Two groups have used scanning tunnelling microscopes to explore the behaviour of magnetic materials in exquisite detail with a view to developing new approaches to data storage. The increase in ...
What could improve density by orders of magnitude is molecular storage, notably in the sequence of the genetic molecule DNA. In 2012, a 5-megabit book was encoded in DNA and read back by George Church ...
Combining nanostructured magnetic media with nanoplasmonic antennas has propelled commercially viable data-storage densities beyond one terabit per square inch. Figure 1: Areal density (on a log ...
The aim of this course is to provide an overview of the materials currently in use in magnetic data storage, together with an overview of the recording and read processes. Further this course will ...
While covering the fundamental physics required for understanding of these materials and devices, the focus throughout the course will be on applications, with examples such as magnetic data storage, ...
Magnetic storage is quickly becoming an antiquated ... because tape drives are slow to retrieve data but capable of holding a lot inexpensively. Three advances are responsible for this surge ...
Magnetic storage makes use of a magnetisable coating. Magnetised dots are made on the surface of the material. These dots are created, read and erased by very small electromagnets. Examples ...
Through its research arm, Microsoft is developing its own long-term data storage system. Like HoloMem it has decided that it's time to move on from magnetic tape, but Microsoft has chosen glass as ...
This information is crucial for the development of magnetic nanomaterials for applications in biomedicine, catalysis, and data storage. MFM plays a significant role in the development of spintronic ...