Rigetti Announces Launch Of Ankaa 3 Quantum Computer
Rigetti Computing Launches 84-Qubit Ankaa 3 System with 99.5% Median Two-Qubit Gate Fidelity. Rigetti tops the market with its revolutionary hardware revamp that boosts performance, scalability, and authenticity.
Features
Better Qubit Integrity
The median two-qubit gate integrity of 99.5% in Ankaa 3 cuts error rates in half compared to previous systems. Its median fidelity for fSim gates is 99.5% and for iSWAP gates is 99.0%, which is crucial for complex quantum algorithms like random circuit sampling.
Innovational Cryogenic Architecture
A novel cryogenic hardware design reduces metal content at the refrigerator's coldest point. This innovation improves heat management, magnetic/environmental shielding, qubit cost, and system performance.
Improved Qubit Chip
Rigetti redesigned its qubit for coherence. In collaboration with Fermilab-led SQMS, a new metal deposition approach for qubit circuitry resulted in increased T₁ baseline and longer qubit lifetimes. The circuit configuration was designed to reduce qubit losses.
Josephson Junctions ABAA Method
Rigetti's Alternating-Bias Assisted Annealing (ABAA) technique creates Josephson junctions in the Ankaa 3 chip. This method increases two-qubit gate performance and yield by accurately targeting qubit frequency, increasing fidelity.
Scalable architecture
Ankaa-3 retains Rigetti's scalable chip design with 3D signal transmission. This design supports the integration of many qubit devices, making larger quantum systems easier to create. Rigetti plans to release a system with more than 100 qubits by the end of 2025 and a 36-qubit system constructed on four 9-qubit chips tiled together by the middle of 2025 to reduce mistake rates by twofold.
Meaning of Ankaa 3
It Errs Less:
Ankaa 3 is more accurate than previous systems.
Quantum computations with fewer errors are essential for addressing difficult problems.
It Helps Solve Bigger Issues:
Its power (84 qubits) lets it do more demanding tasks.
This helps Artificial intelligence, finance, climate research, and medicine.
A Big Step Forward:
Researchers aim to build computers that outperform supercomputers.
With Ankaa-3, we're approaching quantum advantage.
Smarter Construction:
Future expansion is easier and more efficient with the design. Like Lego parts that can be connected to make a bigger object.
Keeps Cool and Saves Energy:
Superior cooling systems make Ankaa 3 cheaper to operate.
This is important because quantum computers operate at very low temperatures.
See also Norma, Rigetti 84-Qubit Quantum Cloud Service to South Korea
More People Can Use It:
Ankaa-3 works without a quantum computer.
It is available online to researchers and enterprises globally via cloud platforms like Microsoft Azure and Amazon Braket.
It uses better technology:
Rigetti built the system's primary parts in an innovative way.
The machine is more reliable and easier to build.
Component of a Bigger Scheme:
Rigetti wants more advanced and expansive systems.
From Ankaa 3, they plan to build systems with over 100 qubits.
Briefly:
Ankaa-3 is faster, smarter, and precise.
Researchers and developers can use quantum computers better.
It's a big step towards powerful computers that can tackle real-world problems.
Prospects and availability
Partner access to Ankaa-3 is via Rigetti Quantum Cloud Services (QCS). It is scheduled to be available on Microsoft Azure and Amazon Braket in the first quarter of 2025, expanded to researchers and developers worldwide.
With no debt and $225 million in cash, cash equivalents, and available-for-sale investments, Rigetti is well-positioned to advance quantum computing. To achieve fault-tolerant quantum computing, the company is enhancing system performance and scalability.
In conclusion
The 84-qubit Ankaa 3 system by Rigetti is a turning point in the quest for scalable and usable quantum computing. Rigetti maintains its quantum computing leadership with improved qubit fidelity, innovative hardware design, and a clear development roadmap.
