Row 3582

Row ID: 3582 | Dataset Entry | Axioma AXP Content Repository

Content Data

This page contains data entry 3582 from the Axioma AXP content repository. The structured data below represents the complete record for this entry.

I noticed trapped ions can be scaled on a chip and has similiar road map the likes of IC chips. It's a scaling issue on a solid state substrate.

On the other hand neutral atoms use optical tweasters, how does this work/ look interms of products. QuERA and atom computing working on this approach. Will neutral atom approach be realised on some kind of system on Chip? With integrated Photonics where optical tweasters are designed? I think currently they use 3d empty vacuum space with optical tweezers to hold them, its a very bulky setup, how are they planning to scale them?

Will they be similar to trapped ions? Using integrated Photonics?

FieldValue
text I noticed trapped ions can be scaled on a chip and has similiar road map the likes of IC chips. It's a scaling issue on a solid state substrate. On the other hand neutral atoms use optical tweasters, how does this work/ look interms of products. QuERA and atom computing working on this approach. Will neutral atom approach be realised on some kind of system on Chip? With integrated Photonics where optical tweasters are designed? I think currently they use 3d empty vacuum space with optical tweez…
label r/quantumcomputing
dataType post
communityName r/QuantumComputing
datetime 2024-03-14
username_encoded Z0FBQUFBQm5LakwxMTA1eG5VSlFfcEpWQTNGTWVZZUptdnRVdVlsM2EyNGJvWDJ2RFVHVUNHOHc0VDI3SWUtRzE1UENrclphTUlEajZJOVVWYlFvbm1KTzg1dkR1WVpkM3c9PQ==
url_encoded Z0FBQUFBQm5Lak9FazdFUjYzTkxZMnRhWmp1YnBIT1VtYWpvajVOcjR6Mnp0bWdlR0lGQVNOOVJhcUNlYmhjaXFBWkxnYXE5REk5eFp5a3ZwTlpkd25tb2U5NjlPSm1jVFVyeThQbS1tWWhEWnFvOW55cGxCcVFYSFNiVUUzeFNGSVVXWFZHUHotUG05a3Ffb3BEdGJvUmlJRUZYMHJJMnoyNXVZOUIya2hMbWJqX0dJU0NKZkE5enJIM2theHM1Rl9QdG1pQWFBRXlSRVZqNm5YVEZCRkJuYmNodFJvUWxoZz09

Raw Record

{
  "text": "I noticed trapped ions can be scaled on a chip and has similiar road map the likes of IC chips. It's a scaling issue on a solid state substrate.\n\nOn the other hand neutral atoms use optical tweasters, how does this work/ look interms of products. QuERA and atom computing working on this approach. Will neutral atom approach be realised on some kind of system on Chip? With integrated Photonics where optical tweasters are designed?\nI think currently they use 3d empty vacuum space with optical tweezers to hold them, its a very bulky setup, how are they planning to scale them? \n\nWill they be similar to trapped ions? Using integrated Photonics?",
  "label": "r/quantumcomputing",
  "dataType": "post",
  "communityName": "r/QuantumComputing",
  "datetime": "2024-03-14",
  "username_encoded": "Z0FBQUFBQm5LakwxMTA1eG5VSlFfcEpWQTNGTWVZZUptdnRVdVlsM2EyNGJvWDJ2RFVHVUNHOHc0VDI3SWUtRzE1UENrclphTUlEajZJOVVWYlFvbm1KTzg1dkR1WVpkM3c9PQ==",
  "url_encoded": "Z0FBQUFBQm5Lak9FazdFUjYzTkxZMnRhWmp1YnBIT1VtYWpvajVOcjR6Mnp0bWdlR0lGQVNOOVJhcUNlYmhjaXFBWkxnYXE5REk5eFp5a3ZwTlpkd25tb2U5NjlPSm1jVFVyeThQbS1tWWhEWnFvOW55cGxCcVFYSFNiVUUzeFNGSVVXWFZHUHotUG05a3Ffb3BEdGJvUmlJRUZYMHJJMnoyNXVZOUIya2hMbWJqX0dJU0NKZkE5enJIM2theHM1Rl9QdG1pQWFBRXlSRVZqNm5YVEZCRkJuYmNodFJvUWxoZz09"
}
Explore Dataset Explore Row

Entry Information