• Policy-driven growth in university technology transfer, driven by Bayh–Dole, is reflected in rising patenting/licensing, emergence of equity-based commercialization, and the need for inventor collaboration across universities and industry [2], [4], [7], [13].

• Firms increasingly treat licensing as a market-design and contractual governance problem, as shown in technology markets, licensing markets, strategic delegation, and contract structure studies [8], [5], [6], [1], [17].

• Licensing outcomes reflect incumbents' advantage, entrants' licenses, and R&D incentives; empirical and theoretical work reveals the strategic role of licensing in post-innovation profits and firm competition [14], [3], [15], [17].

• IP regimes intersect with research norms, access for non-profit work, differential pricing, and protection policies; studies explore how policy and ethics shape licensing and technology diffusion [16], [9], [19], [11].

• Licensing activity as a component of knowledge economies and platform economics, highlighting licensing behavior in chemical licensing via Himont, platform rights, and industry perspectives on university tech [12], [20], [10].