The challenge is how to encourage such alliances during these changing times.
Industry-Laboratory partnerships
Significant progress has been made in developing partnerships between
industry and the DOE laboratories over the past five years.
In the late 1980s such partnerships were encouraged in the spirit of getting
the greatest leverage from the federal investment in R&D for the benefit
of the U.S. economy.
DOE defense programs reprogrammed significant funds (over $200 million
in 1995) to encourage such partnerships. At Los Alamos alone we have over
200 cooperative industrial agreements. Sandia and Livermore also exceed
200.
Jointly, we have made great progress in working with industry. Clearly,
industry is interested. I believe that industry has gained significantly
and we, the laboratories, have learned a lot.
However, the political climate has shifted as you heard from Representative
Sensenbrenner earlier. Government-industry partnerships are being questioned.
The new Congress has called for the elimination of a number of the existing
programs.
Hence, we must restructure industry-laboratory partnerships to meet these
challenges.
First and foremost, the laboratories must have compelling national missions
that allow them to stay at the leading edge of science and technology. The
partnerships must then be designed for benefits to flow both ways Ü to industry
and to the laboratories.
For partnerships to be sustainable through changing political landscapes,
they should do more than just extend industry's financial reach. I believe
they should be designed to offer entirely new capabilities or approaches
to industry Ü that is, to significantly extend the risk and time horizon
of industry R&D.
Cooperative R&D between industry and the DOE laboratories offer the best
prospects for providing industry with new capabilities, leveraging the significant
federal investment made in these laboratories for their government missions.
Congress made it clear that it will insist that partnerships with industry
have a strong mission focus for the laboratories. In addition, the funding
for partnerships was cut severely for this fiscal year.
Our nuclear weapons mission will require science-based stockpile stewardship
in the absence of underground nuclear testing. In addition, with no new
weapons systems on the drawing board, we will have to assure the safety
and reliability of the weapons stockpile essentially indefinitely. This
will require an ability to integrate the R&D effort with enhanced surveillance
and the ability to remanufacture critical component. Hence, we will place
greater emphasis for partnerships in areas such as high-performance computing,
modeling and simulation, and agile manufacturing.
Industry benefits from the federal investment at the laboratories in staying
at the forefront of areas such as computing, while the laboratories benefit
from industry's experience in advanced manufacturing.
Our experience to date suggests that such industry-government partnerships
should not only by highly successful, but sustainable over the long term.
University-Laboratory partnerships
Federal funding cutbacks, especially the grim outlook for civilian R&D,
are pitting members of the nation's science and technology family against
each other, instead of promoting stronger alliances.
The funding squeeze is especially tough for universities, without which
none of the rest of us could prosper.
I applaud industry's defense of a strong university research system, especially
the letter to President Clinton from 21 CEOs of major American corporations.
We in the federal sector must do the same.
I make the following specific suggestions:
We should strengthen the fundamental research component of mission-oriented
research and involve universities to a greater extent.
The DOE defense laboratories should involve universities more to achieve
their new mission of science-based stockpile stewardship. The opportunities
are especially great in the following areas:
High-performance computing, modeling, simulation and information science.
New tools or diagnostics to explore physical regimes of weapons interest,
such as the large lasers at Livermore, neutrons and protons at Los Alamos,
and the large pulsed-power machines at Sandia and Los Alamos.
Materials, especially properties that affect long-term reliability and
aging, as well as the dynamic behavior of materials.
In addition, the environmental management program at DOE must try to stimulate
greater university research interest in the environmental sciences, including
chemistry, bioscience and materials.
In closing, let me reiterate that alliances with universities and industry
are essential for the DOE laboratories to effectively carry out their federal
missions. In turn, they allow leveraging the federal investment in these laboratories
to help U.S. industry to extend the time and risk horizon of its research,
while also helping universities cope with the decline in federal support for
defense and civilian R&D.