Research examines the machinery behind published science: who funds a study, how peer review is conducted, which results get replicated, and why papers are withdrawn. Coverage includes publication bias and the career incentives shaping research questions. Written for scientists, students and readers assessing how much weight a paper deserves.
Citation-mapping tools trace a paper backward to its foundations and forward to its offspring. Here is what they can and cannot tell you.
A clear argument, an honest methods section and a limitations paragraph you are proud of will do more for a paper than any clever phrase.
An autonomous shotgun and a blood recirculation machine are both in development at the Air Force Research Laboratory. What the reporting supports — and what it does not.
A nine-story lab building is a promise, not a result. Here is what the numbers in such announcements can and cannot tell you.
The Berlin-based network counts tens of millions of researcher accounts. Here is what actually happens on it, and what a careful reader should keep in mind.
A step-by-step walkthrough of abstracts, methods and limitations that turns intimidating journal articles into readable stories.
Behind most published science sits a grant that someone had to win. Here is how that contest actually works.
A retraction is not a scandal headline. It is the paper trail of science checking its own work.
Before a scientific claim reaches print, an editor and a small group of outside experts read it first — a filter meant to catch errors, not to guarantee a finding is correct.
Animal research is an indispensable early filter, yet the large majority of promising animal results never become useful human therapies, and the reasons are structural.