In the 31st century, science fiction brings us Martinex T’Naga, a scientist native to Pluto whose physiology defies convention. His body is composed of silicon crystals, an adaptation necessary to survive the extreme temperatures of his home planet. But his most striking feature is his ability to project intense heat from his right hand and absolute cold from his left, a balance that makes him a valuable asset for any mission.
The science behind dual thermal control 🔥❄️
The technological basis of Martinex lies in the composition of his body. The silicon crystals not only grant him physical resistance but also act as thermal conductors and insulators. The right hand channels caloric energy through a process of controlled molecular excitation, while the left hand absorbs heat from the environment to generate extreme cooling. This system does not require external power sources, as his own silicon metabolism regulates the flow. It is an efficient design, intended for hostile environments where thermal balance is a matter of survival.
Hot hand, cold hand: the drama of shaking hands 🤝😅
Imagine the scene: Martinex wants to greet a colleague. If he extends the right one, the poor soul gets scorched. If he uses the left one, they end up frozen. There is no middle ground, not even a normal handshake. Luckily, in the 31st century, courtesy gloves were invented, but sometimes he forgets to put them on and ends up giving awkward explanations. He is the only guy who can turn a greeting into a medical emergency. And then they say Plutonians are cold.