Final answer:
It is true that computers can efficiently store large volumes of data in compact forms. The Sloan Survey's collection of 15 terabytes of data, requiring supercomputers for management, serves as a prime example.
Step-by-step explanation:
It is true that computers can store massive amounts of data in small spaces. Modern digital computers and storage devices are designed to handle vast quantities of data. As an illustration, the Sloan Survey's data management is a testament to this ability.
Over its lifetime, it captured data at a rate of 8 megabytes per second. This accumulation of data totaled over 15 terabytes, equating to the vast informational content of the Library of Congress.
To manage such extensive data, astronomers use supercomputers and sophisticated algorithms. Additionally, 'citizen science' initiatives like the Galaxy Zoo project leverage human perception alongside computational power to classify and analyze large datasets.
Yes, computers can store massive amounts of data in small spaces. This is possible due to advancements in computer storage technology.
For example, hard drives, solid-state drives (SSDs), and cloud storage systems can store terabytes of data in small physical spaces. The Sloan Survey mentioned in the reference recorded over 15 terabytes of data, which is comparable to the information contained in the Library of Congress.