: Neue Substanzklasse unter atmosphärischen Bedingungen nachgewiesen: Int. Team berichtet über stark oxdierende Hydrotrioxide…
https://t.co/gLtTREI1y9
RT @Troposfera: Identifican en la atmósfera unas sustancias fuertemente oxidantes, los Hidrotrióxidos (ROOOH), que probablemente afectan ta…
RT @TROPOS_eu: New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROO…
RT @Troposfera: Identifican en la atmósfera unas sustancias fuertemente oxidantes, los Hidrotrióxidos (ROOOH), que probablemente afectan ta…
RT @Troposfera: Identifican en la atmósfera unas sustancias fuertemente oxidantes, los Hidrotrióxidos (ROOOH), que probablemente afectan ta…
RT @Troposfera: Identifican en la atmósfera unas sustancias fuertemente oxidantes, los Hidrotrióxidos (ROOOH), que probablemente afectan ta…
I am grateful to have been part of a great international collaboration! Our exciting new findings have been published today in Science. Hydrotrioxide (ROOOH) formation in the atmosphere https://t.co/UmGiSUp3fY
https://t.co/cfLQQTnOEP
RT @JeremyFarrar: Hydrotrioxide (ROOOH) formation in the atmosphere. Not my area of knowlege but this instinctively feels important https…
Identifican en la atmósfera unas sustancias fuertemente oxidantes, los Hidrotrióxidos (ROOOH), que probablemente afectan tanto a la salud humana como al clima global, según estudio
Hydrotrioxide (ROOOH) formation in the atmosphere. Not my area of knowlege but this instinctively feels important https://t.co/5KtwYnFIqa
RT @TROPOS_eu: New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROO…
RT @TROPOS_eu: New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROO…
RT @H_Herrmann24: @ScienceMagazine paper out on #ROOOH hydrotrioxides by Torsten Berndt et al. of @TROPOS_eu #ACD with intern. team incl. @…
Hydrotrioxide (ROOOH) formation in the atmosphere https://t.co/PRkC4wFRex
[L’étude à découvrir] 26/05 > Formation d'hydrotrioxyde (ROOOH) dans l'atmosphère https://t.co/ezml5qdE89 via @ScienceMagazine #LaMethSci
RT @TROPOS_eu: New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROO…
RT @TROPOS_eu: New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROO…
ROOOH en la tmósfera del tercer planeta de nuestro sistema solar: https://t.co/9M0UqWCRwA Cf. https://t.co/kLhg3QY3zF https://t.co/HupPGT3dVj
RT @TROPOS_eu: New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROO…
RT @TROPOS_eu: New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROO…
RT @TROPOS_eu: New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROO…
RT @TROPOS_eu: New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROO…
New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROOOH) in @ScienceMagazine > https://doi.org/10.1126/science.abn6012 -->...
New class of #substances detected for #atmospheric conditions: Int. team reports on strongly oxidising #hydrotrioxides (#ROOOH) in @ScienceMagazine > https://t.co/anzX3jfGwf --> https://t.co/OcRQx7IhiM / @TROPOS_eu @H_Herrmann24 @koebenhavns_uni @UCPH_Research @CHEMUCPH @Caltech https://t.co/9aH4RZvbNy
Neue Substanzklasse unter atmosphärischen Bedingungen nachgewiesen: Int. Team berichtet über stark oxdierende Hydrotrioxide (#ROOOH) @ScienceMagazine > https://t.co/GMtJU2yrj9 -> https://t.co/aBRfotSOfb / @TROPOS_eu @H_Herrmann24 @koebenhavns_uni @UCPH_Research @CHEMUCPH @Caltech https://t.co/4F3yTNZwSO
Neue Substanzklasse unter atmosphärischen Bedingungen nachgewiesen: Int. Team berichtet über stark oxdierende Hydrotrioxide (#ROOOH) @ScienceMagazine > https://doi.org/10.1126/science.abn6012 ->...
#ScienceMag Hydrotrioxide (ROOOH) formation in the atmosphere https://t.co/galqqjB3s2 This work draws attention to an important class of strong oxidizing agents previously disregarded in atmospheric kinetics models. https://t.co/bQQwWE5XMo
RT @H_Herrmann24: @ScienceMagazine paper out on #ROOOH hydrotrioxides by Torsten Berndt et al. of @TROPOS_eu #ACD with intern. team incl. @…
@ScienceMagazine paper out on #ROOOH hydrotrioxides by Torsten Berndt et al. of @TROPOS_eu #ACD with intern. team incl. @wennbergcaltech @koebenhavns_uni @UCPH_Research @CHEMUCPH Paper is here = https://t.co/hBc1WDXi7S #atmochem #oxidation #RO2 #OH https://t.co/ic9FMLN4Vf https://t.co/3gobERNcGt
The importance of organo hydrotrioxides (ROOOH) in atmospheric chemistry #Science article here… https://t.co/hqE4sQoq4B #scitwitter https://t.co/fTMagKfgBF
RT @physorg_com: New type of extremely reactive substance discovered in the #atmosphere @uni_copenhagen @sciencemagazine https://t.co/hFqtl…
RT @physorg_com: New type of extremely reactive substance discovered in the #atmosphere @uni_copenhagen @sciencemagazine https://t.co/hFqtl…
RT @physorg_com: New type of extremely reactive substance discovered in the #atmosphere @uni_copenhagen @sciencemagazine https://t.co/hFqtl…
New type of extremely reactive substance discovered in the #atmosphere @uni_copenhagen @sciencemagazine https://t.co/hFqtlmKvwV https://t.co/jMOhk6alfF