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Although the Internet has fundamentally changed the way we communicate, science publishing is remarkably hesitant in making full use of the potential offered by new technology.
Several approaches are capable of beating the classical 'diffraction limit'. In the optical domain, not only are superlenses a promising choice: concepts such as super-oscillations could provide feasible alternatives.
New dosimeters are needed to measure radiation up to extreme levels created by particle accelerators and nuclear fusion reactors. The time to develop these dosimeters is now.
Starting out as a theoretical physicist, Ludwik Leibler was first introduced to the concept of a polymer by Pierre-Gilles de Gennes. He has gone on to stamp his own inimitable style on the challenges that he has undertaken in soft matter, in particular building strong links with commercial companies. Nature Materials talked to him about the benefits of joining forces with industry — and his experiences with de Gennes.
It's not surprising that the work of de Gennes has already found a variety of applications — understanding soft matter brings great advantages for industry.
From its inception, the polymer industry has engaged theorists in materials design. Despite the maturation of the industry, the need for theoreticians to contribute to the development of new materials for established and emerging applications is as relevant as ever.