Supercold: meaning, definitions and examples

Scientific Phenomena

• Objects can become supercold at temperatures close to absolute zero, which is -273.15°C (-459.67°F), the point where molecular motion stops.
• At supercold temperatures, materials can exhibit unusual properties, such as superconductivity, where they conduct electricity with zero resistance.

Physics

• The state of supercooling allows liquids to remain in liquid form even below their freezing point, which can lead to fascinating scientific experiments.
• Supercold states in physics can often lead to the formation of Bose-Einstein condensates, where particles behave as a single quantum entity.

Pop Culture

• In sci-fi movies, supercold environments are often depicted as places where technology is frozen in time or where adventures happen on icy planets.
• The concept of supercold can also be found in animated films, where characters encounter challenges in snowy or frigid landscapes.

Environmental Science

• In the context of climate, supercold temperatures can impact ecosystems, affecting plant and animal survival during harsh winters.
• Scientists study supercold atmospheric conditions to understand their effects on weather patterns and climate change.

Cultural References

• In many cultures, legends often include icy realms or frost spirits, representing the extreme chill that can be characterized as supercold.
• Artworks often explore the theme of coldness, portraying landscapes or subjects that evoke feelings of supercold environments.