Post by account_disabled on Mar 16, 2024 11:47:38 GMT 3
The Main Advantages Are That, , It Consumes Less Energy and Has Zero Volatility, I.e. The Ability to Save Data When No Energy is Applied. The Technology of Conventional Memory is Based on the Magnetic Properties of Electrons (Spin) and Their Charge, Called. In Order to Write Data to Memory, an Electric Current Needs to Be Applied to Move Electrons Through a Conductor. But Moving a Lot of.
A Lot of Heat From the Device. In Addition, the Use of Large Amounts of Power Limits the Physical Capacity of Memory, Reducing Storage Density and Increasing the Cost Per Bit. But the Ucla Team Mobile Lead Has Replaced the Current Technique by Writing Data via Voltage, With the Advantage That Because of the Voltage Used, Large Numbers of Electrons Do Not Have to Be Moved During the Writing Process. In This Way, Information Can Be Stored in Memory, Producing More Information.
Less Heat and Improved Energy Efficiency. Another Important Advantage is That Thanks to the Voltage, the Information Density of the Physical Memory Cells Can Be Increased Relatively, Thus Reducing the Cost Per Bit. How Does It Work? It Adopts a Nanoscale Structure and is Composed of Multiple Layers Stacked, Two of Which Are Composed of Magnetic Materials. When an Electric Field is Applied, a Voltage is Generated Due to the Potential Difference Between the Two Magnetic Layers. This Voltage is at the Surface of These Layers.