cover of the first issue depicting a bearded man with very spiky hair

The Peer Review is a self-published a zine dedicated to the intersection of anarchism, science, and philosophy. This issue is a guide to critical thinking written from an anarchist's perspective.

Submitted by Reddebrek on September 6, 2025

cover of the first issue depicting a bearded man with very spiky hair

First Issue of the Peer Review. This issue is a guide to critical thinking written from an anarchist's perspective.

Submitted by Reddebrek on September 6, 2025

 

The original pamphlet with more illustrations can be found on the internet archive.
 

Peer Review Issue 01 Transcript

What is critical
thinking...

Some writers and
philosophers have approach defining it broad strokes: Robert Ennis,
who spent six decades writing about the topic, claimed that critical
thinking is simply “reasonable reflective thinking that is focused
on deciding what to believe or do.” (1991, p. 8). Similarly, Sharon
Bailin and her colleagues identified only three characteristics that
make thinking critical: (1) it is done to determine what to believe
about something, (2) the thinker is trying to meet some standards of
adequacy in their thinking; and (3) the thinker does meet those
standards to an appropriate degree (1999).

Others have focused
more specifically on critical thinking as applied to argumentation.
Mark Battersby, for example, defines it as “the ability and
inclination to assess claims and arguments” (2016, p. 7), and
stresses the importance of evaluating evidence to expose false
claims. Regardless of whether the definition is generic or specific,
though, most writers agree that critical thinking is a habit that
requires practice to master.

..and why should
you

give a fuck?

Far from a bourgeois
ideology, critical thinking is a necessary tool for anarchists.
Anarchism demands that individuals be able to think accurately and
effectively. From being able to spot exploitative power structures to
understanding the minutiae of alternative economic theories,
anarchism is far more than just tossing pipe bombs at cop cars. Even
the most aware anarchist is in danger of falling for misinformation,
conspiracy theories, and cults of personality— and before you think
you're immune, remember that you have identical brain structures to
the people who fall for it all the time. To avoid those traps,
anarchists need to be able to think for themselves. When done right,
critical thinking is a necessary step in the path to liberated,
individual thinking.

Here’s the plan

There’s a
longstanding debate about whether critical thinking skills are
generalizable (in that there is a single skillset that applies to all
areas of inquiry) or if it’s domain-specific (in that each
discipline—math, science, history, philosophy, etc.—has its own
set of critical thinking skills). I’m choosing to split the
difference. In Part One, we'll address two generalizable
skills: first, we'll discuss evidence gathering and assessment, and
second, we’ll talk about heuristics, biases, and fallacies. In Part
Two
, I'll present a guide to critical thinking specifically
designed for anarchists, based on Daniel Willingham’s 2019 paper
“How to Teach Critical Thinking.” Willingham outlines four steps
that should be taken when teaching critical thinking about any topic:
first, identify what “critical thinking” means in that domain;
second, identify the knowledge that is necessary for each
understanding of critical thinking, third, create a sequence in which
that knowledge should be learned; and fourth, revisit and relearn.
With that, let’s get started.

PART ONE GENERALIZABLE SKILLS

1. EVIDENCE

When assessing any proposition, argument, or problem, a good thing
to ask is: how good is the evidence? Every argument requires
evidence: if someone were to claim that leprechauns are real, we
shouldn’t take their claims at face value. Rather, we should ask
for the proof. After that, we should assess if the evidence they
provide is adequate.

In his book Is That a Fact? Mark Battersby divides
the assessment process into two steps. First, ask if the evidence
supports the determination. He uses the example of a letter to the
editor published in 7ime, in which the author claims that her
“85-year-old mother powerwalks two miles each day, drives her car
(safely), climbs stairs, does crosswords, reads the daily paper and
could probably beat [your columnist] at almost anything.” Thus, so
the writer believes, people in this era must be “living to a
healthy and ripe old age” (2016, p. 14). As Battersby points out,
however, just because the writer’s grandmother does these things
does not mean that all elderly people can do these things—the
premise does nothing to support the conclusion. Whether or not the
evidence is true, you should be skeptical of an argument if the
evidence doesn’t provide any basis for the conclusion. Second, you
should ask if the evidence is credible. If the above mentioned writer
had cited a study instead of using her own grandmother as an example,
you should ask if the sample size was adequate and if the study was
funded by organizations that may have an interest in promoting its
conclusion. Or if she had cited a poll conducted among senior
citizens, you should pay attention to question bias (when the
phrasing of the poll questions influences the responses) and context
bias
(when the context of the poll, such as a preliminary
introduction by the researchers or the environment of the responder,
influences the responses) (Battersby, 2016, pp. 29 & 52). Above
all, you should seek to verify that the information being given to
you is correct—if the premise is false it could point to an invalid
or unfounded conclusion.

