By Sergio M. Kuzenko
Rules and techniques of Supersymmetry and Supergravity: Or a stroll via Superspace offers a finished, distinct, and self-contained account of 4 dimensional basic supersymmetry and supergravity. during the booklet, the authors domesticate their fabric intimately with calculations and entire discussions of the elemental principles and motivations. They advance the topic in its superfield formulations yet the place applicable for representation, analogy, and comparability with traditional box idea, they use the part formula. The booklet discusses many matters that, in the past, can merely be present in the learn literature. furthermore, it offers a plethora of recent effects.
Combining classical and quantum box idea with workforce conception, differential geometry, and algebra, the e-book starts off with a superb mathematical history that's utilized in the remainder of the booklet. the following bankruptcy covers algebraic points of supersymmetry and the techniques of superspace and superfield. within the following chapters, the ebook provides classical and quantum superfield conception and the superfield formula of supergravity. A synthesis of effects and techniques constructed within the ebook, the ultimate bankruptcy concludes with the idea of powerful motion in curved superspaces.
After learning this booklet, readers can be ready to pursue self sustaining learn in any region of supersymmetry and supergravity. it will likely be an fundamental resource of reference for complicated graduate scholars, postdoctoral school, and researchers concerned with quantum box conception, excessive strength physics, gravity thought, mathematical physics, and utilized arithmetic.
Read Online or Download Ideas and methods of supersymmetry and supergravity, or, A walk through superspace PDF
Similar symmetry and group books
E-book via Dicks, W.
The idea that of symmetry is inherent to fashionable technology, and its evolution has a fancy heritage that richly exemplifies the dynamics of medical swap. This learn is predicated on fundamental resources, awarded in context: the authors research heavily the trajectory of the idea that within the mathematical and clinical disciplines in addition to its trajectory in paintings and structure.
Additional info for Ideas and methods of supersymmetry and supergravity, or, A walk through superspace
15) acting in a Hilbert space of particle states. The union of operators U ( A , b ) provides us with a unitary representation of the Poincare group. Operators P, and J a b are the corresponding generators. The generators P, are identified with the energy-momentum operator, P, =( - W,p), where W and p are the Hamiltonian and the momentum of some quantized field. 9) coincides with the squared mass operator. Note that there exist Poincare representations with negative mass squared. However, physically, such representations are not admissible.
Small letters from the beginning of the Latin alphabet are used for flat-space vector indices and small letters from the middle are used for curved-space indices. In principle, there is no great advantage in working with Lorentz tensors instead of world tensors. The main importance of the local Lorentz group structure on a space-time manifold lies in the fact that spinor fields, which are used for describing half-integer spin particles, can be defined only as (linear) representations of the Lorentz group.
P20 (1 5 3 4 ) If p2 >O, a basis in the space of representation consists of states IF) IWIIF)=r,IF) R2/F)=r21F) labelled by points F=(rl, r 2 ) of the one-sphere (r,)’ +(r2)’ = p 2 . Thus, if p2 > 0, the operators R, and R 2 have a continuous spectrum, and the representation is infinite-dimensional. On the other hand, the subspace V, should have a finite dimension. Therefore, no other possibility is available, but p2 = O and RI, R, are trivial on V,, hence w,= w2=o. 5,19), we see now that H , acts on V, as the product of a U(1) phase group and an Abelian group generated by the only operator J 1 2 .