Brambilla, et al. Reply
Giovanni Brambilla (LCVN), Djamel El Masri (LCVN), Matteo Pierno, (LCVN), Ludovic Berthier (LCVN), Luca Cipelletti (LCVN), George Petekidis, (IESL-FORTH), Andrew B. Schofield (SUPA)
TL;DR
This paper is a reply clarifying that dense colloidal hard spheres exhibit a unique dynamical regime at high volume fractions, which previous studies and mode-coupling theory do not account for.
Contribution
The authors defend their claim that a new dynamical regime exists in dense colloidal spheres, challenging prior observations and theoretical descriptions.
Findings
Identification of a novel dynamical regime at high volume fractions
Discrepancy with earlier experimental results
Limitations of mode-coupling theory in describing this regime
Abstract
Brambilla, et al. Reply: van Megen and Williams (vMW) question our recent claim that dense colloidal hard spheres enter at large volume fraction \phi a dynamical regime not observed in earlier work and not described by the mode-coupling theory (MCT) of the glass transition.
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