The easiest way to measure this is to ask your friend to stand where the TV will be, then draw the tape measure to your ...

Based on the light the glowing molecules released, the researchers could measure the distance between them. They used this method to measure distances between the molecules of several well-understood ...

Measuring the distance using lasers is a mainstay of self-driving vehicles and ambitious robotics projects. The fine folks at MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL ...

One handy feature is the ability to measure the real-world distance between any number of selected points. This way, you can quickly find the straight-line distance between two cities, or the ...

It would be impossible to draw a life-size map and we need to know the scale to work out distances. Once the scale of the map is known, it is possible to measure the distance between two points.

If you're measuring the distance to an object nearby, it's pretty easy. We take another object whose length that we know, and we use it as a reference to find that distance. What about an object ...

And it works remarkably well. In their latest work, the team showed that the MINFLUX method can also be used to optically measure the three-dimensional distance between two fluorescent molecular ...

Note: The verification e-mail to complete your account registration should arrive immediately. However, in some cases it ...

We can measure the emission lines and spectral breaks (abrupt changes in the light intensity at specific wavelengths), and compare their observed wavelengths with their known emitted wavelengths.

But how would one measure the electrostatic charge of an object without touching it? Something like this field mill, which is capable of measuring electrostatic charge over a range of several ...