Philosophical razors are rules of thumb that can be used to
metaphorically “shave off” unlikely premises and conclusions. The
principle of parsimony, for example, holds that explanations
should be as simple as possible. The most famous formulation of it,
Occam’s Razor, states that we should only accept the more
complicated theory if the simpler one cannot explain the event
(Battersby 2016, p. 23). If you hear a crash, walk upstairs, and see
a baseball, broken glass, and a group of kids with bats and mitts
running away, the most likely explanation is that they were playing
baseball and hit a ball through your window. The theory that aliens
broke your window and planted the baseball there to frame the
innocent kids should likely be rejected unless the first explanation
doesn’t account for some aspect of the situation.

Similarly, the Sagan Standard, attributed to Carl Sagan in
his book Broca’s Brain, holds that extraordinary
claims require extraordinary evidence (1979, p. 73). The claim that a
new treatment will cure any type of cancer in less than twenty
minutes requires much more proof than the claim that diet and
exercise help you lose weight. There are many other philosophical
razors in existence, but a word of caution: while razors provide good
bases for ruling out bad arguments, they are not foolproof. Though it
is overwhelmingly unlikely, perhaps aliens did plant that baseball,
and that new treatment does cure cancer. So, while they may provide a
quick-and-easy method of detecting bullshit, they are not infallible.

2.HEURISTICS BIASES AND FALLACIES

Heuristics

Human beings (yourself included) are prone to biases, fallacies,
and unclear thinking. The work of Amos Tversky and Daniel Kahneman
(1974) showed that we tend to rely on quick rules of thumb, called
heuristics, when making probability judgments. While useful
when making quick decisions, heuristics are prone to error, as when
one estimates the probability of a heart attack occurring among a
certain age group based on how many people they know have had heart
attacks. Who you know that has had a heart attack has no bearing on
the actual percentage of people that do, similar to how Battersby’s
writer assumed that all elderly people are fit and healthy because
her grandmother is.

Cass Sunstein (2005) extended Tversky and Kahneman’s work to
include moral judgments, identifying a list of heuristics that tend
to guide us when making ethical decisions. He includes, for example,
the Betrayal Heuristic (in which an offense that includes a betrayal
of trust is often judged as more immoral than one that does not
include treachery, such as a close friend stabbing someone in the
back rather than a known rival) and the Outrage Heuristic (in which
most people’s judgment of how harsh a punishment should be is
related to how outraged they are by the offense). Like Tversky and
Kahneman, he argues that these rules of thumb are prone to giving
inconsistent or incorrect guidance. One thing to watch out for when
assessing claims (especially your own claims!) is the underlying
heuristics that the claimant is using.

Biases

A number of other cognitive biases exist, too. Confirmation
bias
is the tendency for individuals to unconsciously reject
information that doesn’t align with their existing beliefs. As
Margit Oswald and Stefan Grosjean put it, confirmation bias means
that “information is searched for, interpreted, and remembered in
such a way that it systematically impedes the possibility that the
hypothesis can be rejected” (2004, p. 79).

Framing effects occur when individuals draw different
conclusions from the same information depending on how that
information is presented. People are more likely to buy yogurt that
is advertised as “92% fat free” than they are yogurt that is
advertised as “8% full fat” even though they are the same
product. This is because the advertiser is “framing” the first
with positive language and the second with negative. Problematically,
this means that “people will choose inconsistently in the sense of
making different and opposed choices in decision problems that are
essentially identical” (Kamm, 2007, p. 424)—in other words, how a
problem is framed will affect what people decide to do about it, even
though the framing doesn’t actually have anything to do with the
problem.

Finally, the illusory truth effect occurs when continued
repetition of a claim causes it to seem truer than alternatives, even
if it is false. First identified in a 1977 paper by Lynn Hasher,
David Goldstein, and Thomas Toppino, they found that their test
subjects rated a statement as more likely to be true if it was
repeated to them rather than if they read it once. Importantly, this
is a prominent reason why propaganda techniques such as the Big
Lie
(like Trump’s claim that he won the 2020 election) and the
firehose of falsehood (like Trump’s constant and endless
lying) work.

