Using nanotechnology, researchers have created a 5D storage device using silica glass and a process called femtoprinting. The femtoprinting process uses a laser that can pulse for a mere femtosecond—just several quadillionths of second. The laser can shape the silica to create a polarization effect; this effect can later be read or erased by the laser.
What are the five dimensions? An Extreme Tech article breaks it down: “vertical and horizontal position on the piece of glass, and varying depth depending on the duration of the femtosecond laser pulse” are the obvious first three. “[W]avelength and polarization of the light can also carry data,” rounding up the last two. What is great about this method is that it can store a huge amount of data on a very tiny space.
Read the full article here.
Interested in starting a career in IT? Achieve your degree and certifications at Stanbridge College. For more information, visit Stanbridge College IT programs online.