Analyse this and the rest of the article it is from. "In a recent paper, Lenzo and Michael Ardoline, PhD, an assistant philosophy professor at Louisiana State University, argue that “platform decay constitutes cognitive damage to a platform’s users,” and the harm is “at least analogous to a minor concussion to the majority of those users.”
The short answer: the claim is rhetorically sharp but scientifically overstretched. There’s a real underlying phenomenon (platform “decay” and its cognitive effects), but comparing it to a concussion is more metaphor than evidence-based conclusion.
Let’s unpack it in layers.
1) What “platform decay” (aka “enshittification”) actually means
The term “enshittification” was popularized by Cory Doctorow. It describes a pattern:
Platforms start user-friendly
Then optimize for growth/engagement
Eventually prioritize monetization (ads, algorithms, friction)
User experience degrades
Examples: more ads, worse search results, addictive feeds, algorithmic noise.
That part is widely observed and not controversial.
2) The Lenzo & Ardoline claim: where it goes too far
Saying platform decay causes “cognitive damage analogous to a minor concussion” is a philosophical argument, not a neuroscientific finding.
A real concussion involves:
measurable brain injury
metabolic disruption in neurons
detectable symptoms (memory loss, dizziness, etc.)
There is no empirical evidence that typical internet use—even degraded, ad-heavy, algorithmic use—causes brain injury in that sense.
So taken literally, the comparison doesn’t hold.
3) What neuroscience does support
There is credible research showing that certain digital environments can negatively affect cognition—just in subtler ways:
Attention fragmentation
Heavy exposure to fast, reward-driven feeds is associated with:
reduced sustained attention
increased task-switching
This ties into research on attention span and cognitive load.
Dopamine/reward loops
Platforms are designed around intermittent rewards (likes, novelty), which engage dopamine reward system.
Effects:
habit formation
compulsive checking
reduced tolerance for slower, effortful tasks
Cognitive offloading
Reliance on search, feeds, and recommendations can weaken:
memory encoding
deep processing
This relates to the Google effect.
Information quality degradation
As platforms optimize for engagement:
more low-quality or emotionally manipulative content
higher cognitive “noise”
This increases mental fatigue and decision friction.
4) So is “brain damage” a fair framing?
Not really.
A better way to frame it:
Not injury (like a concussion)
But adaptation (your brain adjusting to an environment)
Your brain is plastic. If you spend hours in fragmented, high-stimulus environments, it:
gets better at scanning and reacting
gets worse at sustained, deep focus
That’s not damage—it’s trade-off.
5) Why the article leans dramatic
The concussion analogy is doing rhetorical work:
It grabs attention (ironically using the same engagement logic it critiques)
It moralizes platform design
It pushes a policy/ethical argument: platforms are not neutral
Philosophers often use analogies to provoke debate, not to make clinical claims.
6) The strongest version of their argument (steelman)
If you reinterpret them charitably:
They’re not saying:
“Scrolling TikTok = brain injury”
They’re saying:
Systematically degraded digital environments may produce population-level cognitive effects (attention erosion, impulsivity, reduced deliberation) significant enough to be considered a public health concern.
That’s a much more defensible claim.
Bottom line
Platform decay is real and well-observed
It likely affects attention, habits, and cognitive style
But calling it “brain damage” or “like a concussion” is not scientifically supported
A cleaner takeaway:
The internet isn’t frying your brain—but it is training it, and not always in ways you’d choose deliberately.
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For you, me and others who post here?
A cleaner way to think about it
Your education is like:
Owning a high-performance engine
Modern platforms are like:
Driving in heavy, chaotic traffic
The engine still matters—but the environment can still wear it down if you’re in it constantly.
1) What your background actually protects
Durable reasoning habits
Training in reading, writing, and argument analysis builds what psychologists call critical thinking. That tends to:
reduce susceptibility to obvious misinformation
improve detection of weak arguments
slow down snap judgments
This is one of the strongest buffers you have.
Knowledge scaffolding
A well-educated brain has richer mental models (schemas). That helps you:
place new information in context
notice when something “doesn’t fit”
resist being pulled entirely by algorithmic framing
Verbal and analytic resilience
Skills tied to fluid intelligence and especially crystallized intelligence (accumulated knowledge) tend to hold up well with age. That gives you:
better comprehension of complex material
more resistance to shallow, slogan-level thinking
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