Fallacies

Unlike heuristics and biases, which affect how people process
claims, fallacies are mistakes made in the reasoning behind claims.
There are hundreds, but below are some of the more common ones:

  • Sweeping generalization — The arguer expands a
    specific case into a general principle that does not always apply.
    For example, claiming “People from that city are always rude”
    takes what may be true of some residents (rudeness) and generalizes
    it to all residents.

  • Begging the question -The arguer leaves out an
    important premise to their argument, usually because they assume
    that it is settled and does not need to be addressed. The claim
    “Killing an innocent person is murder. Murder should be illegal.
    Therefore, abortion should be illegal” leaves out the
    controversial premise “abortion is murder.”

  • Ad hominem – The arguer attacks the character of
    their opponent rather than discussing the issue at hand. For
    example, claiming, “You don’t know anything about climate
    change, you’re too young and inexperienced” avoids engaging with
    the hypothetical young person’s argument by dismissing it based on
    their youth.

  • Straw man – The arguer takes another’s argument,
    extends it to an extreme, and then easily dismisses it. This makes
    it seem as if the arguer succeeded in defeating the original
    argument, but they have only torn down the extended version of it.
    For example, the claim “My opponent wants to reduce carbon
    emissions. Clearly, what he really wants is to ban all cars and shut
    down factories” takes a reasonable argument (reduce carbon
    emissions) and blows it up into an extreme not found in the original
    argument (banning all cars and shutting down factories).

PART
TWO

DOMAIN-SPECIFIC SKILLS

1. APPLICATIONS

Now that we’ve covered some general critical thinking skills,
let us turn to Willingham’s plan to teach domain-specific skills.
The first step is to identify what critical thinking means for
anarchists
. So, what should anarchists be able to do with their
thinking? While this list is by no means exhaustive, below are some
ideas.

Power & Hierarchy

Key to an anarchist evaluation of the existing social norms is the
identification of existing hierarchies. After all, one of the core
axioms of anarchism is that people have no obligation to follow those
in power (Crowder, 2005). This set of skills may include spotting
classism/racism/sexism/ableism, identifying structural violence, and
recognizing cults of personality. Bonus points for assessing the role
of police, politicians, and judges in perpetuating injustice.

Economics

Economic theory is one of the cornerstones of anarchist thought.
It is not only important to learn and understand anarchist models
(anarcho-syndicalism, anarcho-communism, etc.) but also to study the
captalist model that anarchism is working to overthrow. Skills in
this area include the ability to discover and analyze labor
exploitation and the basic knowledge required to understand the
foundations of neoliberalism, communism, and socialism.

Media

Media can be both a tool of the state and a source of the truth.
On the one hand is the corporate media that, as Peter Gelderloos has
pointed out, exists only to “fatten the wallets of their executives
and shareholders” and maintain social control (2004). On the other
is, well, this zine! Skills in this area include identifying
propaganda, discovering the sources behind specific information and
narratives, and uncovering media bias in all of its forms (cf.
Chomsky & Herman, 2002).

Organization

What’s the point of being an anarchist if you aren’t willing
to act? Critical thinking skills in this area include identifying
methods to engage with activists in other spheres, organizing
protests, and advocating for alternative systems. Also included in
this area are skills related to the history and praxis of anarchism,
especially learning from past and present successes and failures.

2. CONTENT

Now that the goals of anarchist thinking have been identified, the
second step in the process is to gather the knowledge necessary to
reach those goals.
Every problem requires the requisite
background information in order to solve it. The example Willingham
uses is a historical letter: to analyze a letter written by a
sergeant before a battle, one needs to know the context in which the
letter was written, the role of sergeants in the military, and
knowledge of the war in general (2019).

There is quite a bit of knowledge that is necessary for anarchists
to think critically. Existing anarchist theory provides a solid
foundation: a working knowledge of Bakunin, Kropotkin, Goldman,
Zerzan, Marx, and others is _ indispensable. With this theory in
hand, anarchists can learn to identify exploitation, material and
social inequalities, and the class-based structures inherent to
capitalism. An understanding of the ideological details of fascism
and other ideologies opposed to anarchism can help with spotting
propaganda as well, especially if that propaganda is particularly
subtle (it doesn’t have to be the Two Minutes Hate to be
propaganda).

