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Remarks
by Dr. Robin Staffin
Associate Director of Science for High Energy
Physics
U.S. Department of Energy
Dedication of the Fred Kavli Building
Kavli Institute for Particle Astrophysics and
Cosmology
Stanford Linear Accelerator Center
March 17, 2006
Thank you President Hennesey, Congresswoman
Eshoo, Congressman Honda, distinguished guests.
On behalf of the Department of Energy, it is
a great honor to celebrate with you today the
inauguration of the Kavli Center here at the
Stanford Linear Accelerator Center. I come with
the warmest regards of Director of the Office
of Science – and Presidential nominee
for Under Secretary of Science – Ray Orbach,
who regrets very much that he was unable to
come today.
This is a very exciting time for
the Office of High Energy physics in DOE. This
laboratory was founded 44 years ago with a mission
to understand what defines the Universe at its
most fundamental level. What are its building
blocks? And what are the powerful forces of
nature that bind these basic constituents together?
Now such questions are as old
as civilization, and while nature doesn’t
necessarily hide the answers from us, it doesn’t
always make the answers easy to see. Like many
secrets even in our own lives, the greatest
and deepest of nature’s secrets are not
hidden at all, but lie unseen just in front
of our eyes.
The key is the tools we use to
see nature for what she is. We pursue these
questions with our theory and experimental high
energy physics tools. Our accelerator physicists
are working hard to develop the tools for the
future such as the international linear collider.
We at DOE are pleased and proud
to see that the accelerator tools, originally
developed from high energy physics, have led
to new technologies and tools for the study
of the structure of matter and biological materials
at SSRL and are driving the development of revolutionary
new tools such as the world’s first x-ray
Free Electron Laser: the LCLS.
But the greatest tool of all that
nature has created to understand herself is
that of the human mind, a resource that this
great laboratory and this great university set
the world’s standard.
These are exciting times. We now
see the high energy physics program of the laboratory
broadening to include ventures in particle astrophysics
and cosmology. For 44 years we have spent exploring
5% of what makes up the known Universe. Cosmologists
are now telling us that the other 95% of the
Universe is made of something completely different
and unknown! These scientific challenges and
opportunities are every bit as exciting as the
challenges and opportunities that motivated
the founding of this lab 44 years ago. In this
sense history repeats itself, but on an entirely
new and revolutionary path.
I would like to compliment the
Chen family – Pehong and Adele –
and the Stanford University leadership for their
vision of this Institute that capitalizes on
the strengths and resources of a great DOE lab
and a great research University to launch a
unique scientific opportunity. To Pierre Schwob
for his generous contribution for Kavli’s
computer center. I would like to thank Roger
Blandford and Steven Kahn for their willingness
and enthusiasm to lead this great adventure.
I would especially acknowledge
and thank Fred Kavli for his very generous gift
which is enabling us to realize this bold vision.
Thank you very much, and thank
you Fred, for a great and beautiful partnership,
and for the scientific adventure we have embarked
on together.
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