地球，人間煉獄 CXXXVI (136th、136期) 0527 2021：
科學家認為，對牛津/阿斯利康和強生公司的Covid疫苗調整，可以完全停止其血塊反應難題。
FT.COM
They also believe the Oxford/AstraZeneca and Johnson & Johnson jabs could be tweaked to stop the reaction happening altogether.
“所有的努力和等待都白費了”：台灣疫情重創文化生活
近期的病例激增導致台灣文化生活停滯不前，迫使表演藝術中心、音樂廳和博物館關閉。台灣內外的表演者都在努力應對收入損失，以及大量演出被取消的情況。
纽约时报中文网
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スヴァンテ・アウグスト・アレニウス（アレーニウス、Svante August Arrhenius [ˌsvanːtə aˈɹeːniɵs], 1859年2月19日 - 1927年10月2日）は、スウェーデンの科学者で、物理学・化学の領域で活動した。物理化学の創始者の1人と ...
At the beginning of the 20th century, Svante Arrhenius was the most famous scientist in Sweden. Besides his scientific research, he wrote and held popular scientific lectures on topics such as cosmology and chemistry’s influence on modern society.
The research presented in his 1884 doctoral thesis (published on this day, 26 May) was the main basis for awarding him the 1903 Nobel Prize in Chemistry – however his thesis was almost not approved. His research on how molecules can be split into electrically charged ‘ions’ (a new chemical term during this time period) was very closely related both to chemistry and physics. The physicists at the university thought that his thesis was about chemistry and the chemists thought it was about physics.
But Arrhenius refused to be put off and continued his interdisciplinary research. During the 1890s he became interested in meteorology and geology, and made the discovery that he probably is most famous for today: an increase in the amount of carbon dioxide in the atmosphere leads to an increase in the average temperature.
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