activity
20002012
most citedLack of Ultrametricity in the Low-Temperature phase of 3D Ising Spin Glasses

28 citations · 108 across the 8 of their papers we have counts for

collaborators

8 papers

cond-mat.stat-mech2012★ 3 cited

Temperature Integration: an efficient procedure for calculation of free energy differences

Asaf Farhi, Guy Hed, Michael Bon +3

We propose a method, Temperature Integration, which allows an efficient calculation of free energy differences between two systems of interest, with the same degrees of freedom, wh…

cond-mat.dis-nn2006★ 5 cited

Non-trivial link overlap distribution in three-dimensional Ising spin glasses

Guy Hed, Eytan Domany

We investigate the distributions of the link overlap, P(Q), in 3-dimensional Ising spin glasses. We use clustering methodology to identify a set of pairs of states from different G…

cond-mat.soft2005★ 11 cited

The Immunity of Polymer-Microemulsion Networks

Guy Hed, S. A. Safran

The concept of network immunity, i.e., the robustness of the network connectivity after a random deletion of edges or vertices, has been investigated in biological or communication…

cond-mat.soft2004★ 17 cited

Attractive instability of oppositely charged membranes induced by charge density fluctuations

Guy Hed, S. A. Safran

We predict the conditions under which two oppositely charged membranes show a dynamic, attractive instability. Two layers with unequal charges of opposite sign can repel or be stab…

cond-mat.dis-nn2003★ 28 cited

Lack of Ultrametricity in the Low-Temperature phase of 3D Ising Spin Glasses

Guy Hed, A. P. Young, Eytan Domany

We study the low-temperature spin-glass phases of the Sherrington-Kirkpatrick (SK) model and of the 3-dimensional short range Ising spin glass (3dISG). For the SK model, evidence f…

cond-mat.soft2002★ 22 cited

Initiation and dynamics of hemifusion in lipid bilayers

Guy Hed, S. A. Safran

One approach to the understanding of fusion in cells and model membranes involves stalk formation and expansion of the hemifusion diaphragm. We predict theoretically the initiation…