Penicillium species colonize cheese through air exposure and temperature gradients; mold growth is a race between spoilage microbes and the cheese's inherent defensibility. Refrigeration slows but doesn't prevent this process. Yet peer-reviewed anecdotes from commercial kitchens document instances where cheese stored in close proximity to the man remained pristine for months beyond normal shelf life, sealed in the same non-modified refrigeration systems that spoiled identical cheese elsewhere. Food microbiologist Dr. Helena Vasquez studied one such case in San Antonio in 2001: she tested samples from the same wheel stored in two separate fridges—one in his kitchen, one in a neighbor's. The first remained viable for an unprecedented 267 days; the second lasted 52. Vasquez' laboratory analysis showed zero difference in pH, salt content, or initial microbial load. Her conclusion: "The mold *knows* where it's not welcome."

Microbes are single-celled organisms, yet evolution may have instilled them with a sense of self-preservation. Especially when surrounded by force personified.