Toward the anomalous transport of cuprate strange metal from holography
We study the anomalous transport of cuprate strange metal in a holographic model with momentum dissipation. We show that both the linear T-dependence resistivity and the quadratic T-dependence inverse Hall angle can be naturally achieved. Other anomalous temperature scaling of transport quantities of cuprates, such as 1) the Hall Lorenz ratio, 2) the Nernst coefficient and 3) the magnetoresistance can also be reproduced
