Keynote at theNorthwest Commission on Colleges and Universities annual meeting. I argue that if we want to address science misinformation on social media and beyond, we need to teach (1) data reasoning and (2) an understanding of the social process of science.
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Transforming Science Education in An Age of Misinformation
1. Transforming Science Education in
An Age of Misinformation
Carl T. Bergstrom
University of Washington
NWCCU 2022
Seattle, WA
Nov 4th, 2022
Photo: Carl Bergstrom
2. It was only a matter of time.
In 2020, our luck ran out.
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12. What is the infection fatality rate?
How fast does it spread?
Are some infections asymptomatic?
Are kids less susceptible?
Is there pre-symptomatic transmission?
What are the long-term consequences?
How long does immunity last?
Does Alpha spread faster?
How effective are the various vaccines?
How many cases are there?
Are monoclonal antibodies effective?
Does Gamma escape prior immunity?
Will we need vaccine boosters?
13. No way for responsible experts to provide them.
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28. Some ended up following questionable sources.
Others just gave up.
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29. The point of modern propaganda
isn't only to misinform or push an
agenda. It is to exhaust your critical
thinking, to annihilate truth.”
— Garry Kasparov (2016)
.
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30. Photo: Carl Bergstrom
If we can be convinced that half of
our fellow citizens are evil, irrational,
or can’t be reasoned with, we begin
to lose faith in democracy.
52. Algorithm
?
Data
Data
Data
Output
Even when you don’t know how an algorithm or
statistical test works, you can spot bullshit by looking
carefully at what goes in and what comes out.
Interpretation
53. Who is telling me this?
How do they know it?
What are they trying to sell me?
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Media literacy
55. Recent changes in our social
systems have been
Drastic.
Opaque.
Massive in scale.
Effectively unregulated.
…and designed not to promote sustainability
or human happiness, but rather via engineering
decisions to maximize corporate profits.
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56. Numbers must be
presented in context.
That means they must allow
us to make relevant comparisons.
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57.
58. That’s 22.2 billion dollars a year.
This is less than half a percent of the US budget.
This is 67 dollars per capita in the US.
Given the estimated 8 trillion dollar cost of the pandemic
to the US economy, we could spend 22 billion a year for
centuries and still come out ahead.
59. Goodhart’s law
(rephrased by Marilyn Strathern)
When a measure becomes a target,
it ceases to be a good measure.
Campbell’s law
(rephrased by Carl Bergstrom)
When a measure becomes a target,
people to do stupid things.
Quantification and incentives
75. The enlightenment idea of knowledge solely through individual
rationality is dead. Our world has become far too complex.
Photo: Carl Bergstrom
76. Denialists often use
the “do your own
research” trope
against science.
I’m “not some sort of anti-vaxx flat Earther.
I am somebody who’s a
critical thinker. I “did
[my] own research.”
78. Science education must adapt to world of
social media misinformation and disinformation.
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79.
80. “The Soviet Union now has—in
the combined category of
scientists and engineers—a
greater number than the
United States. And it is
producing graduates in these
fields at a much faster rate.”
President Dwight Eisenhower. November 13th, 1957
Radio and Television Address to the American
People on "Our Future Security."
81. “This trend is disturbing.
Indeed, according to my
scientific advisers, this is for
the American people the
most critical problem of
all….We need scientists in the
ten years ahead. They say
we need them by thousands
more than we are now
presently planning to have.”
82. “We should…have a system of
nation-wide testing of high school
students; a system of incentives for
high aptitude students to pursue
scientific or professional studies; a
program to stimulate good-quality
teaching of mathematics and
science; provision of more
laboratory facilities; and measures,
including fellowships, to increase
the output of qualified teachers.”
86. Competent outsiders are ”people
who have learned to recognize
the moments when science has
some bearing on their needs and
interests and to interact with
sources of scientific expertise in
ways that help them achieve their
own goals.”
Noah Feldstein (2011)
Science Education 95:168-185
87. The public needs to know enough about how science works
to know why (and when) it is trustworthy
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89. Core competencies for disciplinary practice
“Studying biology means practicing the skills of posing
problems, generating hypotheses, designing
experiments, observing nature, testing hypotheses,
interpreting and evaluating data, and determining how
to follow up on the findings.
In effect, learning science means learning to do science.”
90. Every one of these competencies could be
carried out alone, without outside human contact
91. We need to teach how
science works as a
social institution.
Photo: Carl Bergstrom