Topics & People
Highly sensitive devices used in fields like astronomy to detect faint signals. Martinis finds this application, which is related to his own work with superconductors, particularly interesting for searching for exoplanets.
A type of quantum computer built from superconducting circuits, utilizing technologies like Josephson junctions to create qubits. This is the approach pioneered by John Martinis and his colleagues.
A US government agency where John Martinis worked after his postdoc in France and before his time at UCSB.
A colleague and dear friend of John Martinis from France, with whom Martinis worked during his postdoctoral studies.
The process of protecting quantum information from noise, a critical milestone for scalable quantum systems.
A milestone demonstrated by John Martinis's team at Google in 2019, where a quantum computer performed a specific calculation that is practically impossible for even the most powerful classical supercomputers.
The research group at Google, led by John Martinis, that focused on building a quantum computer. It was located in Santa Barbara.
An algorithm developed by Peter Shaw that shows how a quantum computer could efficiently factor large numbers, a task that is intractable for classical computers. This has major implications for cryptography.
A scientist who, in the early 1990s, developed a famous factoring algorithm for quantum computers, providing a concrete, real-world problem that a quantum computer could solve, which further legitimized the field.
Famous physicist who independently investigated the Challenger Shuttle disaster.