Row 3705

Row ID: 3705 | Dataset Entry | Axioma AXP Content Repository

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an understand how we can use the existing technology of magnetic rails to control Trapped ions since they have charge, it's easy to control them with magnetic field

On the other hand Neutral atoms has no charge and we utilise Rydberg state. Currently all the neutral atoms approaches from atom computing to Harvard to Wisconsin to QuERA use gases in vacuum and optical tweezers, there's no solid state platform.

But i recently discovered there's this approach of designing Atom chips to trap neutral atoms. Is this something which is different than Optical tweezers? https://ieeexplore.ieee.orrg/document/4628507 Or https://www.osti.gov/servlets/purl/943848#:~:text=Neutral%20atom%20chips%20have%20generated,atomic%20cooling%20and%20trapping%20experiments.

If yes, can we envision a technology which uses integrated Photonics network the way trapped ions does to control these neutral atoms? Where optical tweezers are miniaturised and encase the atoms.

Note: QuERA in its roadmap shows a desire to use integrated Photonics for Long-term fault tolerant systems ( https://www.quera.com/our-quantum-roadmap Step 3 Scalable control Based on photonic integrated circuits)

FieldValue
text an understand how we can use the existing technology of magnetic rails to control Trapped ions since they have charge, it's easy to control them with magnetic field On the other hand Neutral atoms has no charge and we utilise Rydberg state. Currently all the neutral atoms approaches from atom computing to Harvard to Wisconsin to QuERA use gases in vacuum and optical tweezers, there's no solid state platform. But i recently discovered there's this approach of designing Atom chips to trap neut…
label r/quantumcomputing
dataType post
communityName r/QuantumComputing
datetime 2024-03-20
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  "text": "an understand how we can use the existing technology of magnetic rails to control Trapped ions since they have charge, it's easy to control them with magnetic field \n\nOn the other hand Neutral atoms has no charge and we utilise Rydberg state. Currently all the neutral atoms approaches from atom computing to Harvard to Wisconsin to QuERA use gases in vacuum and optical tweezers, there's no solid state platform. \n\nBut i recently discovered there's this approach of designing Atom chips to trap neutral atoms. Is this something which is different than Optical tweezers?\nhttps://ieeexplore.ieee.orrg/document/4628507\nOr \nhttps://www.osti.gov/servlets/purl/943848#:~:text=Neutral%20atom%20chips%20have%20generated,atomic%20cooling%20and%20trapping%20experiments.\n\nIf yes, can we envision a technology which uses integrated Photonics network the way trapped ions does to control these neutral atoms? Where optical tweezers are miniaturised and encase the atoms.\n\nNote: QuERA in its roadmap shows a desire to use integrated Photonics for Long-term fault tolerant systems\n( https://www.quera.com/our-quantum-roadmap\nStep 3 Scalable control\nBased on photonic integrated circuits)",
  "label": "r/quantumcomputing",
  "dataType": "post",
  "communityName": "r/QuantumComputing",
  "datetime": "2024-03-20",
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