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Tim Wogan

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Indexed articles, last 90 days
3
Latest publication
Sep 1, 2026
Outlet visibility, for Physics World - Quantum Computing
Top 500K sites
Earliest in this view
Aug 17, 2026
The latest indexed work is over 30 days old. There may be a gap in what we hold.

Latest articles

  1. Article · Sep 1, 2026 · Tim Wogan

    Sliding water droplets corrode Teflon-coated metal – Physics World (opens the original)

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    Water droplets sliding across solid surfaces can acquire electric potentials of thousands of volts and thereby corrode non-conductive surfaces on metals when they discharge. That is the conclusion of researchers in Germany who say that the poorly-understood phenomenon warrants further investigation to help prevent corrosion of vulnerable outdoor equipment and cultural heritage sites. Metal corrosion by water droplets is a serious economic and safety issue, and prevention begins with the proper u

  2. Article · Aug 24, 2026 · Tim Wogan

    Protons and neutrons are more than just groups of three quarks – Physics World (opens the original)

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    Particles such as protons and neutrons are more accurately represented as “baryon junctions” than as simple collections of three quarks, say physicists. This finding, which is based on studies of heavy-ion collisions, is at odds with textbook descriptions, but it confirms a longstanding belief among many nuclear physicists that these descriptions are over-simplified. Like charge and energy, baryon number is conserved in all experimentally observed reactions. This conservation law was first artic

  3. Article · Aug 17, 2026 · Tim Wogan

    Has vacuum birefringence been seen at long last? – Physics World (opens the original)

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    The first direct glimpse of vacuum birefringence has been claimed by astronomers who have studied X-ray and radio emissions of a neutron star that is both a magnetar and a pulsar. A central, but unconfirmed prediction of quantum electrodynamics (QED), vacuum birefringence involves the polarization of the quantum vacuum by powerful magnetic fields. Made by a US-led international team, the observation could lead to the use of magnetars as natural laboratories to study other extreme-field phenomena

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