How Majorana Fermions Shield Quantum Data
Chapter 1

Entering the nano-quantum realm

Chapter 2

Building with atomic lego bricks

Chapter 3

The quantum engine at work

Chapter 4

Changing the world, one atom at a time

Ch 2 · Building with atomic lego bricks
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007skaty Electron-beam lithography creates the microscopic circuits needed for quantum computing

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Drawing chips with electron beams

007skaty Because regular light wavelengths are too wide, engineers shoot focused electron streams onto silicon wafers to carve nanometer-wide channels.

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Quiz

What does electron-beam lithography use instead of light to print nanoscale circuit designs?

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Quiz

Why can't engineers use standard visible light to manufacture nanoscale quantum computing chips?

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True precision is achieved not by erasing imperfections, but by isolating them.

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How to trap ions in mid-air

007skaty Single ytterbium or calcium ions serve as the physical qubits for quantum calculations.

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Quiz

Which element's charged atoms are frequently used by researchers to build trapped-ion qubits?

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Quiz

How do scientists keep trapped ions suspended in place inside a quantum computer?

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Fun Fact

Diamond computing power: The microscopic flaws that make diamonds useless for jewelry are exactly what make them perfect for building ultra-sensitive quantum sensors.

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007skaty The microscopic flaws that turn diamonds into quantum computers

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Pocket Prism Pal
BETA

007skaty Align pocket prisms to discover how quantum computers process information.

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Quiz

What unique advantage do diamond nitrogen-vacancy qubits have over superconducting qubits?

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Quiz

What is the name of the diamond defect that traps a single electron spin for quantum sensing and computing?

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Gossip

If you built a quantum chip, which material sounds coolest?

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007skaty Majorana fermions shield fragile quantum data from external noise

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007skaty Majorana Fermion Quantum Protection

Two far points protect the state (oh-oh) / Local noise can't change the fate (no-oh)

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Quiz

Which hypothetical quasiparticle is the key building block for creating topological qubits?

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Quiz

How do topological qubits protect stored quantum information from environmental noise?

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