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faq.md

@@ -9,15 +9,13 @@ exchange observations of the delays of their local clocks with respect
 to GPS clocks. These observations are then merged by the Bureau
 International des Poids et Mesures (BIPM) in Paris to produce
 Coordinated Universal Time (UTC). In addition to these techniques,
-metrology labs also exchange observations using other independent
-means  
+metrology labs also exchange observations using other independent means
 such as Two-Way Satellite Time Transfer (TWSTT). In this setup, a
 certain bandwidth is rented from a geostationary satellite operator to
 establish a two-way link, which is completely independent of GPS.
 Travelling atomic clocks (after accounting for relativity and other
 effects) are a third way which is used to ascertain that GPS time
-transfer is unbiased. The satellite receivers in Gran Sasso and CERN
-are  
+transfer is unbiased. The satellite receivers in Gran Sasso and CERN are
 the same brand and model. So are the antennae and the antenna cables.
 They have been characterized by two independent metrology labs (METAS
 and PTB) using different methods, which agreed to within 2 ns even if
@@ -27,15 +25,11 @@ conducted with a 2-year separation in time.
 
 Calibrations conducted by METAS and PTB both included the final cables
 and antennae. This is a very important concept: inclusive calibration.
-It is also used to calibrate other things like fiber links. You have
-to  
+It is also used to calibrate other things like fiber links. You have to
 try to include as much as possible of your final setup in the
-calibration procedure. So at METAS, for example, both GPS receivers
-were  
-set up with their final cables and antennae, and their PPS outputs
-were  
-measured against the METAS reference PPS. This provided, in addition
-to  
+calibration procedure. So at METAS, for example, both GPS receivers were
+set up with their final cables and antennae, and their PPS outputs were
+measured against the METAS reference PPS. This provided, in addition to
 the relative calibration of interest, an absolute calibration with
 respect to
 UTC.