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2021.07.08
To break the arithmetic bottleneck, big names gather in Shanghai to discuss quantum computing and photonic chips
The 2021 World Artificial Intelligence Conference was held on 8 July this year in a combined offline and online format. As the first optical quantum computing company in China, TuringQ held the "Quantum Computing and Photonic Chip Forum" for the first time at the World AI Conference,
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2021.05.29
TuringQ R&D Centre in the heart of Neo Bay
Recently, TuringQ officially signed a contract to locate its R&D centre in the Tamsui Riverside Science and Technology Park in the core area of Minhang NeoBay. Shanghai Jiao Tong University President Lin Zhongqin, Vice President Wang Weiming, Minhang District leaders Ni Yaoming,
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2021.05.07
TuringQ, China's First Optical Quantum Computing Company, Closes Angel Funding Round of Nearly 100 Million RMB
TuringQ, China's first optical quantum chip and optical quantum computer company, recently announced that it has completed an angel round of funding of nearly RMB 100 million, led by Legend Star and followed by CSC Shen Guang, Qianhai Fund, Yuanlai Capital and Xiaomiao Longcheng.
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2021.09.05
TuringQ: Towards the 'top' of optical quantum computing
On September 5, 《Wen Wei Po》launched a series of reports entitled "Shanghai: A Fertile Ground for Entrepreneurs" to tell the stories of entrepreneurs from all walks of life who have been working hard in Shanghai to cultivate the fertile ground and pursue their dreams
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2021.11.10
TuringQ completes Pre-A Round Financing of Several Hundred Million RMB, Planning First Domestic Photonic Chip Pilot Line
TuringQ, China's first optical quantum computing company, announced the completion of a Pre-A round of funding of several hundred million RMB, led by Junlian Capital, followed by SMIC Juyuan, Amber Capital and Jiaoda Han Yuan Fund, with Potential Capital acting as the exclusive financial advisor. This round of financing will be mainly used for the development and flow of programmable optical quantum chips, as well as the commercialization of quantum algorithms.
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