Khanna, Akshat; Moretti, Stefano; Sarkar, Agnivo(Cornell University Library, 2025-09)
We propose an interpretation of a rather significant 650 GeV excess emerged at the Large Hadron Collider (LHC) from CMS Collaboration data in the final state, accompanied by further clusters at 125(90-100) GeV in the ...
We propose that the infrared (IR) running of Newton's coupling provides a simple and universal explanation for large--distance modifications of gravity relevant to dark matter phenomenology. Within the effective field ...
Biswas, Shauvik; Sadhu, Amruta; Sarkar, Sudipta(Cornell University Library, 2025-09)
In this work, we use the weak cosmic censorship conjecture(WCC) to constrain black hole solutions in modified gravity theories. While Wald showed that extremal Kerr-Newman black holes in general relativity cannot be ...
Aparna, Rathi; Pranav S. S.; Kalon, Gopinadhan(Elsevier, 2025-12)
Achieving high water permeance while maintaining effective solute rejection remains a critical challenge in polyamide membranes, primarily due to structural inhomogeneities created by conventional interfacial polymerization. ...
We study the high-energy limit of 2→2 one-loop string amplitudes at fixed momentum transfer. For the closed string, the high-energy behavior of the amplitudes can be determined from Regge theory just like in field theory, ...
We present the first study of how dark matter environments influence nonlinear gravitational memory from intermediate-mass-ratio binaries. Incorporating dark matter effects-gravitational potential, dynamical friction, and ...