In Infernum, “zero-point energy” emergency lighting makes an appearance on the research vessel Adiona. These lights tap into a quantum mechanical field that provides a theoretically infinite energy source. While I don’t dive into the technical aspects in the story, this post explores what zero-point energy is and how “zero-point lights” could work.
What Is Zero-Point Energy?
Zero-point energy (ZPE) is a phenomenon in quantum mechanics where even at absolute zero, a system retains some residual energy due to the constant fluctuations of quantum fields. In simpler terms, it’s the lowest possible energy a system can have, but it’s never quite zero. This minuscule but non-zero amount of energy persists in all matter and can’t be fully drained.
For decades, scientists have studied the idea of ZPE, wondering if it could be tapped as an energy source. If we could extract this energy, we’d theoretically have access to an infinite amount of power. In reality, harnessing zero-point energy is a monumental scientific challenge. For now, it’s far beyond our technological reach.
Perpetual Lighting
In Infernum, zero-point lights are emergency lights powered by this limitless ZPE. They’re not very bright, more akin to the soft glow of a candle, but they serve a critical purpose: they never go out. This makes them ideal for use in life-threatening situations where reliable lighting is essential. On the Adiona, where the primary power source has failed, they illuminate the ship’s darkened corridors.
Zero-Point Energy and Science Fiction
The idea of ZPE isn’t new to science fiction. It’s often depicted as the basis of advanced technology, limitless power, and even weapons in various books, films, and video games. Most interpretations treat it as an energy source for large-scale applications like powering cities or spaceships. In Infernum, I take a more practical approach, using it to power very small-scale devices.
In Infernum, the existence of zero-point lights signals a world where technology has evolved to the point of manipulating the very fabric of the universe for practical purposes. They may not light up an entire room, but their reliability offers a critical advantage in dire situations.