Familiarity with politics, news, and world events is also
essential. The world has seen a resurgence of right-wing populism
recently that is threatening to undermine our collective rights. Any
good anti-fascist should be able to discuss why it has arisen and how
to address it. Knowledge about the struggles of our trans, gay,
disabled, BIPOC, and marginalized brethren is likewise necessary to
dismantle the barriers preventing us from full equality.

This list is not complete and is only meant to point critical
thinkers in the right direction. Remember, knowledge is power, and
power begins with knowledge.

3. SEQUENCE

Willingham’s third step is to identify the order in which
skills should be learned
. In most subjects, complex knowledge is
built on a foundation of more basic information: musicians learn
scales before they learn to improvise, artists learn to draw basic
shapes before they draw hands, and math students learn algebra before
they learn calculus. While this sequence can be flexible (as it
should be— everyone learns information differently and at different
rates), here is the sketch of a plan.

Phase I: Foundations

This includes learning about the core concepts of anarchism, such
as anti-authoritarianism, liberty, solidarity, and direct action. One
should practice spotting power structures in daily life, such as
police presences and workplace managerial hierarchies. This stage
should also include practice identifying common statist and
capitalist arguments.

Phase II: Critique

This phase begins applying anarchist ideas from Phase I to
real-life situations. It includes critiquing capitalism, the state,
and the media, analyzing the successes and failures of historical
examples of anarchism, and getting involved in collectives, unions,
and other groups in the anarchist milieu.

Phase III: Praxis

This phase is advanced practice. It includes tackling complex
debates within anarchism (such as violence vs. pacifism and
individualism vs. collectivism), critically assessing both anarchist
and non-anarchist movements, evaluating (and originating) tactics for
organizing, and creating alternative and anarchist media such as
zines, papers, and teachins.

4. REVISIT

Critical thinking is not something that one learns once and can
simply use forever. Rather, it takes continual practice to cultivate.
Willingham stresses that the fourth step is to revisit each
critical thinking skill
over time in order to master it. Often
times the application of these skills will change, as new questions
and problems arise in which they are put into use. It helps, however,
to be deliberate about putting these skills into practice.

Engaging with fellow anarchists and others can help to keep
critical thinking sharp. Start a reading group to discuss anarchist
literature or regularly get together with non-anarchists to debate
the merits of decentralized systems. Join a mutual aid organization
in order to help others or plan a protest with other activists. The
opportunities to interact with others are endless.

Critical thinking skills can be honed individually as well.
Regularly challenge your own assumptions and thought processses when
considering important questions or problems. Consider alternate
scenarios to every solution you find and actively test your ideas in
the real world. Resist accepting easy answers, and work to apply
anarchist frameworks to daily life (like using prefigurative
politics
to imagine the world as it could be).

Anarchists often rally a round the slogan “No gods, no masters.”
While a great phrase, it shouldn’t mean “no thought” as well.
In fact, anarchism demands more thinking in order to work.
Willingham may show how critical thinking can be taught, but
anarchists must take those skills to go forth and build a world
without domination. In order for this guide to be useful, it should
be used—so please, go forward and practice these skills (for all of
our sakes).

SOURCES

Bailin, 8., Case, R., Coombs, J. R., & Daniels, L. B. (1999).
Conceptualizing critical thinking. Journal of Curriculum Studies,
31(3), 285-302. https://doi.org/10.1080/002202799183133

Battersby, M. (2016). Js that a fact? (and ed.). Broadview Press.

Chomsky, N. & Herman, E. S. (2002). Manufacturing consent: The
political economy of the mass media (and ed.). Random House, Inc.

Crowder, G. (2005). Anarchism. In E. Craig (ed.), he shorter
Routledge encyclopedia of philosophy (pp. 14-15). Routledge.
https://doi.org/10.4324/9780415249126-s003-1

Ennis, R. (1991). Critical thinking: A streamlined conception.
Teaching Philosophy, 14/1), 5-24.
https://doi.org/10.1057/9781137378057_2

Gelderloos, P. (2004, October). Zhe patriarchal science of
corporate media. The Anarchist Library.
https://theanarchistlibrary.org/library/peter-gelderloosthe-patriarchal-science-of-the-corporate-media

Hasher, L., Goldstein, D., & Toppino, T. (1977). Frequency and
the conference of referential validity. Journal of Verbal Learning
and Verbal Behavior, 1&1), 107-112.
https://doi.org/10.1016/s0022-5371(77)80012-1

Kamm, F. M. (2007). Jntricate ethics: Rights, responsibilities,
and permissible harm. Oxford University Press.
https://doi.org/10.1093/acprof:0so/9780195189698.001.0001

Oswald, M. E. & Grosjean, S. (2004). Confirmation bias. In R.
F. Pohl (ed.), Cognitive illusions: A handbook on fallacies and
biases in thinking judgement and Iemory (pp. 79-96). Psychology
Press.

