Cum Laude

# Positronics Cum Laude ## Strain Profile A three-way sativa hybrid developed from elite genetics, combining Queen Mother and Tijuana strains crossed with original Haze. Bred to establish a stable pure sativa line. ## Growth Characteristics Exhibits rapid vegetative development with an initial coniferous growth pattern. Strategic trimming during the vegetative phase reshapes the plant into a candelabra-like structure, making shorter cultivation cycles preferable. Stems are sturdy enough to support the substantial flower weight despite wide spacing between nodes. Foliage is sparse and features delicate, pale green leaves. Flowers develop as compact, grain-like clusters densely coated in a glossy resin layer. ## Aroma & Flavor Profile **Aroma:** The living plant produces an anise-forward scent with subtle floral undertones. As the plant matures, the bouquet grows more complex, incorporating deep coffee and tropical notes that intensify upon drying and strongly permeate the surrounding environment. **Flavor:** Delivers an extended taste experience showcasing diverse terpene profiles with spicy, earthy undertones and peppery heat. Produces significant dry mouth sensation with flavors that linger throughout consumption. ## Effects Produces an immediate, clear-headed euphoria with a sustained, pleasant duration. The mental stimulation promotes accelerated thought patterns and fosters creative breakthroughs. Ideal for sativa enthusiasts seeking an exotic, uplifting experience. ## Cultivation Notes **Indoor:** Begin flowering immediately on a 12/12 light cycle to manage height. Flowering initiates around 35 days, with harvest readiness approximately 45 days later. Develops a dominant central cola requiring support stakes. Maintain elevated nitrogen levels to prevent early leaf discoloration and monitor pH carefully. Tolerates high humidity and shows fungal resistance. **Outdoor:** Plant late in the season for discreet cultivation. The airy flowering structure handles elevated moisture well and requires abundant sunlight for optimal development, yielding substantial vertical flower formations.