)[2] BDUNT has studied neutrinos coming through the Earth with results on atmospheric muon flux.

The first part, NT-36 with 36 optical modules (OMs) at 3 short strings, was put into operation and took data up to March 1995.

[6][7] Since 2016, a 1 cubic km telescope, NT-1000 or Baikal-GVD (or just GVD, Gigaton Volume Detector), is being built.

In the years to come the telescope will be expanded to measure one cubic kilometre (the full planned size).

Searches for relic dark matter in the Sun[14] and high-energy muons[15] and neutrinos[16] have been published.