126003 -

Papers under this ID have also examined Einstein-Maxwell-dilaton theory and the reconstruction of bulk observables in black hole backgrounds .

The identifier serves as a specific reference across several technical and institutional domains, most notably in scientific publishing and international development documentation. 1. Physics and Scientific Publishing

Research in Vol. 107 uses a fluid model to study the transition between black holes and strings at high temperatures. 126003

In the Journal of Biomedical Optics , the number identifies studies such as:

In the context of academic journals, is a frequent article number (or electronic location identifier) for the 12th issue of various volumes. Theoretical Physics (Physical Review D): Physics and Scientific Publishing Research in Vol

Statistically standardized optical digital wrist models for medical imaging applications. 2. International Development (World Bank)

A notable paper (e.g., in Vol. 98) explores the quantum extension of Kruskal space-time , providing models for black holes that avoid classical singularities. 126003

is a document ID for a World Bank Working Paper titled "Information and Communication Technologies (ICT) for City Resilience." World Bank Document