For the prototypical heavy-fermion (HF) metal CeCu2Si2 superconductivity extends to
surprisingly high pressures (P> 10GPa), quite different from other Ce-based HF …

In this paper the low-temperature properties of two isostructural canonical heavy-fermion
compounds are contrasted with regards to the interplay between antiferromagnetic (AF) …

We discuss first the physical properties of the prototypical heavy-fermion superconductor
CeCu2Si2 and, second, the relationship of its superconductivity with both a spin-density …

CeCu2Si2 plays a crucial role in studying heavy fermion superconductivity and related
phenomena. Both the superconducting and normal state properties support the existence of …

The first heavy fermion superconductor CeCu 2 Si 2 is still only partially understood. At high
pressures, superconductivity is supposed to be mediated by a different mechanism than at …

The heavy-fermion superconductor CeCu2Si2 exhibits two-band, d-wave superconductivity
with a finite energy gap over the whole Fermi surface around the magnetic instability where …

The archetypical heavy-fermion superconductor Ce Cu 2 Si 2 is known to present two
distinct superconducting phases under pressure. In the low-pressure region, the …

The archetypal heavy fermion superconductor CeCu 2 Si 2 exhibits an unusual pressure–
temperature (P–T) phase diagram, in which superconductivity survives over a broad region …

We carried out specific-heat and ac-susceptibility experiments under hydrostatic pressure to
investigate the interplay of spin-density-wave antiferromagnetism (A) and superconductivity …

The origin of unconventional superconductivity, including high-temperature and heavy-
fermion superconductivity, is still a matter of controversy. Spin excitations instead of phonons …