A new type of superresolution for exploring cell division

A new way to see details smaller than half the wavelength of light has revealed how nanoscale scaffolding inside cells bridges to the macroscale during cell division. Unlike earlier superresolution techniques, the one developed ...

Disconnection, not teens' screen time, is the problem

While many parents and caregivers believe teens spend too much time on smartphones, video games and social media, a Michigan State University researcher says not to worry about screen time.

Disliking music: What's the point?

So, a metal head shows up at a techno party... pretty unlikely, right? Right. Disliking certain kinds of music is just as constitutive of personal taste as is liking other kinds; and because it influences music-related behavior, ...

Organic porous structures on 2-D defect networks

NUS scientists have developed a method for self-assembly of hexagonal organic porous structures on molybdenum diselenide (MoSe2) film to create ordered nanostructures.

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