Exogenous technological progress is not a key assumption of the Solow-Swan model. Instead, endogenous growth theory assumes that technological progress is driven by factors within the economic system, such as investment in research and development.

Endogenous growth theory emphasizes the role of all three factors - physical capital accumulation, human capital accumulation, and technological progress - in driving long-run economic growth.

Temporal spillovers are not a type of knowledge spillover. Horizontal spillovers occur between firms in the same industry, vertical spillovers occur between firms in different stages of production, and geographical spillovers occur between firms located in close proximity.

The Romer model assumes that there are increasing returns to scale in research and development, meaning that the marginal product of research and development is greater than the average product.

Increasing the minimum wage is not a policy that can be used to promote endogenous growth. Investing in education and training, providing subsidies for research and development, and protecting intellectual property rights are all policies that can be used to promote endogenous growth.

The Lucas model assumes that human capital is the only factor of production, and that technological progress is driven by the accumulation of human capital.

Pecuniary externalities are not a type of externality that can arise from research and development. Positive externalities occur when the benefits of research and development spill over to other firms or individuals, negative externalities occur when the costs of research and development spill over to other firms or individuals, and technological externalities occur when research and development leads to the creation of new technologies that can be used by other firms or individuals.

The Aghion and Howitt model assumes that firms can perfectly appropriate the returns to their research and development investments, and that technological progress is driven by the accumulation of knowledge.

Physical capital is not a type of knowledge capital. Human capital, social capital, and organizational capital are all types of knowledge capital.

The Grossman and Helpman model assumes that there are increasing returns to scale in research and development, and that technological progress is driven by the accumulation of knowledge.

The Solow-Swan model is not a type of endogenous growth model. The Romer model, the Lucas model, and the Aghion and Howitt model are all types of endogenous growth models.

The Jones model assumes that there are increasing returns to scale in research and development, and that technological progress is driven by the accumulation of knowledge.

Increasing the minimum wage is not a policy that can be used to promote endogenous growth. Investing in education and training, providing subsidies for research and development, and protecting intellectual property rights are all policies that can be used to promote endogenous growth.

The Murphy, Shleifer, and Vishny model assumes that firms can perfectly appropriate the returns to their research and development investments, and that technological progress is driven by the accumulation of knowledge.

Temporal spillovers are not a type of knowledge spillover. Horizontal spillovers occur between firms in the same industry, vertical spillovers occur between firms in different stages of production, and geographical spillovers occur between firms located in close proximity.