As of the close on December 17th, according to Trading View data, $Quantum Computing Inc.(QUBT)$ has risen by 1823.47% this year, $Rigetti Computing(RGTI)$ has surged by 911.82% this year, $D-Wave Systems Inc.(QBTS)$ has increased by 763.93%, and $IONQ Inc.(IONQ)$ has risen by +200.89%.
The year-to-date gains of these three stocks have all exceeded $NVIDIA(NVDA)$, $.IXIC(.IXIC)$ and $.SPX(.SPX)$.
The latest news shows that JPMorgan Chase has invested $300 million in the field of quantum computing.
Several quantum computing concept stocks you may interested in? Which one would you choose? Personally I only dare to buy $Alphabet(GOOG)$.
The following is the AI's discussion on the breakthroughs in quantum computing technology, products, services, and cooperation fields of the quantum computing companies in the table, as well as their investment potential:
1. $Quantum Computing Inc.(QUBT)$
Technical Breakthrough: QUBT has launched the Dirac system, a portable, room-temperature, low-power quantum computing device widely used in artificial intelligence, cybersecurity, and remote sensing.
Products and Services: The Dirac EQC is designed for internal rack installation without additional infrastructure support, with a market price of $300,000, including installation and warranty, making it an affordable quantum optimization device.
Cooperation Field: QCI has reached a significant contract with NASA to use the Dirac platform for efficient spectral analysis optimization of lidar data collected from low Earth orbit.
Investment Potential: QUBT faces significant cash flow pressure and uncertain commercialization progress, which may require additional financing to maintain operations.
Technical Breakthrough: Rigetti focuses on "superconducting qubit" technology, which is 10,000 times faster than ion trap systems and has the industry's first dedicated quantum device manufacturing factory (Fab-1).
Products and Services: Rigetti produces quantum computers and processors and has created the Forest cloud platform, providing developers with specialized tools to help build quantum algorithms based on their own hardware.
Cooperation Field: Rigetti has partnered with Bluefors to develop a new modular dilution refrigerator to support its planned 336-qubit, 1000+ qubit, and 4000+ qubit quantum processing units.
Investment Potential: RGTI is steadily advancing through technological cooperation, and its commercialization progress is relatively robust. The company's valuation has reached 100 times the expected revenue for 2025, accompanied by high risks, including potential equity dilution.
Technical Breakthrough: NVIDIA provides the NVIDIA cuQuantum software library, which is a software library for running quantum circuit simulations on GPU-accelerated systems, promoting the development of quantum research.
Cooperation Field: NVIDIA's cooperation with IONQ and Oak Ridge National Laboratory is not only a resource-sharing but also an announcement to the world that NVIDIA is a top player in the field of quantum computing.
Technical Breakthrough: IONQ's core technology is based on ion trap quantum computing, which has high qubit fidelity and stability, giving it a clear advantage when dealing with complex computational tasks.
Products and Services: IONQ continues to optimize quantum algorithms, especially in the fields of quantum chemistry and quantum optimization, promoting more efficient application development.
Cooperation Field: IONQ has cooperated with companies such as AstraZeneca and Ansys, demonstrating the practical application value of quantum computing in drug development and engineering simulation.
Investment Potential: IONQ has consolidated its market position with leading ion trap technology and large government orders, with revenue slightly exceeding $31 million, but it has consumed about $84 million in free cash flow, and is expected to consume $100 million for the year to achieve a revenue increase of $45 million, reflecting its high-input, low-output growth model.
5. $IBM(IBM)$
Technical Breakthrough: IBM has a lot of accumulation in superconducting qubit technology, with good compatibility and operating speed.
Products and Services: IBM provides quantum computing services through its cloud platform, allowing companies to access and utilize quantum computing resources with a lower technical threshold.
Technical Breakthrough: Google has launched a quantum computing chip called "Willow," which significantly reduces the error rate that restricts the development of quantum computing, paving the way for practical, large-scale quantum computers.
Technical Breakthrough: Microsoft, in collaboration with Atom Computing, plans to launch a quantum supercomputer with 1000 physical qubits by 2025, which is expected to accelerate the commercialization of quantum technology.
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