During the 1990s, especially the mid- to late-part of the decade, many countries experienced booms in their high-tech and venture capital industries. Few, however, grew at the same pace as Israel.
 
Israeli entrepreneurs created eight times as many high-tech companies during the 1990s than in the previous decade and equity investment in Israeli start-ups grew from $50 million to $6.65 billion. The number of venture capital companies in the country jumped from two in 1990 to about 100 in 2000.
 

On June 5, 2008, the government of the Grand Duchy of Luxembourg announced plans for a $200 million five-year molecular medicine initiative that draws on a strategic partnership involving three Luxembourg Public Research Centers (CRPs), the University of Luxembourg and three U.S. research institutes prominent in the field.
 
The U.S. research institutions include:

• Translational Genomics Research Institute (TGen) in Phoenix, led by Dr. Jeffrey Trent;

The Aerospace, Manufacturing and Information Technology (AMIT) Cluster of Southern Arizona has consolidated its operations with the Arizona Technology Council.

Last week, Premier Ed Stelmach of Alberta introduced a $170 million suite of initiatives to support high-tech economic development in the province. The government hopes that by providing support for commercialization from research to market it can attract high-tech entrepreneurs from other areas. Most of the province's investment will support the creation of the $100 million Alberta Enterprise Corporation to encourage venture capital investment.

If the innovation powerhouse that represents the U.S. economy for the past century were a cinder block foundation of a house, then China and India would present two of the more significant cracks. These two great nations may grab the headlines, but the improved innovation and research capacities of any country provide new challenges for continued U.S. domination of the world's economy. As this week's article on the Czech Republic and Singapore reveals, these are just two more blocks in the U.S.

While the U.S. commitment to science is threatened by flattening federal R&D investments, two more countries demonstrate their shared belief that the way to economic prosperity is through science and innovation.

Should policymakers focus on urban core centers as keys to economic growth or seek greater economic equity in the less developed periphery? A new study on regional policy and economic geography suggest policies should be directed toward core growth.

Increasing and modernizing university research capacity is a priority for many states. Contrary to programmatic or operational appropriations being required annually, funding for such construction projects can be phased over decades as part of a state's larger capital budget/bond programs. Recent research from the National Science Foundation (NSF) documents the results of the increased importance placed in university research building programs.

As most practitioners know, measuring progress for tech-based economic development efforts can be difficult given the long lead time necessary for most research investments to yield results. Consequently, many programs rely on interim measures to evaluate a policy or program's impact.

In the “2011 Global R&D Funding Forecast,” researchers from Battelle and R&D Magazine project consistent and positive global R&D spending in 2011. Global R&D (including public, private and nonprofit spending) is projected to increase by 3.6 percent from $1.15 trillion to almost $1.2 trillion. However, 2011 R&D as a percentage of global GDP will remain constant at 1.9 percent. This increase is attributed to a shift in the geographic distribution of investment.

Ohio Gov. John Kasich named James Leftwich as the director of the Ohio Department of Development, effective March 25. Leftwich has worked at the Dayton Development Coalition for six years, including three years as president and CEO. Leftwich will take the post previously held by Mark Kvamme, a California venture capitalist named the state's development director in January. Kvamme was appointed director of Job Creation within the governor's office, effective immediately.

Lawmakers approved many of Gov. Bob McDonnell's proposals aimed at growing Virginia's technology and life sciences industries by dedicating about half of the funding requested by the governor to support R&D, commercialization, SBIR matching grants, and funding for early stage equity investments.

In a recent speech in front of China's National People's Congress, China's Premier Wen Jiabao outlined the country's 12th five-year plan (2011-2115). The plan will focus heavily on boosting consumption through sustainable growth fueled by renewable energies and state support of strategic, emerging industries. Expenditures on R&D should reach 2.2 percent of GDP. Much of this R&D investment will be targeted in three sectors — healthcare, energy and technology.

Basic biomedical research has a greater academic impact and clinical research a greater societal impact over a 15 to 20 years timescale, according to the findings of Project Retrosight — a multinational, four-year study from RAND Europe and the Health Economics Research Group (HERG) at Brunel University. This study was based on data collected from 29 case studies on basic biomedical and clinical cardiovascular and stroke grant-funded, research projects in Australia, Canada and the United Kingdom.

