# NASA's TESS Spacecraft Finds Two 'Cotton Candy' Planets In One System

> **Open Intelligence Dossier** · First detected: 2026-06-26 17:07 UTC · Category: Science

## Executive Summary
NASA's TESS spacecraft has identified two extremely low-density 'cotton candy' planets in a single system.

## Intelligence Brief
Recent reporting details a significant astronomical discovery made by NASA's TESS spacecraft, which has successfully found two extremely low-density planets located within the same system. According to coverage from Yahoo and FOX 13 Tampa Bay, these newly identified celestial bodies are characterized as being super puffy and possessing an extreme low density that scientists are currently pondering. Coverage highlights the unusual physical properties of these planets, specifically noting that their consistency is comparable to cotton candy. Outlets including FOX 13 Tampa Bay and Yahoo have emphasized the exceptional nature of this finding, describing the objects as some of the puffiest planets discovered so far in astronomical research. While the specific technical details regarding the planetary system's location or the exact dimensions and masses of the two planets are not yet detailed in the provided coverage, the reports focus heavily on the striking physical comparison to cotton candy.


Scientists are actively examining the extreme low density of these bodies to understand how such formations can exist. The reports from Yahoo and FOX 13 Tampa Bay provide insight into the ongoing scientific discussions surrounding these super puffy planets, though further details regarding the mechanics of their formation or their host star are currently unspecified in the available source material. This discovery builds upon the ongoing mission work of NASA's TESS spacecraft, which continually scans the sky for exoplanets transiting distant stars. The identification of two ultra-low-density planets in a single system offers researchers a unique opportunity to study planetary structures that defy standard density expectations. As reported by FOX 13 Tampa Bay and Yahoo, the existence of these fluffy worlds prompts deeper questions within the scientific community regarding the upper limits of planetary puffiness and the atmospheric retention capabilities of planets with such minimal density relative to their volume.


Looking ahead, coverage does not yet specify the exact timeline for subsequent peer-reviewed studies or the next scheduled announcements from the research teams analyzing the TESS data. Observers and astronomy enthusiasts will need to monitor future updates from NASA and participating scientific outlets to learn more about the composition of these cotton candy planets. Further reporting will likely clarify how these super puffy worlds formed and whether additional low-density planets exist within the same system or elsewhere in the galaxy as the TESS mission continues its astronomical surveys.

## Multi-Source Evidence Table
| Source Outlet | Headline | Verification URL |
|---|---|---|
| Yahoo | 'Super puffy': Scientists ponder extreme low density of two planets | [Source Link](https://news.google.com/rss/articles/CBMinAFBVV95cUxPMWNKVVZXSFFBQjR0Nko3UmE1UnRFeWhRNHY5a3BZM3dQLXVRTklUUGV4NC1aYnNwakE4R1NDYVRFemJBaVQ1N28zVjVtNGJFZWhZdVFiZjI5MERrSF9uWU50cmUxeXkzZVdBYVhpWks3bGV4OHlWdno4Qm1RejNuUkZCU3ktV0l1XzFUWmVVczd4ZU5zZWhWby1XLVQ?oc=5) |
| FOX 13 Tampa Bay | NASA finds ‘puffiest’ planets so far: ‘Comparable to cotton candy’ | [Source Link](https://news.google.com/rss/articles/CBMilwFBVV95cUxNUG52NDdVNklzM1NzSHpCaHdDRW9idWpiXzJqQWowaFh5N3F5NG5rek9NVEstaVprWXVKRHdRVkxlaS11ZFIwbEpSNERNNFByVUppLVQ4ZWdaLU1ITVlERVpVSHNRMjZUY2dycjdMSkx0a1ZCcm9JbGF6ajQ0SkhDS21HR0RBamp0Y19yZ3EzaWZXMFZmMWdv0gGcAUFVX3lxTFBHTHUxQXlha001V3ltaVRKWnpnN0VQTGhxSUhMSElPZE5zMHNjUHRwRjQ2WXU4M3dpWThkR3NldFpxUW1SSm9ST3pNc0Q5ZnBvZGlXcktIWHN0SUwwakhiTUJ3WDcyVnY4RGpCNGZjbGtBb2FFSUJpa3JhbUZtbVNmdEYyWVJuOVFNbnh1RllHaGx0R0JXZkZ6NGlMQg?oc=5) |

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*Canonical Source: https://pulse.byoviral.com/trend/2026-06-26/nasa-s-tess-spacecraft-finds-two-cotton-candy-planets-in-one-system*