Publications (selected)
- CONSOLI, M., 1979. Radiative corrections to Bhabha scattering in the Weinberg model. Nuclear Physics B vol. 160 p. 208.
- ANTONELLI, F., CONSOLI, M. and CORBO’, G., 1980. One-loop correction to the vector boson masses in the Glashow-Weinberg-Salam model of electromagnetic and weak interactions. Physics Letters B 91, p.90.
- CONSOLI, M., LO PRESTI, S. and MAIANI, L., 1983. Higher order effects and the vector boson physical parameters. Nuclear Physics B vol. 223, p. 474.
- CONSOLI, M. and CIANCITTO, A., 1985. Indications of the Occurrence of SSB in λΦ4 Nuclear Physics B vol. 254, p. 653.
- CONSOLI, M. and PREPARATA, G., 1985. On the stability of the perturbative vacuum in Yang-Mills theories. Physics Letters B 154, p.411.
- CONSOLI, M., HOLLIK, W. and JEGERLEHNER, F., 1989. The effect of a heavy top on the Mw - Mz Physics Letters B vol. 227, p.167.
- BORRELLI, A., CONSOLI, M., MAIANI, L. and SISTO, R., 1990. A model - independent analysis of the Z line-shape. Nuclear Physics B vol. 333, p. 357.
- BRANCHINA, V., CASTORINA, P., CONSOLI, M. and ZAPPALA’, D., 1990. The hadronic width of the Z from a fit to R(e+e- --> hadrons). Physical Review Letters, 65, p. 3237.
- CONSOLI, M. and FIELD, J.H., 1994. Effective Gluon mass and the determination of αs from the J/ψ and Y branching ratios. Physical Review D 49, p. 1293.
- CONSOLI, M. and STEVENSON, P.M., 1994. The non trivial effective potential of the "trivial" λΦ4 Theory: a lattice test. Zeitschrift f. Physik 63, p.427.
- CONSOLI, M. and STEVENSON, P.M., 1996. Landau Poles, Ultraviolet Fixed Points and "Triviality" in the perturbative expansion of λΦ4 Modern Physics Letters A, vol. 11, p.2511.
- CONSOLI, M. and STEVENSON, P.M., 1997. Mode-Dependent Field Renormalization and "Triviality" in λΦ4 Physics Letters B vol. 391, p.144.
- CEA, P., CONSOLI, M., COSMAI, L. and STEVENSON, P.M. 1999. Further lattice evidences for a large re-scaling of the Higgs condensate. Modern Physics Letters A, vol. 14, p.1673.
- CONSOLI, M. and STEVENSON, P.M., 2000. Physical mechanisms generating spontaneous symmetry breaking and a hierarchy of scales. International Journal of Modern Physics A, vol. 15, p.133.
- CONSOLI, M., 2002. Spontaneous symmetry breaking and the pà 0 limit. Physical Review D 65, p. 105017.
- CONSOLI, M. and COSTANZO, E., 2004. From classical to modern ether-drift experiments: the narrow window for a preferred frame. Physics Letters A 333, p.355.
- CONSOLI, M. and COSTANZO, E., 2008. Is the physical vacuum a preferred frame ?. European Physical Journal C, vol. 54, p. 385
- CONSOLI, M., 2009. Do 1/r potentials require massless particles ? Physics Letters B 672, p.270.
- CONSOLI, M., 2009. Ultraweak excitations of the quantum vacuum as physical models of gravity. Classical and Quantum Gravity 26, p. 225008.
- CONSOLI, M. and PAPPALARDO, L., 2010. Emergent gravity and ether-drift experiments. General Relativity and Gravitation 42, p. 2585.
- CONSOLI, M., 2012. A kinetic basis for space-time symmetries. Physics Letters A 376, p.3377.
- CONSOLI, M., MATHESON, C. and PLUCHINO, A. 2013. The classical ether-drift experiments: a modern re-interpretation. European Physical Journal Plus, vol. 128, p. 71.
- CONSOLI, M., 2015. Probing the vacuum of particle physics with precise laser interferometry. Foundations of Physics 45, p. 22.
- CONSOLI, M., PLUCHINO, A., RAPISARDA, A., 2016. Cosmic Background Radiation and 'ether drift' experiments. Europhysics Lett. 113, p.19001.
- CONSOLI, M. and PLUCHINO, A., 2018. Cosmic Microwave Background and the issue of a fundamental preferred frame. Eur. Phys. Jour. Plus 133, p.295.