<p>In Economic Growth and particularly dynamic optimization. My professor taught us that an intertemporal allocation is a dynamic optimum(Pareto Optimum) only if(necessary condition) at any given instance it is a stationary(instant, contemporary) optimum.</p>

<p>I questioned about patents. We are sacrificing the present for R&amp;D. We are creating a monopoly to give incentives for R&amp;D. So obviously it cannot be at present, instantly pareto optimal. Nonetheless couldn't patents help? Since probably they give incentives for R&amp;D?</p>

<p>The professor replied saying that this is exactly why some researchers in Industrial Organization defy, question patents and their benefits.</p>

<p>Could pharmaceuticals work just as well or even better with no patents? In work just as well I mean the intensity of the incentives for R&amp;D.</p>

CC BY-SA 4.0
2019-05-31T19:33:14.420Z
Your professor's statement depends on the underlying model. I think both of you have different models in mind. The question also seems a bit blurred. The idea behind patents is that you offer a firm monopoly rents for some time so that they have an incentive to invest into R&D. This is not Pareto-efficient. It would be welfare-improving if the firm is forced to invest and afterwards has to offer the good at marginal cost. In practice, you cannot force the firm to make losses, but patents can be a second-best alternative, not first-best.
Bayesian
CC BY-SA 4.0
2019-05-31T19:49:24.243Z
@Bayesian Is it really not Pareto-Efficient? Is one actually sacrificing the present and near future when creating patents? Sure one is creating a monopoly but they are most probably lowering the costs, or creating a new market. Even a monopoly is strictly preferable than no market. Every participating agent is better off. Chemotherapies and patented drugs are expensive still most people prefer to have the option of a patented drug than no drug. We indeed have different models in mind I asked for a reference.
George Ntoulos
CC BY-SA 4.0
2019-05-31T20:13:45.520Z
I am not saying that patents are not welfare-improving. I am simply saying that they may only be constrained-efficient. You could get an even larger welfare when you force the firm to offer the good at marginal cost. Since there are reasonable constraints that this first-best is not achievable, patents may (depending on the model) be second-best.
Bayesian
CC BY-SA 4.0
2019-05-31T20:47:39.833Z
@Bayesian You can potentially force the firm to offer any good at any price. The problem is discovering the marginal cost and forcing the government to issue said laws. Political economics(positive), Mechanism design, Auction theory, Social Choice, Contract Theory even Econometrics are all involved. And simply welfare(utility) is never a quantintative quantity(maths). If you use some money like structure to measure it it becames quantintative. Otherwise It is purely ordered. The monopolist is actually in a worse position with perfect competition. Only society as a whole and consumers benefit.
George Ntoulos
CC BY-SA 4.0
2019-06-10T19:46:25.143Z
@Bayesian How could we discover the marginal cost and force the government to isse the law for the firm to provide at that price. How could we even do so optimally? It reminds me of Barro-Gordon. You just cannot(should not) cheat. Are there any reliable sources that deal with Patents and Dynamic Optimazation and conclude that Patents are not the Optimum. If the first best is not available it is not even a choice to be considered. The second best is the optimum.
George Ntoulos
CC BY-SA 4.0
2019-06-10T20:56:26.160Z
In a first-best world, you know the marginal cost. The term second-best only exists because the first-best is generally not achievable.
Bayesian
CC BY-SA 4.0
2019-06-10T21:18:51.467Z
@Bayesian I could not understand what you said! Even if you knew the marginal cost how would you force the government to pass said laws? Which firm would invest in R&D knowing the profit will be 0. If you are indiferrent you might as well abstain from investing. That is why the default option is always no. It is safer. About the term existing because something better in not achievable, this one is totally beyond me. https://www.lexico.com/en/definition/second_best. There is always a second best regardless of the first-best being available. A term exists only because there is some semantic need
George Ntoulos
CC BY-SA 4.0
2019-06-10T22:02:20.863Z
Let's just leave it at your first sentence. This is not a discussion forum.
What I meant is that the term second-best only has relevance in economics because you generally cannot get first-best. Otherwise, there would be no need to consider a constrained efficient solution. I am absolutely not (and never was) disputing that patents are a good solution to the R&D problem or even the best available one.
Bayesian
CC BY-SA 4.0
2019-06-10T22:35:19.453Z
@Bayesian Are there any reliable sources for self-study as far as Patents are concerned in Dynamic Optimization?
George Ntoulos
<reference-request><economic-growth><industrial-organisation><mechanism-design><intellectual-property>
Are there any studies, academic papers or articles that defy "common" knowledge", i.e that patents give an incentive for R&D to private business?
George Ntoulos
# Are there any studies, academic papers or articles that defy "common" knowledge", i.e that patents give an incentive for R&D to private business?

