Ren-Jie Lin

@RenJieLin2

Joined June 2020

1 Following

8 Followers

1 Posts

Ren-Jie Lin @RenJieLin2

about 6 years ago

In this work, we demonstrate the design of an ultrathin temperature-tunable metalens. The focal length of metalens can be linearly shifted as increasing temperature. #POM20ju @PhotonicsMeetup @lnet_epfl

RenJieLin2's tweet photo. In this work, we demonstrate the design of an ultrathin temperature-tunable metalens. The focal length of metalens can be linearly shifted as increasing temperature.
#POM20ju @PhotonicsMeetup @lnet_epfl https://t.co/0ZO3bADGJX

RenJieLin2's tweet photo. In this work, we demonstrate the design of an ultrathin temperature-tunable metalens. The focal length of metalens can be linearly shifted as increasing temperature.
#POM20ju @PhotonicsMeetup @lnet_epfl https://t.co/0ZO3bADGJX

RenJieLin2's tweet photo. In this work, we demonstrate the design of an ultrathin temperature-tunable metalens. The focal length of metalens can be linearly shifted as increasing temperature.
#POM20ju @PhotonicsMeetup @lnet_epfl https://t.co/0ZO3bADGJX

RenJieLin2's tweet photo. In this work, we demonstrate the design of an ultrathin temperature-tunable metalens. The focal length of metalens can be linearly shifted as increasing temperature.
#POM20ju @PhotonicsMeetup @lnet_epfl https://t.co/0ZO3bADGJX

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