We’re thrilled to share our latest research, now available on arXiv: “Riemann-Cartan holography and conductivity”. In this paper, we generalize the usual holographic duality setup by introducing a Riemann-Cartan bulk with non-trivial torsion. We investigate how torsion, which induces spin currents at the boundary, affects the boundary theory’s conductivity. Our findings suggest that non-minimal couplings […]
New project paper on arXiv! Read More »
Our first paper, “Boundary terms, branes, and AdS/BCFT duality in first-order gravity,” has been published in Physical Review D. This is a significant step forward for our research, and we are motivated to continue with our calculations after a short spring break.
Thrilled to share that the first article by our HINT project’s authors has wrapped up, generalizing the AdS/BCFT correspondence to spacetime with torsion. (arXiV: 2401.16306) In the realm of holographic duality (AdS/CFT, note the missing B!), a bridge is forged between two theories: the (quantum) gravity theory residing in a space of dimensions D+1, and the
Boundary terms, branes and AdS/BCFT in first-order gravity Read More »
