Child of Foresight Institute
Metadata
| Source Table | grants |
| Source ID | b0tlCF6Dpq |
| Description | to Qiancheng Xiong, USD 1000, 2023-12 |
| Source URL | www.prweb.com/releases/foresight-institute-announces-2023-feynman-prize-winners-301970124.html |
| Parent | Foresight Institute |
| Children | — |
| Created | Mar 25, 2026, 4:44 AM |
| Updated | Mar 25, 2026, 1:24 PM |
| Synced | Mar 25, 2026, 1:24 PM |
Record Data
id | b0tlCF6Dpq |
organizationId | Foresight Institute(organization) |
granteeId | Qiancheng Xiong(person) |
orgEntityId | Foresight Institute(organization) |
orgDisplayName | — |
granteeEntityId | Qiancheng Xiong(person) |
granteeDisplayName | — |
name | Feynman Prize 2023 — Distinguished Student Award |
amount | 1000 |
currency | USD |
period | — |
date | 2023-12 |
status | — |
source | www.prweb.com/releases/foresight-institute-announces-2023-feynman-prize-winners-… |
notes | [Nanotechnology (Student)] Developing programmable DNA nanodevices using CRISPR-Cas12a technology to refine DNA-origami structures, including hybrid toxin-DNA nanopores for creating synthetic compartments. Institution(s): Yale University. |
programId | 0BOqGr_QKR |
dataSourceId | — |
Source Check Verdicts
partial85% confidence
Last checked: 4/29/2026
1 → partial
Debug info
Thing ID: b0tlCF6Dpq
Source Table: grants
Source ID: b0tlCF6Dpq
Parent Thing ID: sid_NPPTvNqRXA