Atom Computing is a company that was founded in 2018, with a mission to harness the power of quantum mechanical systems to revolutionize computing. The company is focused on creating hardware and software systems that can process complex computational problems at a speed that is significantly faster than what classical computers are capable of, while also offering solutions to some of the most prominent societal problems that the world faces today.
Atom Computing is based in Berkeley, California, and currently has a team of around 30 employees, including some of the most brilliant minds in the industry, with extensive experience in quantum mechanics and classical computer science. The company has raised a total of $15 million in its seed and series A funding rounds, with investors including Venrock, Innovation Endeavors, and Prelude Ventures.
Atom Computing’s approach is based on trapped ions, a technology that uses high-precision lasers to manipulate ions that are trapped within an ultra-high vacuum chamber, creating qubits that can be used to perform quantum operations. This approach is different from most other quantum computing companies that are focused on developing quantum processors using superconducting circuits or other qubit technologies.
According to Atom Computing, the trapped ion approach offers several advantages over other approaches, including error correction and the ability to scale up the number of qubits in ways that are not possible with other technologies. The company also claims that its approach is more resilient to external disturbances and has longer coherence times, leading to more reliable and accurate calculations.
Atom Computing is currently working on developing its first-generation quantum processor, which is expected to have more than 100 qubits. The company has already demonstrated some of the core capabilities of its system by building a small-scale quantum computer that can simulate the behavior of simple molecules, a critical step in the development of new drugs, materials, and catalysts.
Several leading researchers in the field have praised Atom Computing’s approach and the potential impact it could have on various fields, including chemistry, biology, and physics. The company is also exploring potential applications in areas such as cryptography, transportation optimization, and machine learning.
Atom Computing has also made significant progress in developing software tools for its quantum system, including a programming language called PyAtom. The company claims that PyAtom is easy to use and can be used to write quantum algorithms that can run on its devices.
In addition to its technology development efforts, Atom Computing is also strongly committed to creating an inclusive and diverse workplace culture, with a focus on building a team that truly represents the diversity.