Every technological leap has its shadow mythology. Radio waves caused cancer. Power lines caused leukemia. WiFi scrambled children's brains. Each wave of fear followed the same pattern: invisible forces, invisible harm, a public poorly equipped to assess electromagnetic science, and a media ecosystem that found anxiety more profitable than accuracy. 5G is simply the latest chapter - but it's a louder, faster, more dangerous one, because this time the mythology arrived before the technology did.
Donald Rapp's The Climate Debate arrives with ~39 behind it. Rapp holds a Ph.D. from the University of California, was a full professor at the University of Texas, and spent over 30 years at Caltech's Jet Propulsion Laboratory. He is, by any measure, a serious scientist. The book reflects that seriousness in places - it is dense with data, covers a broad range of topics, and attempts a kind of encyclopedic sweep across the climate issue.
~36 is a research study that recently reported cancer-treatment benefits of ivermectinIvermectin is an anthelmintic. It works by interfering with the nerve and muscle functions of worms, by paralyzing and killing them. It is used to treat river blindness, intestinal infection from threadworms, and other kinds of worm infections. and mebendazoleMebendazole is a highly effective, broad-spectrum antihelmintic indicated for the treatment of nematode infestations, including roundworm, hookworm, whipworm, and threadworm.. It has faced significant criticism from the medical and oncology communities, and warrants closer examination as it serves to illustrate several study design and methodology flaws that effectively nullify or limit the study conclusions.
Data visualization is one of the most powerful tools in public communication - and one of the most easily weaponized. In the war against scientific consensus, the misleading graph has become a standard-issue weapon: persuasive, shareable, and just plausible enough to slip past a reader's skepticism. Unlike an outright lie, a deceptive chart wraps itself in the authority of data. The numbers are technically real. The manipulation is in the presentation.
It can be tricky to read and understand science, technology, health, and the environment. Some science sources may unintentionally or intentionally twist or obscure facts. When you're fact-checking, make sure you understand technical sources, from scientists to scientific papers to datasets.
Science misinformation and disinformation don't just cloud public understanding - they reshape the world in ways that can be profoundly harmful. In a society where scientific knowledge guides everything from public health to climate policy, false or distorted claims can spread faster than evidence, eroding trust and weakening our collective ability to make informed decisions. The danger isn't only that people believe things that aren't true; it's that misinformation creates confusion, polarizes communities, and undermines the very systems designed to protect the public good.
Science's body of knowledge is best imagined as a living, ever-expanding tapestry - one woven from centuries of curiosity, experimentation, and collective effort. It is not a static encyclopedia of facts but a dynamic structure built on evidence, constantly refined as new discoveries challenge old assumptions.
Fact-checking science claims is essential to filter misinformation, ensure public safety, and build trust in evidence-based information. It corrects misconceptions about health and environmental data, prevents the spread of false, viral content, and assists in making informed, evidence-backed decisions.
Science ~4 and disinformation is everywhere. It spreads through social media, word of mouth, and even some mainstream sources. It can lead to confusion, distrust in scientific institutions, and poor decision-making.
Social media has become a defining infrastructure of modern life, shaping how people learn, communicate, and participate in society. Yet the same systems that enable connection can also amplify harm. Misinformation spreads faster than corrections, harassment can silence vulnerable voices, and opaque algorithms influence public perception in ways few users fully understand. Enhancing safety and accountability on these platforms requires more than reactive fixes; it demands a deliberate reimagining of how digital spaces are governed and how people are empowered within them.
Science progresses by questioning itself. Doubt is not its enemy - it is its engine. But there is a difference between the productive skepticism that drives peer review and the manufactured uncertainty deployed as a political weapon. When credentialed scientists lend their authority to the strategic promotion of doubt, the damage to public understanding can be profound and lasting.
