无间道二

新华社洛杉矶9月12日电（记者谭晶晶）美国蓝色起源公司的“新谢泼德”飞行器12日进行不载人太空试飞，火箭在发射后出现故障并坠毁，没有造成人员伤亡。这次试飞在蓝色起源公司位于美国得克萨斯州西部的一处发射场进行。

B |     India aims to achieve $300 billion in electronic manufacturing in the next three-four years, Prime Minister Narendra Modi said on Monday.,Modi announced a series of measures to boost the country’s digital India mission, aiming to curb dependency on imports of electronic goods.,He announced the first cohort of 30 institutions to be supported under the Chips to Startup (C2S) program to train a specialized workforce in the area of designing semiconductor chips.,“India wants to become a chip maker from a chip taker. Investment is rapidly increasing in India to increase production of semiconductors,” Modi added.,Western Investors Set to Return to India, EMEs as Expert Predicts 'Multiple Recessions' in US, EUYesterday, 16:14 GMT,Last December, the government formulated a $10 billion incentive plan following COVID-induced supply disruption, which exposed the vulnerability of India’s manufacturing sector. India imports 100 percent of its semiconductors.,Last month, India’s Ministry of Electronics and Manufacturing said that Belgium-based IMEC, a renowned intermediate research organization in the world of semiconductor fabs, has agreed to provide technical support to set up the semiconductor ecosystem in the country.,On 23 June, Foxconn chairman Young Liu visited New Delhi, discussing its planned investment of $13.6 billion with Vedanta Group for chip manufacturing in India.,Vedanta expects $3-3.5 billion in total turnover from the joint venture, including exports from one-third of their chip manufacturing in the country.,The Indian government expects that at least 50-60 design companies will start developing products in the next 2-3 years.。该公司在网站上介绍说，火箭在发射后不久出现故障，太空舱逃生系统成功启动，将没有载人的太空舱与火箭分离。随后火箭坠毁于地面，太空舱打开降落伞落回地面，没有人员伤亡。据介绍，蓝色起源公司自2012年起对“新谢泼德”飞行器及其安全系统进行飞行测试，这是“新谢泼德”飞行器第23次太空试飞。“新谢泼德”飞行器的设计目标是将宇航员和科研载荷送入太空，其飞行高度可达约107千米，超过距地表约100千米的“卡门线”，这是国际航天界定义的地球大气层与太空的边界。蓝色起源公司表示，在此次试飞前，“新谢泼德”飞行器已连续成功完成22次飞行测试，其中包括3次逃生测试，表明飞船的逃生系统能够在飞行任何阶段安全启动。