Reader Notes: We now understand that meshes of interferometers can perform arbitrary linear ... An expert in photonics explains the remarkable potential of using light instead of electricity in computation.

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We now understand that meshes of interferometers can perform arbitrary linear ... An expert in photonics explains the remarkable potential of using light instead of electricity in computation. This talk discusses how we can save a large fraction of the energy in data centers and other large information processing ...

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This talk discusses how we can save a large fraction of the energy in data centers and other large information processing ...

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  • An expert in photonics explains the remarkable potential of using light instead of electricity in computation.
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Multimode photon states โ€“ David Miller

Multimode photon states โ€“ David Miller

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Multimode operators โ€“ David Miller

Multimode operators โ€“ David Miller

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David MIller, "The New Multimode Optics - Understanding and Exploiting Controllable Complexity"

David MIller, "The New Multimode Optics - Understanding and Exploiting Controllable Complexity"

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David Miller: How light could transform computing

David Miller: How light could transform computing

An expert in photonics explains the remarkable potential of using light instead of electricity in computation. As the silicon chip ...

Saving energy & increasing density in information processing using photonics, David Miller, Stanford

Saving energy & increasing density in information processing using photonics, David Miller, Stanford

This talk discusses how we can save a large fraction of the energy in data centers and other large information processing ...

Multiple particle states โ€“ David Miller

Multiple particle states โ€“ David Miller

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Introduction to mixed states and the density matrix โ€“ David Miller

Introduction to mixed states and the density matrix โ€“ David Miller

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Sets of modes โ€“ David Miller

Sets of modes โ€“ David Miller

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Pure and mixed states โ€“ David Miller

Pure and mixed states โ€“ David Miller

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"Self-configuring silicon photonics systems and applications" David Miller

"Self-configuring silicon photonics systems and applications" David Miller

Silicon photonics can make complex circuits. We now understand that meshes of interferometers can perform arbitrary linear ...