A deep pulse rippled through the water. The lake floor trembled, glacial silt rose from the bottom as waves of sound pulsated through the depths, radiating from a single point. Here, icelike clathrate structures, resembling packed snow, shattered, their shards falling to the silty surface. This exposed two enigmatic metal staves, rod-like objects half buried in ancient sedimentation. At the same moment, a burst of electromagnetic radiation and neutrinos exploded in all directions.
These high-energy electromagnetic waves and neutrino particles paid no heed to the harsh environment they emanated from. The water was intensely cold, three degrees below zero. Vostok Lake is 1,000 metres deep, capped by more than 4,000 metres of ice. The pressure here is extreme—approximately 350 atmospheres, equivalent to about 5,150 pounds per square inch. An ecosystem which all but guarantees it remains concealed from the prying eyes of mankind.
Sitting kilometres above the lake is Vostok Station, Antarctica. Scattered clouds were passing overhead, and a light wind blew from the south. The electromagnetic pulse caused an unexpected power outage at the station. With the temperature at minus 45 degrees Celsius, any issue with power generation was potentially deadly.
Some 1,300 kilometres away at the South Pole, the IceCube Neutrino Observatory registered the spike in activity. Neither IceCube nor Vostok observers had any idea what had just happened. Only one person would realise the significance of these events, and he was half a world away.