Farewell to sluggish computers and phones China violates the laws of physics by producing random access memory 10,000 times faster.
The rapid advancement of technology has led to a move by China that has the potential to completely change how we use our gadgets.
Researchers from Fudan University have discovered a random access memory (RAM) that is 10,000 times faster than existing memory, with a rate of 25 billion operations per second, or 400 picoseconds per operation.
With the help of a key component like graphene, this innovation, known as PoX, may be able to reduce loading times on computers, smartphones, and other devices, improving user experience to previously unheard-of levels.
What is the operation of this RAM?
As we previously stated, graphene—a substance made up of a single layer of carbon atoms arranged in a two-dimensional structure—is the key to this random memory.
Because of this material's conductive qualities, electrical charges can flow through the memory with almost no resistance, leading to incredibly fast data processing speeds.
This memory allows data to be written in 400 picoseconds, which is a huge improvement over traditional DRAM, which takes much longer. This performance is made possible by a process called "super-injection," which rapidly injects electrons into memory cells.
Expectations regarding the speed and efficiency of devices may be altered by this process, which appears to defy the laws of physics. Furthermore, the memory is non-volatile, which means that, like a USB flash drive, it keeps data even when the power is switched off.
In the end, this might hasten advancements in fields like data prediction, machine learning, and the analysis of vast volumes of data. In the realm of personal electronics, this memory could remove the need to wait while turning on a computer or smartphone.
Although the work being done at Fudan University in China is a significant advancement, many problems still need to be fixed in terms of implementation and production.
But the future of this technology appears bright, and the advancements made in the upcoming years could permanently alter how we use technology.