宗教狂热分子

游行 9, 2018

印尼宗教战争的危险迫在眉睫

宗教狂热分子继续袭击在印尼宗教场所. 该国的自豪宗教宽容是岌岌可危.

The coronavirus pandemic continues to kill thousands per day and wreak havoc on the global economy. The longer the outbreak lasts, the more people’s willingness to adhere to restrictions dwindles and the need for accurate testing, effective treatment and reliable vaccines grows. 令人鼓舞, 有周围 150 项目 focused on developing vaccines for the novel coronavirus. Eight of them are already testing on humans. “过度 100 candidate vaccines are trying to defeat 29 microscopic proteins,” pinpointed Helen Ramscar, associate fellow of the Royal United Services Institute (RUSI). In Singapore and Vietnam, high-profile collaborations show promise 在新加坡, there are several ongoing efforts, 包含 a joint venture between the Singapore-MIT Alliance for Research and Technology (SMART), 新加坡南洋理工大学 (NTU) and the US’s Massachusetts Institute of Technology (WITH). Their goal is to develop fast, non-invasive and accurate diagnostic tests which deliver results in as little as 10 分钟. “Collaborations with NTU, MIT and amongst the five IRGs (Interdisciplinary Research Groups) within SMART have allowed us to tap on the wide range of disciplines and expertise required to develop the tests in a short amount of time,” explained SMART principal investigator Hadley Sikes

The coronavirus pandemic continues to kill thousands per day and wreak havoc on the global economy. The longer the outbreak lasts, the more people’s willingness to adhere to restrictions dwindles and the need for accurate testing, effective treatment and reliable vaccines grows. 令人鼓舞, 有周围 150 项目 focused on developing vaccines for the novel coronavirus. Eight of them are already testing on humans. “过度 100 candidate vaccines are trying to defeat 29 microscopic proteins,” pinpointed Helen Ramscar, associate fellow of the Royal United Services Institute (RUSI). In Singapore and Vietnam, high-profile collaborations show promise 在新加坡, there are several ongoing efforts, 包含 a joint venture between the Singapore-MIT Alliance for Research and Technology (SMART), 新加坡南洋理工大学 (NTU) and the US’s Massachusetts Institute of Technology (WITH). Their goal is to develop fast, non-invasive and accurate diagnostic tests which deliver results in as little as 10 分钟. “Collaborations with NTU, MIT and amongst the five IRGs (Interdisciplinary Research Groups) within SMART have allowed us to tap on the wide range of disciplines and expertise required to develop the tests in a short amount of time,” explained SMART principal investigator Hadley Sikes