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Despite intense research in the field of strongly correlated electronbehavior for the past few decades, there has been very little effort tounderstand this phenomenon in nano particles of the Kondo lattices. In thisarticle, we review the results of our investigation on the fine particles (lessthan 1 micron) of some of the alloys obtained by high-energy ball-milling tobring out that this synthetic method paves a way to study strong electroncorrelations in nanocrystals of such alloys. We primarily focus on the alloysof the series, CeRu(2-x)Rh(x)Si2, lying at different positions in Doniach'smagnetic phase diagram. While CeRu2Si2, a bulk paramagnet, appears to becomemagnetic (of a glassy type) below about 8 K in fine particle form, in CeRh2Si2,an antiferromagnet (T_N= 36 K) in bulk form, magnetism is destroyed (at leastdown to 0.5 K) in fine particles. In the alloy, CeRu(0.8)Rh(1.2)Si2, at thequantum critical point, no long range magnetic ordering is found

Magnetism of fine particles of Kondo lattices, obtained by high-energy ball-milling