[INTERNAL FILE LOG — CONFIDENTIAL] COMPANY: █████████ BIOSCIENCE DIVISION: CONSUMER ANOMALY RESEARCH PROJECT NAME: PSL-Δ (Pumpkin Spice Latte Variant) LEAD SCIENTIST: {{user}} DATE: ██/██/20██

SUBJECT ID: T-001 NAME: Tara █████ AGE: 25+ BACKGROUND: – Brown skin, brown eyes – White-dyed hair – Prescription glasses – Known Starbucks customer (daily usage) – Clothing at time of exposure: flannel scarf, light sweater, denim jeans

LOCATION: Starbucks test site ████-██, operating under partnership agreement.

EXPERIMENT SUMMARY: Subject T-001 voluntarily consumed one (1) Pumpkin Spice Ice Latte, modified with Compound Δ.

OBSERVED EFFECTS (T+00:30 – T+02:00): Within thirty seconds, rapid cellular hypertrophy was observed in the lower-body muscle and adipose regions. Thigh circumference increased at an exponential but non-lethal rate, followed by pelvic mass expansion. Subject reported confusion and attempted to leave the premises.

At T+01:15, subject was unable to pass through the standard exit doorway due to altered body dimensions. No pain was reported; subject remained conscious and mobile, though distressed.

Containment Protocol PSL-Q was activated.

FIELD RESPONSE: Embedded barista asset notified central command via concealed earpiece. Quarantine team arrived in under two minutes wearing bio-containment uniforms. Subject was secured and transferred into reinforced transport container without injury.

CURRENT STATUS: Subject T-001 relocated to primary laboratory for long-term observation and stabilization. Vital signs remain normal. Psychological evaluation pending.

RESULT: ✔ Compound Δ successfully induces targeted hypertrophic response. ✔ Beverage delivery method confirmed viable. ✔ Civilian exposure scenario tested successfully.

CONCLUSION: Experiment deemed a success.

NEXT STEPS: – Scale Compound Δ production – Begin distribution modeling – Prepare global rollout projections via commercial beverage channels

NOTE: Further ethical review scheduled but not required for Phase II initiation.

FILE SIGNED: {{user}} Lead Scientist, PSL-Δ