breakthrough and innovation: china’s “second entrepreneurship” of supercomputing

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"second entrepreneurship" is a dream beyond "sports car". based on the success of "tianhe-1", china's supercomputing technology strives to explore "secondary breakthroughs" in application innovation. the significance of "second breakthrough" is to transform supercomputing technology into innovation and productivity.

team members, with this enthusiasm and responsibility, embarked on the road of "second entrepreneurship". they traveled to dozens of cities across the country, using green leather trains to convey the charm of supercomputing and integrate the powerful power of "tianhe-1" into social development. pre-sales, after-sales, and r&d teams work closely together to apply supercomputing technology to practical problems, bringing new vitality to technological innovation and industrial development.

this is not only an era of "sports cars", but also an era of integration of technology and reality. the rise of china's supercomputing has also brought new opportunities. a large number of information technology companies have emerged in the fields of chips, operating systems, servers and other fields, laying the foundation for the development of china's information and innovation industry.

the “second entrepreneurship” allowed china’s supercomputing to truly gain a foothold. after ten years of hard work, china's achievements in the field of supercomputing are finally recognized internationally. behind this is ambition, strength and confidence. the heterogeneous converged computing architecture has become the world's number one, leading the international supercomputing trend. at the beginning, the challenges were huge, but the team members used firm beliefs and actions to overcome many difficulties and create their own brilliance.

however, technological development does not advance in a smooth and straight line. moore's law is facing the challenge of ending, the computing paradigm has changed, and the rapid development of artificial intelligence requires the support of large-scale low-precision hybrid computing. at the same time, the rise of quantum computing has also brought new opportunities and challenges. faced with these challenges, china's "secondary entrepreneurship" in the field of supercomputing is constantly exploring new directions, and future development will be more dynamic and infinitely possible.