The hottest Scientific Communication Substack posts right now

The structure of scientific papers can create a misleading impression of how research actually happens. Often, real research involves lots of trial and error, not just a straight path from question to answer.
The amyloid cascade hypothesis, which suggests that amyloid plaques in the brain cause Alzheimer's, has been heavily focused on, but recent studies suggest it might not be the whole story. This has led to wasted research and funding on treatments that may not work.
When reading scientific papers, it's important to think critically and not just accept the conclusions presented. Questions about what is missing or what alternative explanations exist can reveal more about the validity of the research.

It's important for scientists to report accurate information about climate change, without exaggerating risks. This helps keep trust in science strong.
Some published studies can mislead people by only showing negative aspects of climate data. A balanced view is necessary to understand the full picture.
We should encourage honest and thorough research that combines both good and bad news about our world. Pursuing the truth is essential.

Random noise includes accidental distortions that can be corrected easily, like mud splatters on a road sign.
Adversarial noise involves intentional distortions meant to mislead, akin to adding paint to change a road sign's meaning.
It's important to be vigilant against misinformation by reading critically, providing context upfront, and being cautious when sharing information.

Asimov Press is inviting writers to pitch stories about scientific progress. If you have an idea or interest in topics like biotechnology, they want to hear from you!
They have released a long list of interesting story ideas, ranging from the history of common medicines to new discoveries in gene editing. Any writer can find a topic that resonates with them.
Asimov Press aims to support writers through the entire publishing process. Accepted pitches will receive help with outlining, editing, and will be compensated for their work.

The Need: Proactive scientific communication is essential to prevent misinformation and build trust.
The How: Communication should be nuanced, empathetic, and involve trusted messengers.
The What: Communication should focus on anticipating needs, conveying uncertainty, and providing solutions.

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Metascience is struggling because it's too focused on just replicating studies, rather than exploring deeper questions about what science is and how it could improve. This limits its potential.
Communication between different scientific fields can be helpful, but it often leads to misunderstandings about methods and goals. This can result in a distorted view of what science really is.
To make science better, we need to rethink how we share knowledge. Relying only on traditional formats like PDFs isn't working anymore. More flexible and collaborative ways of sharing research could lead to better science.