ShanghaiTech University

ShanghaiTech University

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Small-scale research university based in Zhangjiang Hi-Tech Park in Shanghai, China

Photos from ShanghaiTech University's post 31/01/2024

Exciting opportunity to join ShanghaiTech University with the support of Excellent Young Scientists Fund (Overseas) for year 2024: successful applicants are entitled of a state-funded funding of 1 to 3 million CNY for 3 years and attractive compensation packages.

https://www.shanghaitech.edu.cn/eng/2024/0129/c8013a1088008/page.htm

16/01/2024

A ShanghaiTech University team created a deep photonic reservoir computer for the nonlinear impairment of optic fibers - https://ow.ly/js9u50QoLTm

With artificial intelligence relying heavily on deep neural networks, the computer is promising for boosting energy efficiency while reducing computation latency, requiring no optical-to-electrical conversion or analog-to-digital conversion.

Pictured: Application of the deep reservoir computer in nonlinear signal equalizer

ICTP Prize Announced
 | ICTP 25/12/2023

ICTP Prize Announced
 | ICTP Every year, the ICTP Prize is awarded to young researchers coming from, and working in, developing countries, recognising the originality and importance of their contributions to physics.

Photos from iHealthtech NUS's post 27/11/2023
20/10/2023

Our 2nd techIES International Session on biomed, BME & intelligent healthcare now opens for registration!
It's a pitch competition for entrepreneurial talents to connect with investors, mentors, industry leaders, and many more.
https://bit.ly/3SaLqr9
Submit to win an award upto 50k CNY!

04/09/2023
Progress made in the improvement of integration density of photonic chips 29/07/2023

Recently, a research group led by Assistant Professor Zou Yi in SIST experimentally demonstrated the half-wavelength pitched dense waveguide arrays with low-crosstalk and broadband by introducing an artificial gauge field (AGF). Leveraging the AGF-induced additional phases, they significantly suppressed the crosstalk inside the half-wavelength pitched waveguide arrays to -30 dB, and achieved broadband and low insertion loss simultaneously. The experimental results showed a minimum crosstalk of 100 nm bandwidth for the crosstalk lower than -25 dB, respectively. Such bent waveguide arrays enable both broadband crosstalk suppression and on-chip flexible routing.

Progress made in the improvement of integration density of photonic chips Waveguide array is one of the fundamental building blocks for integrated photonics, a branch of study that examines the ability of integrated devices on a single chip to achieve faster and more efficient transmission and processing of information. A dense waveguide array could enable a high-density....

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Location

Address

393 Middle Huaxia Road
Shanghai
201210