(Asked by: username_0 on 2019-05-29)

In Economic Growth and particularly dynamic optimization. My professor taught us that an intertemporal allocation is a dynamic optimum(Pareto Optimum) only if(necessary condition) at any given instance it is a stationary(instant, contemporary) optimum.

I questioned about patents. We are sacrificing the present for R&D. We are creating a monopoly to give incentives for R&D. So obviously it cannot be at present, instantly pareto optimal. Nonetheless couldn't patents help? Since probably they give incentives for R&D?

The professor replied saying that this is exactly why some researchers in Industrial Organization defy, question patents and their benefits.

Could pharmaceuticals work just as well or even better with no patents? In work just as well I mean the intensity of the incentives for R&D.

**Tags:** reference-request, economic-growth, industrial-organisation, mechanism-design, intellectual-property
> **Comments:**
> **username_1**: Your professor's statement depends on the underlying model. I think both of you have different models in mind. The question also seems a bit blurred. The idea behind patents is that you offer a firm monopoly rents for some time so that they have an incentive to invest into R&D. This is not Pareto-efficient. It would be welfare-improving if the firm is forced to invest and afterwards has to offer the good at marginal cost. In practice, you cannot force the firm to make losses, but patents can be a second-best alternative, not first-best.  
> **username_0**: @Bayesian Is it really not Pareto-Efficient? Is one actually sacrificing the present and near future when creating patents? Sure one is creating a monopoly but they are most probably lowering the costs, or creating a new market. Even a monopoly is strictly preferable than no market. Every participating agent is better off. Chemotherapies and patented drugs are expensive still most people prefer to have the option of a patented drug than no drug. We indeed have different models in mind I asked for a reference.  
> **username_1**: I am not saying that patents are not welfare-improving. I am simply saying that they may only be constrained-efficient. You could get an even larger welfare when you force the firm to offer the good at marginal cost. Since there are reasonable constraints that this first-best is not achievable, patents may (depending on the model) be second-best.  
> **username_0**: @Bayesian You can potentially force the firm to offer any good at any price. The problem is discovering the marginal cost and forcing the government to issue said laws. Political economics(positive), Mechanism design, Auction theory, Social Choice, Contract Theory even Econometrics are all involved. And simply welfare(utility) is never a quantintative quantity(maths). If you use some money like structure to measure it it becames quantintative. Otherwise It is purely ordered. The monopolist is actually in a worse position with perfect competition. Only society as a whole and consumers benefit.  
> **username_0**: @Bayesian How could we discover the marginal cost and force the government to isse the law for the firm to provide at that price. How could we even do so optimally? It reminds me of Barro-Gordon. You just cannot(should not) cheat. Are there any reliable sources that deal with Patents and Dynamic Optimazation and conclude that Patents are not the Optimum. If the first best is not available it is not even a choice to be considered. The second best is the optimum.  
> **username_1**: In a first-best world, you know the marginal cost. The term second-best only exists because the first-best is generally not achievable.  
> **username_0**: @Bayesian I could not understand what you said! Even if you knew the marginal cost how would you force the government to pass said laws? Which firm would invest in R&D knowing the profit will be 0. If you are indiferrent you might as well abstain from investing. That is why the default option is always no. It is safer. About the term existing because something better in not achievable, this one is totally beyond me. https://www.lexico.com/en/definition/second_best. There is always a second best regardless of the first-best being available. A term exists only because there is some semantic need  
> **username_1**: Let's just leave it at your first sentence. This is not a discussion forum. What I meant is that the term second-best only has relevance in economics because you generally cannot get first-best. Otherwise, there would be no need to consider a constrained efficient solution. I am absolutely not (and never was) disputing that patents are a good solution to the R&D problem or even the best available one.  
> **username_0**: @Bayesian Are there any reliable sources for self-study as far as Patents are concerned in Dynamic Optimization?  

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## 0 answers

