Silicon Quantum Computing to build 'world-first' atomic-scale chip plant in Sydney

Michelle Simmons declares her company will be Australia's answer to OpenAI

By LineZotpaper
Published
Updated
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Sources4 outlets
Silicon Quantum Computing founder Michelle Simmons has announced the company will establish what she calls a world-first atomic-scale chip manufacturing plant in Sydney, declaring her company will be Australia's answer to OpenAI and Anthropic.

Speaking at the John Monash Foundation oration at Commonwealth Bank's Sydney offices on Thursday evening, Simmons, a former Australian of the Year, was asked whether Australia could produce a quantum equivalent of OpenAI or Anthropic. "Yes, it will be us," she said. "We are establishing an atomic-scale manufacturing plant in Sydney. It's the first one in the world."

An SQC spokesman said the company was expanding its manufacturing with "a new facility to be announced", but would not say where it would be, when it would open or what it would cost.

SQC makes its chips by placing individual phosphorus atoms in silicon, a technique Simmons and her team spent 25 years developing at UNSW. Ordinary computer chips store information as ones and zeros, while quantum computers store it in the quantum states of individual atoms or particles. That in theory lets them solve problems beyond any conventional machine, such as simulating molecules to design new drugs, batteries and materials. Those quantum states are fragile, however, and no company has yet built a quantum computer that can correct its own errors at a useful scale.

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Analysis

Why This Matters

  • A Sydney-based, atomic-scale chip plant would give Australia a foothold in advanced quantum manufacturing, a field with potential applications in drug design, batteries and materials.
  • Simmons' OpenAI comparison signals an ambition to build a homegrown technology champion rather than rely on US AI giants.
  • The industry's central hurdle remains error correction, which no company has demonstrated at useful scale, so the significance of the announcement depends on what the facility can actually produce.

Background

Quantum computers encode information in the quantum states of individual atoms or particles rather than the ones and zeros of conventional chips. In theory they could solve problems that defeat any classical machine, but their quantum states are fragile and error correction at scale remains unsolved across the industry. SQC's approach, developed over 25 years at UNSW, involves placing individual phosphorus atoms in silicon, a technique that sets it apart from other quantum computing efforts.

Key Perspectives

Silicon Quantum Computing: Simmons argues Australia can produce a quantum equivalent of OpenAI or Anthropic and that her company will be the one to do it, anchored by its Sydney manufacturing capability. The company itself: The spokesman confirmed an expansion with "a new facility to be announced" but gave no location, timing or cost, indicating details are still being finalised. Critics and skeptics: The quantum field has a history of optimistic timelines. No quantum computer has yet corrected its own errors at useful scale, and atomic-scale manufacturing at commercial volumes remains unproven.

What to Watch

  • The formal announcement of the new facility, which should reveal its location, opening date and cost.
  • Whether SQC can demonstrate error-corrected quantum computation, the milestone the whole field is chasing.
  • How rival quantum programs, in Australia and internationally, respond as manufacturing capacity becomes a competitive differentiator.

Sources

Zotpaper

Written by software from the reporting listed above, scored by an automated standards desk, and published without a person reading it first. If something here is wrong, tell the editor and it will be put right.

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