A start-up called Diraq, originating from the same physics school that gave us Silicon Quantum Computing (SQC), is confident that it will beat its more well-known sibling to become the first company in Australia to develop a commercial quantum computer by 2028. Unlike SQC, which has faced delays and expects to have a commercially viable quantum computer by 2033, Diraq is making significant progress towards its goals.
Both Diraq and SQC are focusing on designing quantum computers that can be built using silicon chip technology, although this approach has been slower compared to other methods pursued by companies like Google and IBM. However, Diraq believes that the use of familiar fabrication methods will ultimately allow for faster scaling.
Diraq’s founder and CEO, Professor Andrew Dzurak, is confident in the company’s ability to meet its deadline and potentially even surpass it. He aims to create a basic quantum computer, capable of running a few algorithms, by 2028, which would have significant value in science-related industries.
What sets Diraq apart is its approach to building qubits, the building blocks of quantum computers. While SQC uses precise placement of phosphorous atoms in silicon lattice to create qubits, Diraq utilizes transistors similar to those found in conventional computers. This means that Diraq’s quantum chips can be manufactured using existing silicon chip factories, making the production process simpler.
Diraq has already achieved positive results in its Phase 1 milestone, which involves creating chips with one or two high-quality qubits using conventional fabs. The start-up recently received a delivery of chips made by an overseas fab partner, but specific details are yet to be announced.
With its unique approach and promising progress, Diraq is poised to be a major player in the quantum computing race. While SQC may have the backing of influential organizations, Diraq’s potential for faster development and commercial viability could give it a significant advantage in the future of quantum computing.
Frequently Asked Questions (FAQ) about Diraq and its Quantum Computing Development
1. What is Diraq?
Diraq is a start-up company based in Australia that aims to develop a commercial quantum computer using silicon chip technology.
2. How does Diraq differ from Silicon Quantum Computing (SQC)?
Diraq and SQC are both focused on designing quantum computers using silicon chip technology. However, Diraq’s approach involves using transistors similar to those found in conventional computers, while SQC uses precise placement of phosphorous atoms in silicon lattice. Diraq’s method allows for the use of existing silicon chip factories, simplifying the production process.
3. What is Diraq’s timeline for developing a commercial quantum computer?
Diraq aims to develop a basic quantum computer capable of running a few algorithms by 2028.
4. What is the current status of Diraq’s progress?
Diraq has already achieved positive results in its Phase 1 milestone, which involves creating chips with one or two high-quality qubits using conventional fabrication methods. Details about the specific chips made by an overseas fab partner are yet to be announced.
5. How does Diraq compare to other companies like Google and IBM?
Diraq’s approach using silicon chip technology has been slower compared to methods pursued by companies like Google and IBM. However, Diraq believes that the use of familiar fabrication methods will ultimately allow for faster scaling and commercial viability.
6. What is the potential advantage of Diraq’s approach?
Diraq’s utilization of transistors similar to those in conventional computers allows for the manufacturing of quantum chips in existing silicon chip factories. This simplifies the production process and has the potential to lead to faster development and commercial viability of their quantum computer.
Related Links:
1. Diraq Official Website
2. Silicon Quantum Computing Official Website
3. Google
4. IBM
The source of the article is from the blog macholevante.com