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IAM Strategy 300 Winners
What Separates an IP Attorney at SLW From a Patent Attorney Four SLW attorneys were named to the IAM Strategy 300: The World’s Leading IP Strategists 2026. What the distinction measures says something about how patent work is changing. Every company with an R&D budget eventually runs into a question that goes beyond any single […]
Can You Actually Keep It Secret?
Can You Actually Keep It Secret? Trade Secrets When Reverse Engineering Gets Cheap In a recent piece I argued that agentic coding is draining your moat. When a capable team with the right tools can reach feature parity in days, the advantage of shipping first stops being defensible and becomes table stakes. That argument has […]
The Menu Changes, Not the Price
The Menu Changes, Not the Price A Few Thoughts on Patent Prosecution in 5, 10, and 15 Years, for In-House and Outside Counsel At a recent conference I attended, a panel was asked what patent prosecution might look like in five, ten, and fifteen years, for both in-house and outside counsel. I have some thoughts. […]
One Antibody, One Claim, One Hundred Million Dollars: The Power of Strategic Means-Plus-Function Claiming in the Life Sciences
In the world of patent law, a single claim can be worth a fortune. A real-life example of this can be found in the ongoing IP dispute between Xencor, Inc. and Alexion Pharmaceuticals, Inc., where Xencor’s recently issued patent, which issued with just one claim, underlies Xencor’s expectations for 100-120 million dollars in additional US […]
Enablement Challenges in Quantum Computing Patents: Lessons from Recent PTAB Cases
The quantum computing revolution is generating groundbreaking innovations – and equally complex patent prosecution challenges. Among these challenges, enablement requirements under 35 U.S.C. § 112(a) have emerged as a particularly thorny issue for patent practitioners working in this field.
Recent decisions from the Patent Trial and Appeal Board (PTAB) reveal a troubling pattern: even well-represented corporate applicants are struggling to satisfy enablement requirements for quantum computing inventions. Understanding why these applications failed – and what succeeded – offers critical guidance for practitioners navigating this emerging technology landscape.
What Is Quantum Computing and Why Should Patent Practitioners Care?
If you have been hearing the phrase “quantum computing” more and more lately and wondering what it actually means for your patent practice, you are not alone. Quantum computing is a subset of quantum technology, which is one of the most rapidly developing fields in science and engineering today. Quantum technology spans sensing, communication, and computing technologies, with quantum computing being the fastest growing quantum technology.