Group 1 - The article discusses a new data storage method using ice, which has been researched by scholars at Beijing Institute of Technology [2][3] - This method encodes information by manipulating tiny trapped air bubbles within ice, presenting a novel approach to "cold storage" [4][10] - Ice, covering about 10% of the Earth's surface, serves as a natural time capsule, preserving ancient atmospheric data [5][6] Group 2 - The research team has developed a device akin to a "2D printer" for ice, allowing precise control over temperature to create ordered bubbles for data encoding [11][12] - The decoding process involves photographing the ice and using computer vision algorithms to interpret the bubble characteristics into binary or Morse code [13][20] - A 10 x 10 cm piece of ice can store approximately 3 to 4 pages of information, which exceeds initial expectations but still falls short of traditional SSD storage density [20][21] Group 3 - The technology's replication is feasible with commercially available hardware, estimated to cost around 10,000 yuan, indicating low barriers to entry for potential users [22][23] - Ice storage is not a complete replacement for solid-state drives but offers unique advantages in specific scenarios, such as extreme environments where traditional electronics may fail [25][27] - The concept of ice storage aligns with an environmentally friendly philosophy, as ice can decompose back into water after use, contrasting with electronic waste [33][41] Group 4 - The principles of bubble control in ice could extend beyond data storage to materials engineering, potentially aiding in construction on other planets by manipulating solid materials [34][37] - This innovative approach could enhance building efficiency in extraterrestrial environments, where traditional construction methods may not be applicable [39][40]