As final negotiations begin for the Trans Pacific Partnership (TPP) trade pact, it is essential that U.S. representatives understand the impact this agreement will have on our future. The TPP presents an opportunity to set the standard for future trade agreements, but implementing the wrong policies could do more harm than good.
Any TPP agreement must enable U.S. innovation and not finalizing an agreement is better than signing one that compromises America’s ability to create technologies and make advancements that benefit society. A key factor in protecting innovation through the TPP will be the assurance of strong intellectual property (IP) rights protections that promote investments in R&D and technology development and insure the free flow of information across borders.
As ITIF has noted, IP is a central component of the innovation ecosystem, which is a key factor in a healthy economy, in both developed and developing nations. For example, strengthening IP rights has been connected with increased inflows of foreign direct investment, rates of domestic innovation, and trade in high technology products.
Economic growth is something that almost everyone agrees is important: it’s how we enlarge the pie so that incomes can rise. Still, it is theoretically possible for the economy to grow with the benefits only going to corporate profits or a few wage earners at the very top. When this happens it is called “decoupling” because wages and productivity stop rising in tandem. Recently, a number of people have been arguing that decoupling is indeed occurring.
However, it turns out that can be more difficult than you expect to determine whether decoupling is happening, and, if it is happening, what might be causing it. Simple graphs can be deceptive: What is meant by wage growth? Should mean or median wage be used? What subset of workers does it make sense to study? Should non-wage benefits be included? Additionally, there may be significant measurement issues associated with certain statistical series, particularly those involving inflation and measurements of value added because of their significant complexity.
On Thursday, November 21, ITIF held an event on Capitol Hill asking Are Advancements in Computing Over? The Future of Moore’s Law. Gordon Moore’s revolutionary observation/prediction in 1965 that the number of transistors on a chip would double every 12-18 months (and thus roughly so would computer processing speeds), has proven prescient. Indeed, over the past forty years, processing speeds have increased over 1 million-fold, unleashing a wave of innovation across industries ranging from ICT and life sciences to energy, aerospace, and services, thus playing a transformational role in driving the global economy and improving quality of life for citizens around the world. Semiconductors (i.e., integrated circuits) constitute the bedrock technology for the entire ICT industry, and annually support an ancillary $1 trillion in electronics-based products—everything from mobile phones and automobiles to medical devices.
Yet—possibly as soon as 2020—the dominant silicon-based CMOS semiconductor architecture will likely hit physical limits (particularly pertaining to heat dissipation) that threaten to compromise Moore’s Law unless a leap can be made to radically new semiconductor chip architectures. This is one of the most critical technology issues the world faces today, because without significant investment … Read the rest
As countries compete for corporate R&D locations–and the attendant jobs and technology spillovers–tax policy is an important tool governments need to be aware of. There are several types of tax policies that attempt to attract R&D: tax credits for R&D spending, special tax allowances for R&D spending, and tax rate reductions on R&D output (usually based on patents). While it is well established that R&D spending and tax allowances tend to increase the quantity of R&D spending, a new paper by UK researchers Ernst, Richter, and Riedel finds that reductions in patent income taxes examines how corporate taxes increase the quality of their research. Higher-quality research means effective R&D that has better benefits for the entire economy.
These research results are good news for the UK, which recently enacted “Patent Box” legislation, giving companies a 50% discount on profits they earn from patents (down to 10% from their planned 2015 overall corporate rate of 20%). Other countries that offer similar tax breaks for patent income include Luxembourg, the Netherlands, and Belgium.… Read the rest
Denmark’s Industrial PhD program, administered by the Danish Agency for Science, Technology and Innovation, oversees industrial PhD collaboration between universities, companies, and PhD students in Denmark. As an American participating in this program, I share my experience of the program, the value it has delivered for Denmark, and how it works.
Denmark’s industrial PhD program is associated with higher patent applications, increased gross profit, increased overall employment, and increased total factor productivity for the participating companies. Students in the program experience an increased salary and higher corporate leadership roles compared to conventional PhD students and ordinary graduates. While a program that has an annual budget of $27 million for 120 projects in a country of 5 million people may seem small from a U.S. perspective, it offers a relevant and interesting comparison for many states in the United States and state university innovation programs.
The Value of Denmark’s Industrial PhD Program
The goal of the Industrial PhD Program is to increase knowledge sharing between universities and private sector companies, promote research with commercial perspectives, and take advantage of competences and research facilities to increase the number of PhDs. Denmark’s … Read the rest