Sagan, C. (1979). Broca’s brain: Reflections on the romance of
science. Ballantine Books.

Sunstein, C. (2005). Moral heuristics. Behavioral and Brain
Sciences, 2X4), 531542. https://doi.org/10.2139/ssrn.387941

Tversky, A. & Kahneman, D. (1974). Judgment under uncertainty:
Heuristics and biases. Science, 18X4157), 1124-1131.
https://doi.org/10.21236/ad0767426

Willingham, D. T. (2019). How to teach critical thinking. NSW
Department of Education.
https://education.nsw.gov.au/content/dam/maineducation/teaching-and-learning/education-for-a-changingworld/media/documents/How-to-teach-critical-thinking-Willingham.pdf

Comments

Cover image for issue 02 features an A in a circle image created out of three test tubes.

Issue #2 of The Peer Review, a zine dedicated to the intersection of anarchism, science, and philosophy. This issue addresses the anti-science sentiment that has arisen in the wake of the COVID-19 pandemic.

Submitted by Reddebrek on September 6, 2025

 

The source zine can be found on the Internet Archive.

Letter from the Editor

The anarchist response to the emergence of COVID-19 put divisions in the
movement into stark relief. On the one hand, many recognized its
severity and the resulting need for quarantine, social distancing, and
vaccination. There was a strong moral imperative to protect those who
were immunocompromised, elderly, or at heightened risk, even if it meant
sacrificing some personal freedoms. On the other hand, many decried the
state response to the pandemic as authoritarian, the enforcement of
vaccine mandates as dictatorial, and the involvement of big
pharmaceutical companies in producing and marketing the vaccine as
encouraging the capitalist stranglehold on health. As the writer of Anathema
put it, “In the name of ‘public health’ all sorts of security measures
are coming together to create an authoritarian wet dream” (“COVID-19: A
Fork in the Road,” 2020, p. 3).

In many cases these are valid critiques. In the Philippines, for
example, soldiers with assault rifles patrolled quarantine checkpoints
during the early days of the pandemic (Magsalin, 2020), and the steps
the Chinese Communist Party took enforce lockdown orders can only be
described as despotic. Despite this, though, the pandemic offered
opportunities for anarchists to organize—especially in mutual aid
networks, eviction protests, and rent strikes (Firth, 2020).

In the five years since the pandemic began, however, I fear these
legitimate criticisms have morphed into a broader distrust of science
and medicine in the anarchist space. An anonymous writer to Montreal Counter-Information
feared that we as a society now demand that “experts tucked away in
labs using esoteric methods act as the only voices in the room to
generate one-size-fits-all policy declarations for entire nations”
(Anonymous, 2021). Another anonymous writer to i giorni e le notti (reprinted in English in The Local Kids)
accused the creators of the COVID-19 vaccine of being “eugenicists
––and sterilizers of poor women” (Anonymous, 2022, section iv). I’ve met
anti-vax punks at shows, and I’ve heard rumors that others have
encountered the same (three6666, 2023). And this is setting aside the
existing critiques of science and technology posed by primitivists. All
of this echoes the anti-science and anti-health sentiments that have
engulfed the right wing.

Years before the pandemic, William Gillis noted, “It’s no secret that a
good portion of the left today considers science profoundly uncool”
(2015). As our title suggests, The Peer Review runs contrary to that
assertion. This issue is devoted to exploring ten theses about science
and public health, as seen through a radical anarchist lens.

1. Every Anarchist Should Be a Scientist…

In the article that provides the title for this thesis, Isis Lovecruft
(2016) wrote, “We should never allow ourselves to become so rigid as to
forget what makes us anarchists in the first place: childlike curiosity,
incessant inquiry, and a radical love for taking things to their roots
to further our understanding. We seek to dismantle the world around us,
knowing that it does not function as well as it could. We want to
understand ourselves, our environment, and each other. We want the
blueprints for the social machine, so we can sledgehammer the fuck out
of it, and build it back up from scratch” (p. 5). And, as she points
out, that sounds quite a bit like science.

