Holographic Duality In Condensed Matter ality complements these approaches by offering analytic control in strongly coupled, finite-temperature regimes. However, it is important to note that the holographic models are typically phenomenological and may lack a direct microscopic derivation from the underlying condens Jan 16, 2026 Read more →
holographic duality in condensed matter physics that exhibit similar scaling properties and anomalous transport phenomena. This approach offers insights into the emergent quantum criticality and unconventional metallic states that are challenging to analyze u Jan 5, 2026 Read more →
gauge gravity duality foundations and application phenomena. Facilitates cross-disciplinary insights between high-energy physics, condensed matter, and quantum information. Pros: Enables calculations of transport coefficients and thermodynamics in strongly coupled regimes. Clarifies conceptual issues related to b Jun 24, 2026 Read more →
