This chaotic area of law harms American innovation and competitiveness Without Congressional consideration or endorsement, the Supreme Court has fundamentally altered the U.S. patent system by deciding that certain categories of innovation should not receive patents by widening the “judicial exceptions” to what is eligible to be patented under 35 U.S.C. § 101. Starting in
C4IP Co-Chairs and former USPTO Directors David Kappos and Andrei Iancu just published a new opinion piece in The Hill, which draws from C4IP’s newly released Congressional Innovation Scorecard to explain how the U.S. can fix the growing disparity between its R&D spending and China’s. The scorecard found that a supermajority of Congress — nearly
America’s strong intellectual property system played a pivotal role in the rapid global response to the COVID-19 pandemic. Patents provided crucial incentives for the development of life-saving vaccines, therapies, and diagnostic tests, all of which were distributed globally. However, despite these successes, there are ongoing efforts by certain global leaders to pursue an international agreement at the World Health Organization (WHO) that would erode
Last week, C4IP board members and former federal judges Paul Michel and Kathleen O’Malley published an opinion piece in The Hill highlighting the dire need to pass the Patent Eligibility Restoration Act. The piece traces the origins of the current “crisis of patentability” back to a pair of Supreme Court cases in the early 2010s.
This month, C4IP is recognizing Mark Dean, a pioneer of personal computers. Dean was born in Jefferson City, Tennessee, in 1957, and studied electrical engineering at the University of Tennessee and Florida Atlantic University before becoming chief engineer of IBM’s personal computers division at the age of 25. He led the team behind IBM’s first personal computer and holds three of
Innovation requires IP. Without a strong patent system, innovation does not happen at scale. Virtually every invention of impact is patented, as exemplified by these historical examples from the month of February: 1916: On February 8, Charles Kettering received a patent for the first self-starting automobile engine, a technology that has since been universally incorporated
February was a busy month for C4IP! Here’s a roundup of what our Coalition accomplished over the past month. February Highlights: Protecting the Bayh-Dole Act February 6 concluded NIST’s public comment period for the newly proposed “march-in” framework, which would twist the Bayh-Dole Act into a mechanism for government price control. If implemented, such government
Former USPTO Director and C4IP Co-Chair David Kappos published an opinion piece this week in the Brussels Times advocating against the European Parliament’s proposal to micromanage standard-essential patent (SEP) licensing, which would represent a massive blow to European tech innovators if adopted. Kappos explains how the European Parliament’s proposal, which would task bureaucrats with managing
Claim: During a January 23 Senate Judiciary Subcommittee on Intellectual Property hearing, Richard Blaylock — on behalf of Invitae Corporation — claimed that “PERA as introduced would stifle innovation and harm patient care in the fields of diagnostic genetic testing and precision medicine.” Correction: The Patent Eligibility Restoration Act (PERA) is an essential reform to
C4IP is recognizing John Kellogg, whose invention of the first breakfast cereal transformed American nutrition. John Harvey Kellogg was born in Michigan in February 1852. Kellogg learned early on to value healthy living, which ultimately led him to pursue a career in medicine. He studied at the University of Michigan Medical School and later at Bellevue Hospital Medical College, where
Happy New Year! C4IP’s 2024 has been off to a busy start. Here’s a roundup of what our Coalition has accomplished so far this year. On January 31, C4IP Co-Chair Andrei Iancu and former NSCAI Director of Research and Analysis Rama Elluru published an opinion essay in Reuters centered on the intersection of artificial intelligence
Innovation requires IP. Without a strong patent system, innovation does not happen at scale. Virtually every invention of impact is patented, as exemplified by these historical examples from the month of January: 1967: On January 3, Harry Thomason received a patent for technology to heat and cool a building using solar energy. Thomason’s invention is