In describing science, A.R. Prasanna reminds us that it “is not just a
collection and collation of known facts,” but “a philosophy derived out
of experience, innovation, and verification or validation” (2022, p. 6).
It is not simply sterile empiricism or institutional authority, but
rather a restless pursuit of understanding. In this light, the anarchist
drive to dismantle the social machine and rebuild it “from scratch”
echoes the foundations of science—it’s not a dogma to follow blindly,
but a process grounded in experience, exploration, and discovery. In
that sense, it’s not that every anarchist should be a scientist—it’s that every anarchist is a scientist.

2. …and Every Scientist Should Be an Anarchist

As William Gillis (2016) wrote in the article that—similar to
Lovecruft—gave this thesis its name, “Control can only be achieved
through disengagement and rigidity. And so any successful power
structure must involve mechanisms to punish and suppress habits of
inquiry” (p. 1). It is no secret that science, both as an area of study
and a community, has its problems. Overreliance on funding either from
private industry or from the government places restrictions—both overt
and subtle—on what can and can’t be studied. It is exorbitantly
expensive to publish in some of the most prestigious journals, with Nature
charging authors as much as €9,500 ($10,800 in April 2025) for review
and publication (Brainard, 2020). Women, persons with disabilities, and
ethnic and racial minorities are disproportionately underrepresented in
STEM careers (National Center for Science and Engineering Statistics,
2021).

Far from stifling scientific innovation, an anarchist society could work
to resolve many of these issues. Bureaucratic inefficiencies will be
reduced by dismantling and collectivizing large research organizations.
The abolition of social and material hierarchies will provide
underrepresented individuals greater opportunity to study science. The
embrace of a community model (see thesis #4) will prevent the
accumulation of capital by the benefactors of scientific research and
instead focus on what benefits specific communities the most. In short,
anarchism has a plethora of solutions to offer any scientist interested
in improving the existing system.

3. Science is Methodical, Not Political

Unlike what tech billionaires will have you believe, technocracy is not
the logical or inevitable result of embracing science. In the worst-case
scenario, “Those of higher knowledge, status, or authority—experts—take
it upon themselves, justified by their epistemic monopoly, to both
define and solve the problem for nonexperts” (Byland & Packard, as
cited in Caplan, 2023, p. S107). Nonexperts, in this situation, are
expected to simply accept what the experts decide. In response, Arthur
Caplan points out that “correcting that problem hardly means rejecting
the input of scientific experts…Science tells us what can be done; the
political task is to decide what ought be done within the constraints
and boundaries that science provides” (2023, p. S107). Technocracy is a
failure of democracy—not of science—and good scientists can inform the
public on important issues without claiming political authority over
those topics.

In fact, scientists oftentimes rebel against contemporaneous political
power. The Roman Inquisition burned Giordano Bruno at the stake in 1600
for arguing that the universe contained other stars and planets. Apotex,
a multinational pharmaceutical company, publicly attacked Nancy
Olivieri in the 1990s after her research found that one The Roman
Inquisition burned Giordano Bruno at the stake in 1600 for arguing that
the universe contained other stars and planets. Apotex, a multinational
pharmaceutical company, publicly attacked Nancy Olivieri in the 1990s
after her research found that one of their drugs, deferiprone, caused
liver dysfunction. The German right wing was enraged by Albert
Einstein’s work on relativity (as well as his pacifism), which led to
Nazi officials stripping him of his academic positions and publicly
burning his books. While scientists can sometimes assume positions of
authority, science itself is only a method of uncovering empirical facts
about the world. And sometimes those facts run contrary to existing
power structures.

4. Science Should Be Done with Communities, Not to Communities

Science is most effective when it is the product of collaboration,
especially with research subjects. Historically, scientists and
researchers have often treated the communities they are working with
purely as sources of data, ignoring the impact their research has on the
rights and well-being of the participants. The Tuskegee syphilis
experiment is one of the most notorious examples: the U.S. Public Health
Service spent forty years studying the progression of syphilis in a
group of impoverished black men, giving them sugar pills as “treatment”
and, for some participants, failing to inform them that they had the
disease at all (Jones, 2008). Luckily, we are beginning to see signs of
change. There has been a concerted push in recent decades to see
communities as partners in research rather than a means to an end.

