Stringballs and Planckballs for dark matter

Mo, Zhongyou; Netto, Tiberio de Paula; Burzilla, Nicole; Modesto, Leonardo

2022-07-20

10.1007/JHEP07(2022)131

JOURNAL OF HIGH ENERGY PHYSICS   影响因子和分区

1029-8479

As a follow up of the seminal work by Guiot, Borquez, Deur, and Werner on "Graviballs and Dark Matter", we explicitly show that in string theory, local and nonlocal higher derivative theories, as well as general asymptotically-free or finite theories, gravitationally interacting bound states can form when the energy is larger than the Planck energy. On the other hand, in higher derivative or nonlocal theories with interaction governed by a dimensionless or a dimensionful coupling constant, the bound states form when the energy is smaller than the Planck energy. Such bound states are allowed because of the softness of the scattering amplitudes in the ultraviolet region. Indeed, in such theories, the potential is finite while the force is zero or constant in r = 0. Finally, since the bound states that form in the early Universe may have an energy that ranges from the Planck mass to any arbitrarily large or small value, we argue that they can serve as dark matter candidates and/or as the seeds for the structure's formation at large scale in the Cosmos.

Models for Dark Matter String and Brane Phenomenology String Models

SCI

英语

NI论文

第一 ; 通讯

Basic Research Program of the Science, Technology, and Innovation Commission of Shenzhen Municipality[JCYJ20180302174206969]

Physics

Physics, Particles & Fields

WOS:000829159200009

SPRINGER

PHYSICS

Web of Science

Southern Univ Sci & Technol, Dept Phys, 1088 Xueyuan Ave, Shenzhen 518055, Peoples R China

Mo, Zhongyou,Netto, Tiberio de Paula,Burzilla, Nicole,et al. Stringballs and Planckballs for dark matter[J]. JOURNAL OF HIGH ENERGY PHYSICS,2022(7).

Mo, Zhongyou,Netto, Tiberio de Paula,Burzilla, Nicole,&Modesto, Leonardo.(2022).Stringballs and Planckballs for dark matter.JOURNAL OF HIGH ENERGY PHYSICS(7).

Mo, Zhongyou,et al."Stringballs and Planckballs for dark matter".JOURNAL OF HIGH ENERGY PHYSICS .7(2022).