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Smart contact lenses for point-of-care eye health monitoring: CAS Shenzhen Institutes of Advanced Technologies

The group of DU Xuemin has developed a contact lense made from a poly(2-hydroxyethyl methacrylate) (pHEMA) hydrogel matrix which features periodic nanostructures, resulting in bright, tunable structural colors ranging from red to green to blue. The spacing of periodic nanostructures within the pHEMA hydrogel are sensitive to changes in moisture and pressure, leading to real-time color changes. Based on these features, the ‘smart’ contact lens can monitor xerophthalmia and high intraocular pressure. Under normal conditions, its color will not change over time, while its color changes from red to blue in the xerophthalmia-simulation condition in about 25 minutes. In addition, a linear decrease in the wavelength of the reflectance peak of the “smart”  contact lens is observed when human intraocular pressure changes in the pathological range.  

CAS news release, February 19, 2020 

© DU Xuemin

FAST radiotelescope in Guiyang officially in operation

The Five-hundred-meter Aperture Spherical radio Telescope (FAST), a single-dish telescope with a diameter of half a kilometer and a receiving area equivalent to about 30 football fields, was officially taken in operation. It is located in a naturally deep and round...

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Structure of African swine fever virus elucidated

RAO Zihe and WANG Xiangxi from the CAS Institute of Biophysics and BU Zhigao from the CAS Harbin Veterinary Research Institute have determined the structure of the African swine fever virus (ASFV) at a resolution of 4.1-angstroms, using an optimized image...

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Graphene nanostructures provide path to quantum materials

GAO Hongjun and colleagues from CAS Institute of Physics have achieved atomically precise folding of graphene nanostructures through STM tip-induced manipulation technology. They were able to fold graphene nanoislands in an arbitrarily chosen direction,...

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