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Michael Funk

Washington, D.C., United States

Senior Editor at Science Magazine

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Articles

  • 6 days ago | science.org | Michael Funk |Bianca Lopez |Jake Yeston |Marc S. Lavine

    Environmental Science Mapping metalsBianca LopezHistoric and current human activities, such as copper mining near this tailing pond in Romania, pose serious threats to soil health globally. PHOTO: PAL SZILAGYI PALKO/ALAMY STOCK PHOTOMetals and metalloids are ubiquitous in soils, originating from bedrock and from human activities and infrastructure. These compounds can be toxic to humans and other organisms, and their soil distribution and concentrations at global scale are not well known.

  • 2 months ago | science.org | Shixin Ma |Léa Meneu |Hongbo Liu |Ian S. Osborne |Michael Funk |Madeleine Seale | +11 more

    Topological Optics Viewing topology in higher dimensionsIan S. OsborneArtistic depiction of a four-dimensional regular lattice that forms a quasicrystalline pattern with fivefold symmetry when projected in two dimensions. The symmetry and topology of physical systems are closely related to the symmetries governing the topological properties. Quasicrystals are ordered systems but have no translation or rotational symmetries.

  • Jan 2, 2025 | science.org | Michael Funk |Jesse R. Smith |Phil Szuromi |Sacha Vignieri |Jake Yeston |Mattia Maroso | +8 more

  • Jan 2, 2025 | science.org | Corinne N. Simonti |Jesse R. Smith |Di Jiang |Bianca Lopez |Sarah Ross |Jelena Stajic | +2 more

    Deep-Sea Life A bizarre sea slug in the deepDi JiangDeep-sea biodiversity and the ecological adaptations of life are less explored in the bathypelagic zone than in other oceanic zones. Robison and Haddock describe Bathydevius caudactylus, a new nudibranch (sea slug) species that is found at depths of 1013 to 4009 meters in the eastern North Pacific Ocean.

  • Dec 19, 2024 | science.org | Michael Funk |Ian S. Osborne |Jake Yeston |Madeleine Seale |Sarah Ross |Di Jiang | +7 more

    Optomechanics Motions of the quantum collectiveIan S. OsborneMicro- and nanomechanical oscillators can now be manipulated in the quantum regime. They can be entangled with other degrees of freedom and used for quantum teleportation and quantum storage. To date, these systems have been limited to single or pairs of oscillators. Chegnizadeh et al. now demonstrate scale-up, preparing a collective macroscopic system composed of several individual mechanical oscillators in the quantum ground state.

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