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SII's 2000 conference
ended with a moderated discussion between all of the participants
and focused on a few questions about SII. It was our intention that
all participants have an opportunity to add their opinions to proceedings.
This page is the condensed version of the discussion. Thanks are
in order to Carly Riter, who carefully transcribed the discussion
for all of us. It
bears mentioning that these responses should not be construed as
"answers" or validated programmatic aspects of the Institute. The
discussion transcribed here reflects the opinions and beliefs held
by participants at the 2000 conference. As such, this document may
be internally inconsistent from point to point, but represents an
attempt to accurately portray a conversation about 1) further defining
the new field of "science integration" for the creation of scientifically
valid personal worldviews and 2) the refinement of an organization
dedicated to that mission. Any errors of omission or commission
are mine.
-Claudine Kavanagh
SII Program Coordinator
Questions:
How
have the major concepts, insights, and developments of physical
science influenced public perception of our place in the universe?
What
problems and conflicts has this influence caused?
What
can be done to facilitate better incorporation of physical science
insights into our everyday lives and perspectives, in a positive
and constructive way?
What
obstacles do you foresee in implementing these solutions in your
community?
What
other tools or resources could SII offer to help you implement your
ideas?
QUESTION:
How have the major concepts, insights, and developments of physical
science influenced public perception of our place in the universe?
DISCUSSION: There
are many problems with the representation of science in the media.
Where is the filter for
the best science news? We must remember that we don't come by a
scientific understanding of the world around us by innate processes.
We all must learn how to think scientifically "somewhere:" For many
people, the media is the best place to learn science ideas. But
are media sources representing "good" science thinking? Science
news still carries the stigma of being "quirky" or "geeky" side
clips, that don't _really_ connect with the rest of the news.
Science news on the other
end of the spectrum has become "entertainment oriented." Where is
the media representation of the bridge between science and usefulness?
There can / should be different ways of relating to science that
are more than "single issue" representations. There could be representations
of science that relate to and address social and cultural issues
of difference and accommodate them all so that science is of interest
for the purposes of usefulness and education.
Another dilemma described
was the relationship between public interest in science and accessibility
of good science education.
Are scientists a victim
of their own success? As the reach of scientific discoveries goes
farther and farther away from the typical "everyday experience,"
who is capable of translating these findings for the rest of humanity
with little science background? Scientists themselves need a broader
education. This proposal goes counter to the current method of training
career scientists. As the current education track is planned, one
becomes a scientist through a narrow selection of coursework, while
the broader education is geared towards non-scientists. Humanities
coursework require,emts are typically seen as being "marginal" to
"real" scientists. One needs a "research" degree in order to do
"teaching." Schools of Education are not typically seen as allies
in this issue. There isn't a clear educational path for preprofessionals
who are interested in assisting the translation of scientific ideas
to general audiences, and broadening science education. Scientists
must release the stigma of "failed" scientists doing educational
work, and build a broader educational goals into scientist training.
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QUESTION:
What problems and conflicts has this influence caused?
DISCUSSION: Science
is also frequently described as being in conflict with commonly
held religious beliefs. The discussion group felt that science need
not be in conflict with religious attitudes or beliefs.
Do people want truth
or certainty? Most scientists want certainty, so we must shift the
science paradigm to wanting truth. There is a humility to good science,
but what about meaning? Certainty has always been given meaning,
so now how shall we establish meaning by using truth? Human nature
is to cling to certainty, and it is hubris for scientists to think
they are above certainty. Good science seeks truth. Can we count
on science for a trustworthy worldview if it is always changing,
as it should? How many people would use science for the creation
of their own worldview, knowing that they must recreate that worldview
with each successive scientific paradigm shift? Can we perhaps find
certainty in knowing that the truth will change, so that the truth
becomes more truthful? For every part of the world that is revealed
to us today, there is still so much more that we don't know or understand
or haven't even seen yet.
Science hasn't had an
impact to a great extent so far, ultimately. But now we are experiencing
this impact through cloning, xenotransplantation, artificial life,
etc. We may be at the point of a cultural phase transition about
the role of science in our everyday lives, and this point of contact
may be ethical questions about the appropriate use of these new
technologies.
Scientists have been
almost deified in society, particularly in the area of health technologies.
Most people don't understand the root processes of these new technologies,
but are interested in using life extending technology for their
own purposes.
Perhaps a more active
role is needed in order to bridge the gap of alienation between
science ideas and public perception of science. Of course, increased
funding is important, but this active role the public can play allows
a connection and a real understanding of science concepts and how
science works. A perception of survival for many people doesn't
include science. Again, we must allow a role for all of the various
classes or social groups and cultures to be included in the science
integration movement. Obviously, this would mean the inclusion of
additional agenda or issues that would require address.
