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Your work performance could suffer after recovery from Covid-19 - Vimarsana News

Your work performance could suffer after recovery from Covid-19

Results of a recent study indicate that Covid-19 infection can have practical implications for employees' performance.

Source: news24.com
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Using Atomic Force Microscopy for Geology Characterization - Vimarsana News

Using Atomic Force Microscopy for Geology Characterization

Compatibility with a diverse range of material types has made atomic force microscopy a very popular technique in materials science. Recently, atomic force microscopy has become increasingly popular for geological characterization applications.

Tall el-Hammam cosmic impact paper survives latest #Pebblegate anti-science attack -- Science & Technology -- Sott.net - Vimarsana News

Tall el-Hammam cosmic impact paper survives latest #Pebblegate anti-science attack -- Science & Technology -- Sott.net

The Bunch et al. paper concerning the biblical city of Tall el-Hammam and co-authored by the Tusk has proven a dramatic publication. Arguably the most popular scientific journal article on earth, the paper has by turns been reported to millions;...

Source: sott.net
CVD Graphene's Hydrophilicity and Exploration on Possibilities for CVD Graphene-Based Bio Applications - Vimarsana News

CVD Graphene's Hydrophilicity and Exploration on Possibilities for CVD Graphene-Based Bio Applications

Chemical vapor deposition (CVD) technology has increased the commercialization and industrialization of CVD graphene-based applications such as biosensing, ion sieving, and supporting membrane for transmission electron microscopy (TEM) imaging.

In-situ Twistable Bilayer Graphene Shows Promise for Magic-Angle - Vimarsana News

In-situ Twistable Bilayer Graphene Shows Promise for Magic-Angle

In a recent study published in the open-access journal Science Reports, researchers analyzed the effect of twist angle on optical and electrical properties of twisted bilayer graphene (tBLG). They fabricated in situ tBLG with twist angles that can be continuously tuned over a wide range with high precision. This finding opens a new path for the applicability of twistronic devices.

Source: azom.com