A breakthrough in cognitive enhancement has revealed that delivering localized, medium-voltage electrical trauma to the facial nerves is a highly effective way to remember where you parked.
In a highly anticipated Nature paper published on Tuesday, researchers detailed the biological mechanism behind the phenomenon. The findings indicate that subjects who strapped a pair of modified electrodes to their cheekbones and absorbed bursts of raw electrical current performed up to 18 percent better on a standardized memory test than the control group, who were allowed to simply sit in a room without being zapped.
Our hypothesis was that if we applied enough raw voltage to the trigeminal nerve, the resulting neurological panic would force the hippocampus to perfectly encode whatever it was looking at just to survive the experience.
However, independent researchers say the findings, while breathtaking in their implications, require further peer review and replication. Dr. Elena Moreno of the Max Planck Institute cautioned that the sample size was limited to thirty-four college sophomores desperate for a twenty-dollar stipend, noting that the observed memory boost might simply be the result of the subjects being physically unable to fall asleep after having fifty milliamps of electricity routed through their sinuses.
Still, the sheer elegance of the model is undeniably dazzling. Within a decade, the daily routine of the modern knowledge worker could seamlessly integrate this mechanism, bringing about a future where millions of commuters sit on the morning train, their faces gently convulsing in localized agony as they flawlessly memorize the day's agenda.