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David Weber
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David Weber

Journalist, News & Current Affairs

AS SEEN ON
Australian Broadcasting Corporation (ABC), BioRxiv, Anchorage Daily News

Preston's Summary

David Weber is a journalist at News & Current Affairs. He covers a diverse range of topics including crime and justice, the judicial system, and the intersection of culture and society with a keen focus on healthcare and alternative medicine. David's work has been featured in The Red & Black Publishing Co., JD Supra, Health Data Management, the Australian Broadcasting Corporation (ABC), and BioRxiv.

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Geo Focus

Perth, Australia (Local)

Coverage Attributes:

Beta
Evolving Stories: 38 %
Breaking News: 27 %
Government Announcement: 17 %
Legal Policy Regulation: 5 %
Cites Data: 3 %

Themes Covered:

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Most Recent Topics:

  • School Administration
  • Court Proceedings
  • Accessibility
  • Civil Rights
  • Diversity & Inclusion
  • Gender Issues

Pitching Insights

David Weber's coverage mainly focuses on evolving and breaking news stories, particularly related to crime and property market in Perth, Western Australia. He also covers government announcements. If you are looking to engage with him for potential coverage or contribution, ensure that your pitch aligns with these areas.

For crime-related topics, consider offering insights from law enforcement officials or experts in criminology. For property market trends in Perth, pitches could include perspectives from real estate professionals or analysts familiar with the area.

Given his focus on local news within Western Australia and specifically Perth, tailoring pitches to reflect a deep understanding of these locations would likely increase the chances of successful engagement with David.

This information evolves through artificial intelligence and human feedback. Improve this profile .

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Articles

American Physical Society

Statistical analysis of current-induced switching in metallic atomic-size contacts

By: Marcel Strohmeier, Franz S. Herbst, Patrick Haiber, David Weber, Elke Scheer

Current-driven conductance switching in atomic-size contacts has been attributed to reversible and vibration-mediated atomic rearrangements. Here, we present a comprehensive statistical analysis on the switching properties of atomic gold, copper, and aluminium contacts fabricated by mechanically controllable break junctions. The comparative analysis shows that various bi- and multilevel switching patterns can exist with volatile as well as nonvolatile features, and with distinct material-dependent preferences among the three metals. In addition, we apply different current-biasing protocols to identify intrinsic and material-dependent switching properties under variable boundary conditions. To explore the stability of such memory states, we reveal the stochastic nature of the underlying switching mechanism and suggest a simple qualitative approach to estimate the creation and failure rate for such switching events. The approach is inspired by atomic-scale electromigration models accounting for the observed switching voltages and conductance jumps.

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