Google will give books, but not suggest books. Here, the OP will get suggestions from experts in each field, while google will simply enlist the book names without suggesting the pros and cons of each.jedishrfu said:Have you tried searching for them via google?
Weyl semimetals are a relatively new class of materials that were first predicted by physicists in 1929. They are three-dimensional crystalline solids that exhibit unique electronic properties, including the presence of Weyl fermions, which are massless particles that act as building blocks for exotic quantum states of matter.
Weyl semimetals have the potential to be used in a variety of technological applications, including in advanced electronic devices such as transistors and sensors. They may also have applications in quantum computing and as catalysts for chemical reactions.
Weyl semimetals are unique in that they have a point where two energy bands intersect, known as a Weyl node. This allows for the presence of Weyl fermions and other exotic electronic properties that are not seen in other materials. Additionally, Weyl semimetals are topological materials, meaning they have unique surface states that are robust against impurities and defects.
There is a wide range of ongoing research related to Weyl semimetals, including investigations into their electronic and magnetic properties, the discovery of new Weyl semimetal materials, and the development of techniques to manipulate and control Weyl fermions. There is also interest in exploring potential applications of these materials in various fields.
One of the main challenges in studying Weyl semimetals is the difficulty in synthesizing and characterizing these materials, as they often require specialized equipment and techniques. Additionally, there is still much to be understood about the properties and behavior of Weyl semimetals, which requires further research and experimentation.