When designing experiments, one is on the lookout for confounds. These are systematic, consistent differences between the experimental and the control conditions, differences that the experimenter is ...

With the usage of micropipettes in the life science laboratory, various pipette and pipetting errors have been linked. Users familiar with such micropipette issues can assist users to reduce further ...

When gathering a measurement using a spectroscopy instrument, the user wants to be confident in the result. Whether the technique is OES, XRF, or LIBS, or if thickness or composition are measured, the ...

GPS pseudorange and carrier-phase measurements are both affected by several types of random errors and biases (systematic errors). These errors may be classified as those originating at the satellites ...

Every base call in a sequencing file carries a Phred quality score: a per-base estimate of the probability the call is wrong, derived from a statistical model. Models can be miscalibrated, and a ...

As artificial intelligence systems grow more advanced, their failures are becoming increasingly unpredictable and chaotic. Recent research, highlighted by Claudius Papirus, introduces the concept of ...

GPS measurements are affected by several types of random errors and biases (systematic errors). These errors may be classified as those originating at the satellites, those originating at the receiver ...