The hottest Measurements Substack posts right now

Effectively navigating a research project includes knowing when to pivot.
Identifying and addressing failure modes in measurement techniques is crucial.
Being open to switching to more sophisticated data gathering methods can lead to clearer results.

Oscilloscopes have been crucial tools in electronics for a long time, helping engineers understand and test signal changes.
Digital oscilloscopes offer advanced features like horizontal position adjustment, holdoff function, and memory segmentation for better measurement control.
Trigger modes on oscilloscopes, like 'auto' and 'normal,' serve different purposes in displaying and analyzing traces.

The metric system is more standardized and scientifically relevant than imperial units.
Celsius temperature scale is argued to be worse than Fahrenheit for scientific accuracy.
Body-based units like inches and feet can be useful, especially when estimating distances without a ruler.

The MiSeq flowcell consists of a plastic outer shell with a glass flowcell that clips open and closed.
Measurements indicate a cover glass thickness of around 150um and a 100um channel height on a 1mm substrate.
Unlike other flowcells, the MiSeq uses an all glass construction bonded with optical bonding material and borosilicate glass apertures.

People often think in relative terms rather than absolute ones. For example, you might feel cold or warm based on how you compare the temperature to what you're used to.
When measuring success or progress, it's easy to lower your standards without realizing it. If everyone around you is doing less, you might think you're doing fine, but that can lead to problems.
Not everything can or should be measured absolutely. It’s important to stay aware and not become complacent, like the frog that doesn’t notice the water getting hotter.

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