Three years after it was first announced, the Centre is set to launch the National Quantum<\/a> Mission - one of the few deep technology scientific missions to be taken up by India. This mission will put India into the big league of new technology. There is, however, a considerable catching up to do. 中国是唯一致力于先进的量子技术的发展中国家。中国在2008年走进比赛和拥有高端量子科技卫星功能和超级电脑。印度已经三年整合其任务计划,将扩展它的挑战涉及私营部门,这是关键的全球玩家在量子研发和应用程序。 三年之后,首次宣布,该中心将启动全国量子使命——为数不多的深度技术科学任务是由印度。这个任务将印度大联盟的新技术。然而,一个相当大的迎头赶上。
So far, advanced quantum computing<\/a> has been attempted only by a handful of developed nations, such as the US, Germany, France and Japan.
China is the only developing nation to be working on advanced quantum technology. China stepped into the race in 2008 and boasts of high-end quantum tech-based satellite capabilities and super computers.
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India has taken three years to finetune its mission plan and will have the challenges of scaling it up by involving the private sector, which are key global players on quantum R&D and applications.
Top global firms, such as Google<\/a>, Microsoft<\/a> and IBM<\/a>, are already running quantum R&D programmes and many Indian start-ups have also come into the field.
An overarching national policy<\/a> framework is, however, missing. ET gathers that the mission is lined up for the Union Cabinet<\/a>'s approval, which is expected very soon.
It is envisaged that India's mission will have four verticals: quantum computing, quantum communication, quantum sensors and metrology, and quantum materials and devices.
Quantum capabilities are identified as a key frontier for new technology development across a large spectrum - from routine functioning of business firms to national security applications. It is of immense strategic significance given its applications in cryptography, communications and prediction assessments, officials in the know told ET.
The mission will be steered by Department of Science and Technology<\/a> (DST) and will have close engagement with Department of Atomic Energy<\/a>, Department of Space, Defence Research and Development Organisation, telecom as well as top educational institutes, it is gathered.
The PM's Science, Technology and Innovation Advisory Council had said that building excellence in the space is 'essential for national security and the development of quantum computers, quantum chemistry, quantum communication, new materials, quantum sensors and quantum cryptography'.
The 2020 budget had promised a ₹8,000 crore allocation for the mission, with 21 hubs and four research parks. DST has also set up a quantum-enabled science and technology research program to boost research in the field.
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印度的深度技术科学任务量子跃迁的所有东西都准备好了
到目前为止,先进量子计算一直尝试只有少数发达国家,如美国、德国、法国和日本。
中国是唯一致力于先进的量子技术的发展中国家。中国在2008年走进比赛和拥有高端量子科技卫星功能和超级电脑。
印度已经三年整合其任务计划,将扩展它的挑战涉及私营部门,这是关键的全球玩家在量子研发和应用程序。
全球最大的公司,比如谷歌,微软和IBM,已经运行量子研发项目和许多印度企业也来到现场。
一个包罗万象的国家政策然而,框架是失踪。等收集的使命是排队联合内阁的批准,预计很快。
预计印度的使命将会有四个方面:量子计算、量子通信、量子传感器和计量,和量子材料和设备。
量子功能被确定为一个关键新技术发展前沿在大型光谱——从日常业务公司国家安全应用程序的功能。巨大的战略意义在密码学中的应用,通信和预测评估,官员知道告诉等。
这项任务将被引导科学和技术(DST)并将密切参与原子能部部门的空间,国防研究与发展组织,电信以及顶尖教育机构,它是聚集。
下午的科学、技术和创新咨询委员会曾表示,在空间建立卓越的必不可少的国家安全和量子计算机的发展,量子化学,量子通信、新材料、量子传感器和量子密码的。
2020年的预算承诺₹8000卢比的分配的任务,与21中心和四个研究公园。DST也设立了一个quantum-enabled科学技术研究项目,促进该领域的研究。
Three years after it was first announced, the Centre is set to launch the National Quantum<\/a> Mission - one of the few deep technology scientific missions to be taken up by India. This mission will put India into the big league of new technology. There is, however, a considerable catching up to do.
So far, advanced quantum computing<\/a> has been attempted only by a handful of developed nations, such as the US, Germany, France and Japan.
China is the only developing nation to be working on advanced quantum technology. China stepped into the race in 2008 and boasts of high-end quantum tech-based satellite capabilities and super computers.
India has taken three years to finetune its mission plan and will have the challenges of scaling it up by involving the private sector, which are key global players on quantum R&D and applications.
Top global firms, such as Google<\/a>, Microsoft<\/a> and IBM<\/a>, are already running quantum R&D programmes and many Indian start-ups have also come into the field.
An overarching national policy<\/a> framework is, however, missing. ET gathers that the mission is lined up for the Union Cabinet<\/a>'s approval, which is expected very soon.
It is envisaged that India's mission will have four verticals: quantum computing, quantum communication, quantum sensors and metrology, and quantum materials and devices.
Quantum capabilities are identified as a key frontier for new technology development across a large spectrum - from routine functioning of business firms to national security applications. It is of immense strategic significance given its applications in cryptography, communications and prediction assessments, officials in the know told ET.
The mission will be steered by Department of Science and Technology<\/a> (DST) and will have close engagement with Department of Atomic Energy<\/a>, Department of Space, Defence Research and Development Organisation, telecom as well as top educational institutes, it is gathered.
The PM's Science, Technology and Innovation Advisory Council had said that building excellence in the space is 'essential for national security and the development of quantum computers, quantum chemistry, quantum communication, new materials, quantum sensors and quantum cryptography'.
The 2020 budget had promised a ₹8,000 crore allocation for the mission, with 21 hubs and four research parks. DST has also set up a quantum-enabled science and technology research program to boost research in the field.
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