Scientists discover “half ice, half fire”; to understand

Scientific Journal in a study published in the letters of physical examination, a scientist team announced the discovery of a new stage of the issue: A state called “half ice, half fire”. Until then, science had never observed this special stage, which was an unprecedented behavior in electron returns.

The research was conducted on the basis of one -dimensional magnetic material model (Ferrimagneto) at the Brookhaven National Laboratory.

In this study, scientists were able to observe the magnetic moments of electrons. Basically, it is an exotic condition in which highly lined cold turns and equally irregular hot turns move together.

https://www.youtube.com/watch?v=184EP_KUXEK

In addition to being important because science represents this stage for the first time, scientists have a deeper work of the phenomenon. Energy and information technology leads to the development of new technologies in industries.

They also claim that the discoveries have opened new possibilities to understand and control the material stages and transitions.

“Finding new situations with exotic physical characteristics – and being able to understand and control transitions between these situations – are central problems in the fields of intense substance physics and material science. Solving these problems can lead to progress in technologies such as quantum and spintron calculation.” He said.

Half a fire, half ice

In an official statement, it was informed that the team examined a magnetic compound generated by Strontium, Copper, Iridium and Oxygen.

From this research, scientists were able to publish two articles about their phase behavior in magnetic materials. So, they observed in 2016 For the first time the state “half fire, half ice”.

The state is encouraged by a critical external magnetic field; But they didn’t fully understand what this means.

With the latest research, scientists found that the “half ice, half fire” stage has the opposite and hidden situation in which hot and cold rotations change behaviors: Cold turns heated and warm ones behave like cold.

One of the possible applications of discovery is about cooling technologies, but large companies can use to develop new quantum storage methods.

Yin, “Later, in systems with quantum turns and additional degrees of freedom related to networks, cargo and orbitals,” Let’s explore the phenomenon of half -care, half ice “. The door of new possibilities is now open.”

Recent research has revealed unusual behaviors in the electrons of certain materials that may pave the way for technological progress. Do you want to know more? Understand how electron dance can lead to superconductors at room temperature. Until next time!