Widok z lotu ptaka na miejsce eksperymentu Virgo, fot. Virgo Collaboration

Advanced Virgo is ready

Objective of the Advanced Virgo project officially concluded on February 20, 2017 in European Gravitational Observatory (EGO) in Pisa (Italy) was to modernise the Virgo interferometer. Polish scientists participated in the project. It is hoped that the Advanced Virgo detector will significantly advance research on gravitational waves, so far the largest discovery in physics of the 21st century.

Największa trójwymiarowa mapa Wszechświata sprzed 7 mld lat

The largest 3D map of the Universe as it was 7 billion years ago

An international team of astronomers (composed also of some Polish scientists) running the VIPERS (VIMOS Public Extragalactic Redshift Survey) project has just presented the largest 3D map of the Universe as it was 7 billion years ago, and made available the data, on which the map was based.

Początek hackathonu, narada. Paweł Posielężny (MIM UW), Adam Zadrożny (NCBJ), Arkadiusz Ćwiek (NCBJ), fot: Kuba Mozolewski, Ministerstwo Cyfryzacji

NCBJ researchers in a programming contest organized by Ministry of Digital Affairs

17 teams participated in Hackathon, a programing contest organized for the first time by Ministry of Digital Affairs on premises of National Library in Warsaw. 90 contest runners included 2 astrophysicist from NCBJ: Adam Zadrożny and Arkadiusz Ćwiek. Contest runners’ task was to develop software applications designed to facilitate everyday life of ordinary people by making use of data openly published by various institutions in the Internet.

Graficzna wizualizacja zarejestrowanych 26 grudnia 2015 fal grawitacyjnych powstała w Instytucie Fizyki Grawitacyjnej Instytutu Maxa Plancka pokazuje dwie czarne dziury o masach 14 i 8 Słońca, zaledwie kilka chwil przed ich zderzeniem i połączeniem. Stworzona nową czarna dziura ma masę 21 Słońc.

Gravitational waves detected from second pair of colliding black holes

On December 26, 2015 at 03:38:53 UTC the LIGO Scientific Collaboration and the Virgo collaboration observed gravitational waves – ripples in the fabric of spacetime – for the second time. The gravitational waves were detected by both of the twin Laser Interferometer Gravitational-Wave Observatory (LIGO) detectors, located in Livingston, Louisiana, and Hanford, Washington, USA.

Konferencja prasowa w Pałacu Staszica na temat odkrycia fal grawitacyjnych — fot. Marianna Zadrożna

Gravitational waves discovered 100 years after Einstein had predicted them

For the first time in history scientists have observed some “wrinkles” on the spacetime “fabric”. These gravitational waves have arrived to Earth from a distant point in the Universe where some catastrophic event had taken place. The observation has confirmed one of the most profound consequences of the General Theory of Relativity proposed by Einstein in 1915 and has opened up quite new perspectives in research on the Universe.

Profesor Roman Juszkiewicz

NON-LINEAR UNIVERSE - Roman Juszkiewicz 1st Symposium

70 cosmology researchers from the entire world – among them some world-famous scientists – are going to attend Symposium to be held between August 24-28 in Warsaw in commemoration of the most famous Polish cosmologist – late Professor Roman Juszkiewicz.