Industrials Aug 05, 2021 09:20 AM (GMT+8) · EqualOcean
Recently, Shenzhen potential technology announced the completion of tens of millions of dollars of round a financing. This round of financing is led by Hillhouse venture capital and followed by Jingwei China. This is also the third round of financing completed by Shenzhen potential technology in a year. Previously, Shenzhen potential technology has completed the pre-A round of financing led by Yuanjing capital and followed by Qingliu capital, and completed the angel round of financing led by Baidu venture capital, Weilie capital and Shengjing Jiacheng in July 2020. The important value and vast application space of artificial intelligence technology in solving microphysical problems, as well as the "Ai + molecular simulation" technology led by Shenzhen potential technology, are the reasons why Shenzhen potential technology has been continuously recognized by capital in a short time. It is reported that the funds raised by this deep potential technology financing will be used for "the construction of scientific computing platform represented by a new generation of molecular simulation platform, as well as the landing of relevant technologies in drug, material design and other scenarios." Zhang Linfeng, founder and chief scientist of Shenzhen potential technology, said, "scientific computing represented by molecular simulation is a new battlefield of AI. The innovation of relevant algorithms and computing power is calling for a new generation of infrastructure, giving birth to a new generation of collaboration mechanism, and will also provide new solutions to many industry problems. " The revolutionary new paradigm of "multi-scale modeling + Machine Learning + high-performance computing" initiated by Shenzhen potential technology has breakthrough realized the unity of accuracy and efficiency in multi-scale molecular simulation, and brought a very breakthrough computational simulation and design tool for the fields of drugs and materials.

This text is a result of machine translation.