Nikhef - How can we detect gravitational waves?

[@frankservant5754]

This is an excellent tutorial it explains the basics very well then more and more complexity is added to provide enough detail but without oversimplifying things

[@brahmburgers]

Such extreme precision along with amazing design. Mega respect, from me, for the scientists and manufacturers involved.

[@chiragpaladiya93]

This is the best explanation of LIGO I have ever seen. Period! Thank you very much!

[@dannyspeaksphysics]

This is the best video I've seen about this

[@rafaelrosa96]

That is hands down the best explanation that I have ever seen!

[@MrPakurfulo]

Very well explained, thanks

[@mohduk4]

This is so good

[@spal3907]

one of the best ❤

[@ngroy8636]

What is squeezed vacuum? I saw it in ligo introduction years ago

[@vogelvogeltje]

Dank u wel!

[@altruisticscoundrel]

Great video! Thank you!

[@UMARBINSHAKAUAT]

nice explanation

[@DavidFamilyAdminAccount]

Looks expensive

[@vincentroberson6624]

This Portal level is complicated af

[@odeiseoliveira9579]

Achei interessante isso. Alguém poderia explicar isso na prática?

[@frankservant5754]

The LIGO in the US is the practical application. The gravity waves produces tiny vibrations. These tiny vibrations cause the length of the fabry perot arms to change causing a signal to be detected by the optical sensor

[@universityofnextlevelw.c.a7755]

0:17 but DNA is detectable 0:52

[@ondtsn1956]

Gravitational waves can easily pass through the mirrors.Gravitational waves are not similar to electromagnetic waves, that can not pass through metals etc.

[@bhayasur]

🤯🤯