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ZEPTOOLS | From a non-stick pan to an industrial cutting tool, what exactly is the coating taking on for you?
When buying a pot, we often pay attention to what material the pot is made of. When buying a knife, we also pay attention to the hardness and performance of the steel. But what actually comes into contact with food or workpieces is often not the interior of the material, but the outermost surface layer.
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2026
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ZEPTOOLS | From the Big Screen to Microscopic Lithography — One Chip Does It All
When you walk into a cinema and face a screen over ten meters wide, few people stop to think: why is it that when the screen is blown up so large, you can barely see any trace of a pixelated "mosaic"?
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07
ZEPTOOLS | In-Situ Sample Holder: Equipping Transmission Electron Microscopes with a Pair of “Movable Hands”
If you’re familiar with transmission electron microscopy, you probably know that it can capture the microscopic world at the atomic scale with remarkable clarity. But what you may not realize is that for a long time, TEM could only image “static” samples—much like using a camera to take an ID photo of a nail: the image faithfully reflects whatever state the nail was in at the moment of exposure. When researchers want to observe what happens when that nail is heated, stretched, or subjected to an electric current, they typically have to rely on comparing before-and-after images to infer the intermediate processes. This approach is akin to watching a movie but being able to see only the beginning and the end.
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ZEPTOOLS | Does the microscopic world lack a temporal direction? Unveiling how quantum materials defy the “arrow of time”
Many people have an intuitive sense that time seems to flow only forward. Hot water cools down gradually, a broken cup does not reassemble itself, and the scent of perfume that has diffused into the air is unlikely to gather back into the bottle. We experience this “irreversibility” almost every day—time is like an arrow that can only fly in one direction, rarely turning back. Yet, intriguingly, in modern physics, many of the most fundamental laws of motion do not strictly distinguish between the forward and backward directions of time.
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05
Don’t be fooled by your eyes anymore! The smoothness you feel might all be an “illusion.”
When many people first encounter a scanning electron microscope, they almost instinctively feel a sense of surprise. A piece of metal that looks very smooth to the naked eye can resemble a wind-eroded canyon under the microscope. A piece of mirror-like glass is covered with tiny grooves at high magnification. Even a human hair, rather than being uniformly smooth as imagined, is covered with layered, scale-like structures.
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ZEPTOOLS Technology | Breaking the Black Box—The Modular Revolution in Desktop Electron Microscopy as Seen Through NanoMi
For a long time, the electron microscope has been regarded as the jewel in the crown of precision instruments. However, its enormous size, high cost, and complex maintenance requirements have made it a “black box” that deters most ordinary laboratories from adopting it. Yet, with the rise of the open-source hardware movement and advances in micro- and nano-fabrication technologies, a “desktop revolution” in electron microscopy is quietly underway. Drawing on the open-source electron-microscopy project NanoMi as a technical blueprint, this article delves deeply into the modular design philosophy of electron optics and explores the ongoing debate between electrostatic lenses and magnetic lenses.
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