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Michael Carrier on Muck Rack

Michael Carrier

As seen in: The Wall Street Journal, Los Angeles Times, The Hill, JAMA (The Journal of the American Medical Association), STAT, Bangor Daily News, Health Affairs, The Morning Call, Bloomberg Law, PYMNTS and
Professor at Rutgers Law School specializing in antitrust and IP law. @mcarrier@mastodon.lawprofs.org; @mcarrier.bsky.social

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Articles

AI Copyright and Filmmaking: Legal Risks, Global Case Law, and What Asian Creators Need to Know

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By Michael Carrier, Brian Gabriel, Panos Kotzathanasis
| Asian Movie Pulse
by Michael Carrier and Brian Gabriel On March 31, one of the hottest AI companies in the world, Anthropic, accidentally leaked the source code for its flagship product Claude Code – a program that by its own admission was automatically programmed to a large extent by its own gen AI coding tools. While not all of the secret sauce was spilled, the basic code and how it interacts with local environments was revealed.
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Worried About AI Monopoly? Embrace Copyright’s Limits

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By Michael Carrier, Derek Slater
| Lawfare Verified
Big Tech is in the crosshairs. Critiques reverberate on both sides of the aisle. Antitrust lawsuits abound. Privacy problems persist. And now, a new front has opened: copyright—specifically, the claim that Big Tech’s generative artificial intelligence (AI) infringes copyrighted works. Some observers have even applauded copyright enforcement and expansion as a vehicle to weaken Big Tech’s monopoly power.
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Certification of Standard Reference Material® 1989 Monodisperse Irregularly Shaped Epoxy-Based Particles (Nominal 100 µm, 150 µm, 220 µm)

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By Srivalli Telikepalli, Dean C. Ripple, Michael Carrier, Kristen Steffens
| nist.gov
, Dean Ripple, , , , , , , Standard Reference Material (SRM) 1989 is a NIST particle standard produced using photolithographic methods and delivers a certified value for particle size of an irregularly shaped particle. This SRM was developed to allow a more accurate monitoring of visible protein-like particles that may be found in biotherapeutics.
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