Nanotechnology

47 articles with this tag

How Cell-Free Biomanufacturing Works—No Cells Required Science

How Cell-Free Biomanufacturing Works—No Cells Required

Cell-free biomanufacturing produces proteins, vaccines, and chemicals using cellular machinery extracted from disrupted cells—no living organisms need...

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How Piezoelectric Materials Work—and Why They're Everywhere Science

How Piezoelectric Materials Work—and Why They're Everywhere

Piezoelectric materials generate electricity when squeezed and change shape when electrified. From quartz watches to medical ultrasound and next-gener...

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How Atoms Could Detect Gravitational Waves Science

How Atoms Could Detect Gravitational Waves

Scientists propose a radical new method to sense gravitational waves by tracking how they shift the light atoms emit, potentially shrinking detectors...

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How Memristors Work—and Why They Could Transform AI Technology

How Memristors Work—and Why They Could Transform AI

Memristors are the long-theorized fourth fundamental circuit element that can store data and compute simultaneously. A recent breakthrough in extreme-...

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How De Novo Protein Design Works—and Why It Matters Science

How De Novo Protein Design Works—and Why It Matters

Scientists can now design entirely new proteins from scratch using AI tools like RFdiffusion, opening doors to custom medicines, enzymes, and material...

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What Are Quasicrystals and Why They Broke Science Science

What Are Quasicrystals and Why They Broke Science

Quasicrystals are materials with atoms arranged in ordered but never-repeating patterns, defying the rules of classical crystallography. From a ridicu...

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How Lab-Grown Organs Work—and Why Medicine Needs Them Science

How Lab-Grown Organs Work—and Why Medicine Needs Them

Tissue engineering combines scaffolds, living cells, and bioprinting to build replacement organs in the lab, offering hope for the more than 100,000 p...

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How EUV Lithography Works—and Why One Company Controls It Technology

How EUV Lithography Works—and Why One Company Controls It

Extreme ultraviolet lithography uses plasma hotter than the sun to print the world's most advanced chips, and only one company on Earth can build the...

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How the Migdal Effect Works—and Why It Hunts Dark Matter Science

How the Migdal Effect Works—and Why It Hunts Dark Matter

The Migdal effect is a quantum phenomenon where a recoiling atomic nucleus ejects an electron, amplifying faint signals that could reveal lightweight...

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How DNA Nanorobots Work—and Why Medicine Wants Them Science

How DNA Nanorobots Work—and Why Medicine Wants Them

DNA nanorobots are tiny programmable machines built from folded DNA strands that can deliver drugs, detect disease, and operate autonomously inside th...

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How Quantum Batteries Work—and Why They Charge Faster Science

How Quantum Batteries Work—and Why They Charge Faster

Quantum batteries use superposition and entanglement to store energy, and counterintuitively charge faster as they grow larger. Here's how the technol...

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How Mu2e Hunts for Physics Beyond the Standard Model Science

How Mu2e Hunts for Physics Beyond the Standard Model

Fermilab's Mu2e experiment aims to catch a muon converting into an electron without emitting neutrinos—a process forbidden by the Standard Model that...

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