3.6 Roentgen
3.6 Roentgen
Overview
3.6 Roentgen is a specialty cannabis strain developed by The Agrarian Society as part of their Space Race lineup in collaboration with Cutthroat Cultivars. The strain was created using Rabbit Hole by Cutthroat Cultivars as the pollen donor, chosen specifically for its "obscene frost, great yield and beautiful structure." The female parent is MAC1 (Miracle Alien Cookies), which the breeders describe as "a bit unpredictable" due to MAC1 being a naturally occurring polyploid. This polyploid nature means that many offspring may exhibit mutations in undesirable ways, making this strain an experimental breeding project. The strain takes its name from the famous quote "3.6 roentgen, not great, not terrible" from the HBO series Chernobyl, reflecting the experimental and potentially unpredictable nature of this genetic cross. The MAC1 parent strain is known as Miracle Alien Cookies, a hybrid created by crossing Alien Cookies with Starfighter and Colombian, producing creative effects that are happy and uplifting. Very little cultivation or consumption data is available for 3.6 Roentgen, as it appears to be a recent experimental release with limited distribution.
Effects
Reported Medical Uses
- Users report potential for stress relief
- May help with creative blocks
- Could assist with mood enhancement
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Growing 3.6 Roentgen is considered experimental and challenging due to the MAC1 parent being a naturally occurring polyploid, which can result in unpredictable offspring with potential mutations. The Rabbit Hole pollen donor was selected for its exceptional frost production, great yield potential, and beautiful plant structure. Flowering time, yield expectations, and specific growing requirements are not documented due to the experimental nature of this cross. Growers should expect variability in phenotype expression and be prepared for potential cultivation challenges. Indoor cultivation is likely preferred to better monitor and control the growing environment given the unpredictable genetics.