New study by international team of scientists reveals an evolving, magnetized environment and surprising source location for deep-space fast radio bursts – observations that defy current understanding.

An unusual blast of radio waves from deep space had a sense of rhythm. Over the few seconds in December 2019 when the burst was detected, it kept a steady beat. That tempo holds clues to the potential origin of the mysterious outburst, one of a class of flares called fast radio bursts.

An unusual blast of radio waves from deep space had a sense of rhythm. Over the few seconds in December 2019 when the burst was detected, it kept a steady beat. That tempo holds clues to the potential origin of the mysterious outburst, one of a class of flares called fast radio bursts.

An international team of scientists using the world’s largest radio telescope has detected a mysterious series of bright flashes from 3 billion light years away.

The global smart space market size is projected to grow from USD 9.4 billion in 2020 to USD 15.3 billion by 2025, at a Compound Annual Growth Rate (CAGR) of 10.2% during the forecast period. The increasing venture capital funding and growing investments in smart space technology to drive market growth.

According to recent research results, polarization could hold key clues to unraveling the enigma of fast radio bursts (FRBs).

The first fast radio burst detected dates back to 2007. Since then, nearly a hundred of these ultrashort cosmic “explosions” have been recorded, some of them being periodic. Despite these multiple observations, the origin of these signals remains unknown to this day. Black holes, simple neutron stars, pulsars or magnetars are among the sources considered. A new study conducted by an international team on five different sources of these strange signals could finally solve this mystery.

New study by international team of scientists identifies polarization as key trait that may reveal the origin of the powerful millisecond-long cosmic radio explosions.