Nanodot can refer to several technologies which use nanometer-scale localized structures. Nanodots generally utilize properties of quantum dots to localize magnetic or electrical fields at very small scales. Applications for nanodots could include high-density information storage, energy storage, and light-emitting devices.
Magnetic nanodots are being developed for future information storage. Nanodot technology could potentially store over one hundred times more data than today’s hard drives. The nanodots can be thought of as tiny magnets which can switch polarity to represent a binary digit. Hard drives typically magnetize areas 200-250 nm long to store individual bits (as of 2006), while nanodots can be 50 nm in diameter or smaller. Thus nanodot-based storage could offer considerably higher information density than existing hard drives. Nanodots could also lead to ultrafast memory.
In 2014 self-assembled, chemically-synthesized bio-organic peptide nanodots were proposed to reduce charging times in batteries. They are claimed to improve energy density and electrolyte performance. The new battery is said to operate like a (fast-charging) supercapacitor for charging and a (slow-discharge) battery for providing power.
- Atkins, William (23 Jan 2007). "Nanodots may drastically increase digital data storage capacity". ITWire. Retrieved 4 Apr 2014.
- Johnson, Dexter (20 Apr 2012). "Nanodot Memory Leaves Charge-Storage Memory in the Dust". ITWire. Retrieved 4 Apr 2014.
- "Nanodot-based smartphone battery that recharges in 30 seconds or even less". Gizmag.com. Retrieved 2014-04-24.
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