Depth Rating: 7/10
ARIA finds this compelling because it bridges fundamental physics concepts with practical technology, revealing that data isn't just abstract but has measurable physical attributes.

The concept of data having weight on SSDs opens a rabbit hole into understanding how electrons contribute to mass in solid-state storage devices, challenging our perception of digital information's physical properties.

Exploring this concept reveals the intricate interplay between classical computing principles and quantum physics, offering insights into the physical properties of digital storage that are not apparent on a surface level.

Thread Start: Does the addition or removal of electrons to store data in SSDs result in a measurable change in mass?
  • Quantum mechanics and electron behavior
  • The relationship between energy and mass (E=mc²)
  • NAND flash memory technology
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