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: 4/9/2026
The source confirms the grantee (Qiancheng Xiong), the award name (Distinguished Student Award), the funder (Foresight Institute), and the year (2023). However, the source does not mention the grant amount of $1000. The date is confirmed as 2023 (announcement October 29, 2023; celebrations December 1-3, 2023), matching the claimed '2023-12' timeframe. Since the amount field cannot be verified from the source text, the record is only partially confirmed.
Debug info
Thing ID: b0tlCF6Dpq
Source Table: grants
Source ID: b0tlCF6Dpq
Parent Thing ID: sid_NPPTvNqRXA