Row 78983

Row ID: 78983 | Dataset Entry | Axioma AXP Content Repository

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- Moore's law predicts the rapid growth of computing power, but the demands of AI are outpacing it.

- Light-based 'optical computers' using photons instead of electrons offer advantages like higher bandwidth and efficiency.

- Researchers have used light for AI since the 1980s, with recent focus on matrix multiplication for neural networks.

- In 2017, a breakthrough showed how light could be used for matrix multiplication in optical neural networks.

- Recent advancements like the HITOP optical network aim to improve computation throughput and energy efficiency in optical computing.

Source: https://www.quantamagazine.org/ai-needs-enormous-computing-power-could-light-based-chips-help-20240520/

FieldValue
text - Moore's law predicts the rapid growth of computing power, but the demands of AI are outpacing it. - Light-based 'optical computers' using photons instead of electrons offer advantages like higher bandwidth and efficiency. - Researchers have used light for AI since the 1980s, with recent focus on matrix multiplication for neural networks. - In 2017, a breakthrough showed how light could be used for matrix multiplication in optical neural networks. - Recent advancements like the HITOP optica…
label r/artificial
dataType post
communityName r/artificial
datetime 2024-05-24
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Raw Record

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  "text": "- Moore's law predicts the rapid growth of computing power, but the demands of AI are outpacing it.\n\n- Light-based 'optical computers' using photons instead of electrons offer advantages like higher bandwidth and efficiency.\n\n- Researchers have used light for AI since the 1980s, with recent focus on matrix multiplication for neural networks.\n\n- In 2017, a breakthrough showed how light could be used for matrix multiplication in optical neural networks.\n\n- Recent advancements like the HITOP optical network aim to improve computation throughput and energy efficiency in optical computing.\n\nSource: https://www.quantamagazine.org/ai-needs-enormous-computing-power-could-light-based-chips-help-20240520/\n\n",
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  "datetime": "2024-05-24",
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