«We have looked for dark matter particles during the experiment's first three - month run, but are exploiting
new calibration techniques better pinning down how they would appear to our detector,» said Alastair Currie of Imperial College London, a LUX researcher.
A new calibration technique fired neutrons directly into the Large Underground Xenon (LUX) dark matter detector, increasing calibration accuracy by a factor of 10.
Not exact matches
Now, a
new set of
calibration techniques employed by LUX scientists has again dramatically improved the detector's sensitivity.
But with a
new set of
calibration techniques that improve the detector's sensitivity, researchers hope to soon, finally, spot dark matter.
We present a
new alternative
technique, which avoids
calibration of our model with the presently observed TSI variations and an extrapolation into the past.