This review presents a survey of, and guide to, new materials physics (NMP) research. It
begins with an overview of the goals of NMP and then presents important ideas and …

Entropic forces in classical many-body systems, eg, colloidal suspensions, can lead to the
formation of new phases. Quantum fluctuations can have similar effects: spin fluctuations …

The antiferromagnet and semimetal Eu Cd 2 As 2 has recently attracted a lot of attention due
to a wealth of topological phases arising from the interplay of topology and magnetism. In …

Color centers are versatile systems that generate quantum light, sense magnetic fields and
produce spin‐photon entanglement. We review how these properties have pushed the limits …

Ternary compounds with an immiscible pair of elements are relatively unexplored but
promising for novel quantum materials discovery. Exploring what third element and its ratio …

We have grown a series of nickel-substituted single crystals of the layered ferromagnet (FM)
Fe 3 GeTe 2. The large single-crystalline samples of (Fe 1− x Ni x) 3 GeTe 2 with x= 0–0.84 …

Experimental and theoretical investigations on itinerant ferromagnetic systems under
pressure have shown that ferromagnetic quantum criticality is avoided either by a change of …

Quantum critical points (QCPs) emerge when a second-order phase transition is suppressed
to zero temperature. In metals the quantum fluctuations at such a QCP can give rise to new …

LaCrGe 3 has attracted attention as a paradigm example of the avoidance of ferromagnetic
(FM) quantum criticality in an itinerant magnet. Here, we combined thermodynamic (specific …

We outline how pairs of strongly immiscible elements, referred to here as antagonistic pairs,
can be used to synthesize ternary compounds with low or quasi-reduced-dimensional motifs …