Matteo Palassini - Publications, H-index & Citations

Matteo Palassini

university of barcelona

14H指数

55论文数

1.2K被引数

收录论文 11

发表时间

Excluded volume induces buckling in optically driven colloidal rings

PHYSICAL REVIEW RESEARCH

IF4.2

2024-03-01

OAAI

Cereceda-Lopez, Eric; Ostinato, Mattia; Ortiz-Ambriz, Antonio; Straube, Arthur V.; Palassini, Matteo; Tierno, Pietro

Derepression of Polycomb targets during pancreatic organogenesis allows insulin-producing beta-cells to adopt a neural gene activity program

GENOME RESEARCH

IF5.5

2010-04-15

150

OAAI

van Arensbergen, Joris; Garcia-Hurtado, Javier; Moran, Ignasi; Angel Maestro, Miguel; Xu, Xiaobo; Van de Casteele, Mark; Skoudy, Anouchka L.; Palassini, Matteo; Heimberg, Harry; Ferrer, Jorge

Order-parameter fluctuations in Ising spin glasses at low temperatures

PHYSICAL REVIEW B

IF3.7

2003-12-29

OAAI

Palassini, M; Sales, M; Ritort, F

Ground state of the Bethe lattice spin glass and running time of an exact optimization algorithm -: art. no. 094406

PHYSICAL REVIEW B

IF3.7

2003-09-05

OAAI

Liers, F; Palassini, M; Hartmann, AK; Jünger, M

Low-energy excitations in spin glasses from exact ground states

PHYSICAL REVIEW B

IF3.7

2003-08-13

OAAI

Palassini, M; Liers, F; Juenger, M; Young, AP

State hierarchy induced by correlated spin domains in short-range spin glasses

PHYSICAL REVIEW B

IF3.7

2001-11-20

OAAI

Domany, E; Hed, G; Palassini, M; Young, AP

Monte Carlo simulations of spin glasses at low temperatures

PHYSICAL REVIEW B

IF3.7

2001-04-19

143

OAAI

Katzgraber, HG; Palassini, M; Young, AP

Effects of ground-state degeneracy on the ±J spin glass -: art. no. 140408

PHYSICAL REVIEW B

IF3.7

2001-03-19

OAAI

Palassini, M; Young, AP

Evidence for a trivial ground-state structure in the two-dimensional Ising spin glass

PHYSICAL REVIEW B

IF3.7

1999-10-01

OAAI

Palassini, M; Young, AP

Finite size scaling in 3D Ising spin glasses

COMPUTER PHYSICS COMMUNICATIONS

IF3.4

1999-09-01

PREAI

Palassini, M; Caracciolo, S

Numerical analysis of viscous flow through fibrous media: a model for glomerular basement membrane permeability

AMERICAN JOURNAL OF PHYSIOLOGY-RENAL PHYSIOLOGY

IF3.4

1998-01-01

PREAI

Palassini, M; Remuzzi, A

研究方向