Recent announcements of new and emerging technology incubators range from Google's selection of Cape Town, South Africa to launch a pilot incubator supporting technology entrepreneurs that it hopes to replicate globally to Alabama Gov. Robert Bentley's plan to create a statewide business incubator focusing on workforce training. Select announcements from across the globe are highlighted below.

The National Heart, Lung, and Blood Institute, National Institutes of Health in Bethesda, Maryland is seeking a dynamic and innovative biomedical/biotechnology expert to provide strategic leadership as the director of the newly created Office of Translational Alliances and Coordination (OTAC). The OTAC is charged with accelerating the translation of basic discoveries and innovations into new diagnostics, devices, and therapeutics, and facilitating the development of new technologies via SBIR initiatives.

The National Science Foundation (NSF) has released a five-year strategic plan for the agency, focused on education and research impact. Under the goals set in the report, NSF would weigh intellectual merit and the broader impacts of research more heavily when evaluating research proposals. The agency also would increase its use of resources, such as the STAR METRICS project, which provide a clearer assessment of the impact of science investments. Read the plan...

The National Science Foundation (NSF) has announced a $27.5 million, five-year grant to the University of Maryland for a multi-disciplinary research center focused on the interplay of human activity and healthy ecosystems. The grant is the largest ever received by the university and will provide funds for research in environmental sciences, public policy, engineering, computer science and economics.

The National Science Foundation (NSF) Innovation Corps (I-Corps) program, a public-private partnership, intends to connect NSF-funded scientific research with a project team, made up of professionals from the technological, entrepreneurial and business communities, to help transition NSF-funded scientific and engineering discoveries at institutions of higher education into commercial technologies, products and processes.

The National Science Foundation (NSF) recently awarded a five-year, $10 million grant to the Stanford Technology Ventures Program (STVP) to create a national center for entrepreneurship engineering. STVP will partner with the National Collegiate Inventors and Innovators Alliance (NCIIA) to develop resources for undergraduate entrepreneurship programs at engineering schools across the country. Read the announcement...

Even through the enduring global economic downturn, nations across the world have targeted technology-based economic development initiatives to build their respective country's science and technology (S&T) sectors. The governments contend that building their respective country's Next Economy is necessary to compete in a globalizing world and increase quality of living for their citizens. Canada, India and the European Union have announced initiatives that could help grow their respective countries S&T sectors.

The Organization for Economic Cooperation and Development (OECD) has released the 10th edition of its annual Science, Technology and Industry Scoreboard. Each year, OECD examines major trends in the global innovation economy and uses 180 indicators to evaluate the high-tech economies of OECD countries, as well as select non-OECD countries. The overarching theme of this year's release is the increased importance of the non-OECD countries, including Brazil, the Russian Federation, India, Indonesia, the People's Republic of China and South Africa, together dubbed the BRIICS countries.

With less than three months until the start of the 2012 legislative session for many states, governors and state economic development groups are working to define areas of investment seen as key to their state's competitiveness. In Florida, Gov. Rick Scott unveiled a job creation and growth agenda that prioritizes science, technology, engineering and mathematics (STEM) education to produce more graduates for a competitive workforce. Meanwhile, leaders in Mississippi and Virginia issued reports that identify industry sectors most likely to grow their states' economies.

Jeffrey Brancato has recently joined NorTech as vice president. Prior to joining NorTech, Brancato was the associate vice president for Economic Development at the University of Massachusetts.

Randal Charlton has announced his retirement as executive director of TechTown, the Wayne State University research and technology park. Leslie Smith, the general manager of TechTown has been appointed to fill the position beginning Nov. 1.

To help meet the goals of Virginia's Top Jobs Act enacted earlier this year, Gov. Bob McDonnell proposed $200 million in additional higher education funding over the next two years. A large portion of the new funds would support cancer and high-tech research, competitive research grant awards, and efforts to graduate more science, technology, engineering, mathematics and healthcare (STEM-H) majors.