Citing a long history of exploitation in research, especially among
indigenous peoples, Emily Doerksen et al. noted in their 2024 paper
“Community-led approaches to research governance” that the communities
that are commonly studied have been increasingly “voicing their demands
for authority in the governance of research involving them” (p. 2). They
identify three strategies that have been employed:

  1. The development of research guidelines by community representatives,

  2. Community review boards to assess the ethics of proposed research initiatives in their jurisdictions

  3. Community advisory boards that work in tandem with researchers to ensure that their cultural norms are being respected

Such governance helps to move science in a more participatory direction
that ultimately has the potential to benefit both researchers and
research subjects.

There is certainly still much to be done, and a number of scientists
doggedly refuse to abide by these practices. However, Doerksen et al.’s
work, as well as the work of other clinical ethicists, shows that there
are possibilities to move beyond the quasi-colonial approaches of
yesteryear.

5. Bring Down the Lab Elite, Not the Lab

Justin Podur (2014) distinguishes between three aspects of being a
scientist: Science A, Science, B, and Science C. Science A (for
Authority) is the authoritative stance that scientists can take when
discussing matters of public interest. Science B (for Business) is the
pragmatic, day-to-day routine of being a scientist: applying for grants,
trying to publish in elite journals, etc. Science C (for Curiosity) is
what science is supposed to be—it is the fundamental curiosity that
drives scientists to try to understand the world. In his view, too much
emphasis on Science B has turned science into an elitist, profit-driven
enterprise that has moved scientists further from Science A and Science
C. He writes, “Most of what scientists do is try to raise funds,
generate publications in prestigious journals, find students to work on
their projects, and keep up with other scientists according to these
metrics. Science B operates like other sectors of capitalist society”​
(2014). Science must be liberated from the “dictates of profit” in order
to return it to its intended purpose.

William Gillis (2015) sees the same elitism at work. He distinguishes
the scientific method from “Science!” (with a capital S and an
exclamation point), or the view that the world can be systematized,
ordered, and ultimately dominated. The latter functions as a surrogate
for corporate domination: “Science! is how our paymasters excuse the
damage our widget causes in military or economic application” (2015).
He, however, sees science (with a lowercase s) as fundamentally
radical—rather than merely an empirical pursuit, it is a search for the
“deepest roots” of the physical universe. Scientists must remember to
keep “digging for the roots” in order to maintain the spirit of
scientific inquiry.

What both writers mean, I believe, is that we can reject the parts of
scientific culture that are laser-focused on attaining grant awards,
abusing grad students, and kowtowing to the desires of big business.
What will remain is the core characteristics of the scientific method:
curiosity, hypothesis, and discovery. In short, there’s no reason to
throw the baby out with the bathwater—we can focus on moving science
away from its dependence on corporate interests and back to its original
spirit.

6. Nobody Knows Everything…

The belief that individuals can be wholly self-sufficient is a myth. In
reality, each of us has only a scattering of the skills we need to
thrive in the modern age (and the pre-modern age too, for that matter).
We need to rely on others to help us with the remainder. Human beings
are social animals—we have been grouping together for hundreds of
thousands of years in order to survive, and that impulse will not be
disappearing anytime soon. In fact, the drive to be entirely
self-sufficient echoes a profoundly capitalist mindset. In “Against
Self-Sufficiency,” Sever writes, “We never bear our own weight, and to
speak truthfully, we never feed ourselves” (2017, p. 32). They argue
that self-sufficiency—defined here as a complete lack of dependence on
others—is in fact an illusion that arose from capitalism, colonialism,
and bourgeois individualism. The desire to rely only on oneself for
survival obscures an important truth: community is absolutely essential.
(Yes, it’s ironic that I’m quoting an Anti-Civ publication in a zine
about science. But while I disagree with much of primitivism, Sever
still makes some good points).

Mutual aid frameworks begin with this understanding. Dean Spade defines
mutual aid as “collective coordination to meet each other’s needs,
usually from an awareness that the systems we have in place are not
going to meet them” (2020, p. 11). Whether in the form of soup kitchens,
legal assistance, or housing support, mutual aid is built on
cooperation and interpersonal solidarity. No single person is a doctor, a
mechanic, an elementary school teacher, and a librarian, but every
community needs someone with each of these skills in order to run
smoothly.

