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Hybrid quantum–classical computing chips and neutral-atom qubits both show promise
Manage episode 438380148 series 2830806
This episode of the Physics World Weekly podcast looks at quantum computing from two different perspectives.
Our first guest is Elena Blokhina, who is chief scientific officer at Equal1 – an award-winning company that is developing hybrid quantum–classical computing chips. She explains why Equal1 is using quantum dots as qubits in its silicon-based quantum processor unit.
Next up is Brandon Grinkemeyer, who is a PhD student at Harvard University working in several cutting-edge areas of quantum research. He is a member of Misha Lukin’s research group, which is active in the fields of quantum optics and atomic physics and is at the forefront of developing quantum processors that use arrays of trapped atoms as qubits.
105 epizódok
Manage episode 438380148 series 2830806
This episode of the Physics World Weekly podcast looks at quantum computing from two different perspectives.
Our first guest is Elena Blokhina, who is chief scientific officer at Equal1 – an award-winning company that is developing hybrid quantum–classical computing chips. She explains why Equal1 is using quantum dots as qubits in its silicon-based quantum processor unit.
Next up is Brandon Grinkemeyer, who is a PhD student at Harvard University working in several cutting-edge areas of quantum research. He is a member of Misha Lukin’s research group, which is active in the fields of quantum optics and atomic physics and is at the forefront of developing quantum processors that use arrays of trapped atoms as qubits.
105 epizódok
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