This section archives the first recorded visual documentation of the Mvohc species. In collaboration with physicist Dr. Imogene Nary, Dr. Tann created the world's first Thermo-Proton Pulsar Spectraplane device or TPPS. This device took inspiration from Spectroscopy, the process in which astronomers measure planets and stars' biometric identity based on the absorption and rapid release of energy by electrons, creating a light spectrum unique to each element. Similarly, the TPPS device works to create a detectable visualization using photon energy, but rather than light, it measures the thermo-spectrum.

The machine sends expeditiously intermittent discharges of energy to the organism's atomic makeup. However, instead of targeting negatively charged electrons, it targets protons that, as we know, have a positive charge. This surge of additional energy creates transient increases in kinetic energy. The brevity allows the organism to remain reasonably unaware of the energy influx while simultaneously expelling a semi-custom fluorescent heat signature. Because this occurs on an atomic level, the creatures are unharmed and remain relatively motionless, allowing the device to take hundreds of photos a minute. With imperceivable swiftness, the machine can stitch together an image of the Mvohc based on their thermo-chemical and pulsar makeup. What makes this device even more unique is its additional pulsar measurement layer. The Mvohc emits sound at a frequency that is out of range for the human ear. However, Dr. Nary's first attempt at this detection device only measured the sound pressure level, but today TPPS device combines both technologies, making it a machine unlike any other.