We have studied the pressure dependence of the magnetization of single crystalline CeSi1.81. At ambient pressure, ferromagnetism develops below TC=9.5K. Below $\sim$5K an additional shoulder in low-field hysteresis loops and a metamagnetic crossover around 4T suggest the appearance of an additional magnetic modulation to the ferromagnetic state. The suppression of the magnetic order in CeSi1.81 as function of temperature at ambient pressure and as function of pressure at low temperature are in remarkable qualitative agreement. The continuous suppression of the ordered moment at pc$\approx$13.1kbar suggests the existence of a ferromagnetic quantum critical point in this material.     «

We have studied the pressure dependence of the magnetization of single crystalline CeSi1.81. At ambient pressure, ferromagnetism develops below TC=9.5K. Below $\sim$5K an additional shoulder in low-field hysteresis loops and a metamagnetic crossover around 4T suggest the appearance of an additional magnetic modulation to the ferromagnetic state. The suppression of the magnetic order in CeSi1.81 as function of temperature at ambient pressure and as function of pressure at low temperature are in r...     »