When we put together
all the powers of science, we can commit great follies. Our social
justice system must keep up with science.
It takes a great humility
so that science does not blindly probe into the unknown. We can
use humility to provide stability with a balance of science and
progressive ethics. Collective wisdom needs to happen and excitement
is the driving force in science. There is very little attention
being paid to the "big picture." Is this not unrelated to the excitement
the general public feels about "entertainment" versions of science
stories in the news? We need to regard a fostering of the "bigger
picture" for everyone as a focus of this new institute.
What about the inherent
dangers of unchecked progress? Initially, it is very difficult to
distinguish between helpful or harmful scientific technologies.
There need to be barriers in order to slow science progress down
, so that ethical considerations can be involved in the process.
Again the "bigger picture" needs to be considered and prioritized.
Perhaps the bigger picture is easier to see when it includes the
individual. "How does cloning relate to my world?" or "How does
genetically modified food affect me?" would be a typical questions.
This would help people to think about the DNA inside of them and
genetic interactions with the outside world. This helps the public
make informed, active decisions to favor or oppose biotechnology
in their food. This may provide a "checks and balances" version
of scientific progress. We cannot outlaw scientific progress, but
we can use the concepts of science integration to check its growth
for maximum possible public good.
The nature of systems
may be moved by selfishness. This is merely the natural progression
of science.
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QUESTION:
What can be done to facilitate better incorporation of physical
science insights into our everyday lives and perspectives, in a
positive and constructive way?
DISCUSSION:
Again the media: where do we get our science education? Some say
it might be in the schools, where is the most effective vehicle
for science learning? Scientific insights affect what we do in "non
science" areas, such as law.
Scientists must claim
a broader education first. (Can we wait for this?).
Science as a whole must
prove its worth socially for adequate media coverage.
Realistically, do we
really expect well rounded scientists? (So why rely on scientists
to change?)
Each field has its own
misconceptions about other fields. Different fields must integrate
for a big picture of integration using all resources for a well
rounded professional.
It is up to each group
(biologists, physicists, etc.) to reveal its self defined essence
to other groups for broader integration.
Maybe science is integrated
already? Many English classes read Feynman's short books for understanding
the science perspective.
A conceptual flowchart
is needed. Science integration = education + practical applications
+ recreational science + worldview. Ideally, this flowchart would
provide examples of each.
We need to create a communication
link to the whole of society. Whatever emerges, does.
In our necessarily pluralistic
society, people are using science erroneously. Many refer to the
cultural authority provided by scientific insights, without a common
understanding of the content of that science. People are going to
create their personal worldviews anyway, but they can at least use
science to assist in the formation of a rational aspect of that
worldview. Today, most newspapers carry an astrology section for
their readers' daily horoscope. This information wouldn't be included
in a rational worldview.
There needs to be a dedicated
communicator to the general public who is scientifically literate.
Would this person be trained as a scientists, or would it be someone
from a communications of humanities background who learns science
informally? What is the role of the civic scientist?
We need to dispel the
concept that science takes away meaning and freedom.
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QUESTION:
What obstacles do you foresee in implementing these solutions in
your community?
DISCUSSION:
Communication is the major obstacle. How can we find someone who's
qualified to communicate the messages of science to the broader
public, for increased understanding. Internet may be one possible
solution. Since we're connected to this global network system, the
avenues of science understanding are everywhere. But any use of
the internet requires immense critical thinking skills, so that
the reader may independently filter information for validity.
What about prepared "sound
bites" for the press. These would be packages of ideas that the
news sources could use for interpretation of scientific ideas.
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QUESTION:
What other tools or resources could SII offer to help you implement
your ideas?
DISCUSSION:
Prepare an edited volume of SII ideas, because that can define a
field. A book is more accessible to the public, but scientific communities
would read established journals.
Take the ideas from the
conference and develop them into a volume. It provides a legitimacy
of the people who attended the conference. That would create the
new field that creates patterns with science and everyday life.
The narrower you define
the field, the stronger the field will be. Science integration may
be too broad at this point, but will grow stronger if we narrow
it.
There is an objection
that the Institute could be labeled with pseudo science groups,
so that would argue against narrowing the field. Perhaps, if we
could provide a list of exemplars, that would help us define the
field.
There needs to be better
access to SOLID science information, so people can make legitimate
worldviews. Provide it in a way that promotes discussion, by inviting
people to talk and think together in discussion.
Define the group well.
Do this by keeping the science core as "classical" science and doing
something new with that information.
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