, it's not so easy for me to find it.So how can I find it?Vanadium 50 said:There's information on the landing page on the arXiv. But since you linked directly to the PDF
Simply click on the arXiv banner on the left side of the first page.Vanadium 50 said:There's information on the landing page on the arXiv. But since you linked directly to the PDF
I'll send you the e-mail of Dumitrescu by PM.MathematicalPhysicist said:
MathematicalPhysicist said:
Not currently, no.MathematicalPhysicist said:
If this were valid reasoning it would apply to every scientific theory since all such theories are finite. So it's obviously not valid reasoning since we do have experimental evidence in factor of many scientific theories.MathematicalPhysicist said:
The Multi-Monopole Point of SU(N) N=2 Gauge Theory in Four Dimensions is a theoretical concept in physics that describes the behavior of gauge fields in a specific type of gauge theory. This point is characterized by the presence of multiple monopole solutions, which are topological defects in the gauge field that have magnetic charge.
The Multi-Monopole Point is a special feature of the N=2 supersymmetric gauge theory. In this theory, the gauge fields interact with a set of fermions, known as superpartners, which have the same mass and spin as the gauge fields. This symmetry between bosons and fermions allows for the existence of the Multi-Monopole Point.
The Multi-Monopole Point is an important concept in theoretical physics because it provides a deeper understanding of the behavior of gauge fields and their interactions. It also has implications for the study of supersymmetry and the search for a unified theory that can explain all fundamental forces in nature.
The Multi-Monopole Point is primarily studied using mathematical models and simulations, as it is not yet possible to directly observe it in experiments. However, some indirect evidence for the existence of this point has been observed in experiments involving high-energy collisions of particles at accelerators such as the Large Hadron Collider.
Currently, there are no known practical applications of the Multi-Monopole Point. However, the research and understanding of this concept may have implications for the development of new technologies in the future, particularly in the fields of quantum computing and high-energy physics.