7. …but Everybody Knows Something

Science, when done correctly, can fit well into the concept of mutual
aid. Scientists have developed a specific skillset and corpus of
knowledge over lifetimes of study, and these particular competencies are
useful not only in laboratories but in daily life. Prasanna, for
example, writes that the scientific thought process begins with ordinary
curiosity: “It is something we all see and experience in day-to-day
routines if only we stop and question after the action as to why did I
do it?” (2022, p. viii). Science—good science, at least—doesn’t require
researchers to shut themselves in universities away from the world.
Rather, science actually opens pathways to participate in community
building.

Modern capitalist societies tend to emphasize the partitioning of both
individuals and knowledge into tiny, self-sealing pieces. Mutual aid
models, by contrast, are built on interdependence—epistemic as well as
material. We should be thinking together, not simply living together.
Contrary to assumptions connecting science and technocracy, scientists
should not act as infallible authorities in a society, but as
contributors—trusted, yes, but also embedded in a much larger network of
thinking individuals. As Prasanna further notes, science is a
“continuous process with a firm beginning but never-ending” (2022, p.
x). The more voices that are added to the process, the better.

Thus, scientific expertise can a boon to anarchist societies rather than
a detriment. Instead of seeing science as a monolithic authority,
esoteric and isolated, we can see it as an essential piece for the
survival of a mutually dependent community.

8. No One Is Healthy by Themselves

Health isn’t fully determined by behavior, genetic makeup, or random
chance: it is profoundly shaped through our environments. The social
determinants of health are well-established—working conditions, housing,
social inclusion, access to medical services, and other situational
factors all have a lasting effect on one’s health. Similarly, infectious
disease control, air and water quality, and crisis management all
require community-based solutions. Thus, health is not just a biomedical
issue. It is a collective condition that requires collective approaches
to address.

Public health, at its root, is about populations, not individuals. This
community-centered orientation distinguishes it from clinical medicine,
which is largely individualistic, and situates one’s health within the
larger social fabric. As Mary-Jane Schneider (2020) puts it, “Whereas
medicine is concerned with individual patients, public health regards
the community as its patient” (p. 86). The COVID-19 pandemic brought
this distinction to the forefront of the public’s consciousness—a
person’s risk of becoming ill with the virus didn’t depend only on their
choices, but on whether others wore masks, had paid sick leave, and got
vaccinated. No single person had the power to stop its spread, and this
highlighted the need for population-wide interventions.

9. Care Without Coercion is Possible

Marcus Hill (2009) connects public health with radical values in his pamphlet Fragments of an Anarchist Public Health.
In his view, health politics should ultimately be driven by consensus,
not structured around an authoritarian approach. Instead, a major aim of
public health should be to “encourage individuals to become involved in
collective efforts to improve the structural determinants of their
health” (2009, p. 3). For Hill, a healthy society does depend on health
services. However, equity and participation—values that have been
emphasized in anarchist thought for almost two centuries—can and should
be incorporated into a more inclusive public health approach.

Hill points to several concrete examples of decentralized public health
in action. The Zapatistas organized community-level health services
among the indigenous peoples of Chiapas after the Mexican government
failed to provide support, eventually founding a hospital in 1991 that
runs independently of the state. The Ithaca Health Alliance in Ithaca,
NY provides interest-free loans for individuals to repay medical debt.
The Gesundheit! Institute, founded by Patch Adams, seeks to entirely
redesign the health system in the United States by opposing market-based
models of healthcare delivery. These projects have sought to make
systemic changes by reshaping institutions “along the lines of
participatory social values” (Hill, 2009, p. 5). Along those lines, Hill
advocates for the creation of a healthcare system built around
anarcho-syndicalist concepts, in which federations of local health
groups collaborate to address broad issues in health.

This is only one possible path to a public health that is
anti-authoritarian. Ultimately, health is a commons—it is defined by
whether our neighbors have care, whether our workplaces both equitable
and effective. Though public health has had its failures (sometimes
spectacular ones) and has been host to broad abuses of power, it is
nonetheless necessary to maintain our collective well-being. The key is
to promote non-capitalist and non-centralized forms of public health
that can work within an anarchist system.

10. Understanding Comes from Participation

Science is often associated with detached geniuses, corporate research,
and ivory towers. There are as many different approaches to science as
there are scientists, however: there are curious physicists,
auto-didactic engineers, radical biologists, and indigenous ecologists.
It can be practiced in basements and squats just as well as it is
practiced in laboratories and clinics. Rather than treating it as the
enemy, I encourage anarchists to see the radical potential of science
and become scientists themselves.

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