Science

Current Picks

One List Experiment Revealed a 14-Point Gap in Self-Reported Altruism

By Jonas Eriksen / Jun 12, 2026

A simple checklist experiment reveals that people rate themselves as far more altruistic than they rate others. The 14-point gap has sparked debate among scientists about what self-reports actually measure.

One Uncorrected Guide Star Catalog Tie Flattened a Galaxy Rotation Curve

By Jonas Eriksen / Jun 12, 2026

A 0.3-arcsecond misalignment in a Guide Star Catalog tie systematically flattened rotation curves for 14 galaxies in the SPARC sample, mimicking a dark matter signal. Gaia DR3 revealed the error, now correctable.

One Untracked Housekeeping Gene Threshold Invalidated Fourteen Cancer Biomarker Studies

By Karim Osman / Jun 12, 2026

How a single, unvalidated cutoff for a housekeeping gene led to the retraction of fourteen cancer biomarker studies, costing millions in wasted research funding.

One Uncorrected Motion Artifact Swapped the Sign of a Fear Circuitry Study

By Renu Shah / Jun 12, 2026

A 2015 fear-conditioning fMRI study had its main effect reversed by uncorrected head motion. New methods and a practical checklist for reviewers are reshaping how the field handles motion.

One Funder’s Capped Cruise Days Forced a Pacific Aerosol Transect Reroute

By Karim Osman / Jun 11, 2026

When an NSF grant capped ship days at 45, a Pacific aerosol transect was rerouted, leaving a 20° longitude data gap that stalls climate model improvements.

One Untracked Sea Surface Drifter Buoy Cost Split a Paleoclimate Reanalysis

By Karim Osman / Jun 11, 2026

A single US$25,000 drifter buoy introduced a 0.3°C shift in a 2-million-year paleoclimate reanalysis, triggering a funding audit and reshaping the consensus on Pleistocene temperature variability.

One Uncorrected Drift in a Single Paleoclimate Proxy Reroutes a Deglaciation Timeline

By Alice Chen / Jun 11, 2026

A tiny correction for detrital contamination in a Chinese stalagmite shifted the deglaciation timeline by 2,500 years, reshaping our understanding of global climate synchrony.

One Uncapped Spectrograph Saturation Limit Cost a Galaxy Survey 2,000 Redshift Estimates

By Karim Osman / Jun 12, 2026

A single saturation threshold in a spectrograph pipeline caused the loss of roughly 2,000 redshift estimates from a major galaxy survey, discovered years later by a graduate student. The error highlights how small instrumentation decisions can have outsized consequences.

One Grant Agency’s Three-Year Funding Cycle Broke a Decade-Long Longitudinal Study

By Alice Chen / Jun 11, 2026

How a three-year funding cycle interrupted a ten-year panel study on childhood resilience, losing critical data and raising questions about how grant agencies evaluate long-term research.

One Untracked Solvent Grade Shift Hollowed a Metal-Organic Framework Paper

By Renu Shah / Jun 12, 2026

A trace impurity in a solvent batch derailed a high-profile MOF paper, revealing how invisible variables in routine synthesis can undermine reproducibility and waste resources across the field.

One Unarchived Monte Carlo Seed Haunts a Computational Ecology Paper

By Renu Shah / Jun 11, 2026

A missing Monte Carlo seed from a 2018 ecology paper blocks reanalysis, revealing how fragile simulation-based conclusions can be when code archiving is overlooked.

One Untracked Stellar Population Model Rerouted a Galaxy Evolution Timeline

By Alice Chen / Jun 12, 2026

How ignoring stars formed in accreted dwarf galaxies skewed age estimates for massive ellipticals by billions of years, and how the fix reshaped galaxy formation theory.

One Unfunded Telescope Time Request Buried a Supernova Survey for Five Years

By Jonas Eriksen / Jun 12, 2026

A single rejected proposal for Gemini North telescope time blocked a five-year supernova survey, leaving a gap in transient science that archival data cannot fill.

One Untracked Refrigerant Lot Shift Gave a Protein Crystallography Lab False Structures

By Alice Chen / Jun 12, 2026

A contaminated batch of refrigerant R-134a derailed three doctoral projects in a UK crystallography lab, revealing how overlooked consumable variables can undermine research integrity and highlighting systemic gaps in funding and quality control.

One Unversioned Solver Tolerance Broke a Computational Fluid Dynamics Benchmark

By Renu Shah / Jun 12, 2026

A default solver tolerance change, unmentioned in release notes, caused inconsistent results across labs in a widely used CFD benchmark, highlighting reproducibility challenges in computational science.

One Structural Equation Modeler’s Covariance Fix Rescued a Neuroscience Meta-Analysis

By Renu Shah / Jun 12, 2026

A statistician's insight from psychometrics reduced heterogeneity by 40% in a floundering fMRI meta-analysis, tightening confidence intervals and reshaping funding requirements.

How an Optical Tweezer Stabilization Code Crossed Into Cellular Biophysics

By Jonas Eriksen / Jun 12, 2026

The story of how a feedback stabilization algorithm, originally developed to pin cold atoms in place, migrated into cellular biophysics and transformed single-molecule force measurements.

One Radio Telescope’s Phased-Array Feed Tripled a Galaxy Redshift Survey’s Count

By Renu Shah / Jun 12, 2026

A phased-array feed on the Westerbork telescope created 64 simultaneous beams, tripling the number of galaxies detected in a neutral hydrogen survey and transforming radio astronomy.

One Grant Agency’s No-Cloud-Storage Rule Buried a Computational Reproducibility Audit

By Alice Chen / Jun 12, 2026

A European biomedical funder's rule requiring all data on local drives blocked a computational reproducibility audit, revealing misaligned incentives between policy and verification.

One Untracked Vacuum Chamber Leak Rate Skewed a Spectroscopy Paper’s Line Shape

By Jonas Eriksen / Jun 11, 2026

A tiny helium leak in a vacuum chamber at NIST led to a retracted spectroscopy paper. The incident reveals how vacuum quality, often overlooked, can distort spectral line shapes and undermine precision measurements across fields.