Mysterious radio signals from space hit earth every 16 days

on

Scientists are studying what they term as constant and “fast radio bursts” (FRBs) coming from a galactic system a billion and a half light years away from earth. Radio signals are commonly detected by our terrestrial radio satellites, and most of them are from collisions of neutrons in space. FRB’s send out short, energetic radio waves multiple times and usually, its sporadic or in a cluster.

Canadian astronomers working for Canadian Hydrogen Intensity Mapping Experiment/Fast Radio Burst Project Collaboration however, detected an anomaly. Between September 16, 2018 and October 30, 2019, FRB’s from this location termed as 180916.J0158+65 created a pattern of bursts occurring every 16.35 days. Over the course of 4 days, the radio signal releases a burst or two every hour, and then, it would go silent for another 12 days. The repeating signal was traced to a massive spiral galaxy around 500 million light-years away.

 


Discover more from Current Ph

Subscribe to get the latest posts sent to your email.

Avatar photo
Filobserverhttp://filobserver.wordpress.com
FilObserver aims to be the top most in mind when it comes to Philippine and Asian news, culture, information and opinions.

LEAVE A REPLY

This site uses Akismet to reduce spam. Learn how your comment data is processed.

MUST READ

MAS PINABILIS NA ANG PAGBIYAHE SA VICTORY LINER!

MAS PINABILIS NA ANG PAGBIYAHE SA VICTORY LINER! Mas madali at mas convenient na ang pagkuha ng bus tickets! Alamin kung paano gagawing mas mabilis at...

MC Taxi Riders Appeal to LTFRB amidst Overboarding Issue

MANILA, Philippines, October 22, 2026 — Motorcycle taxi riders are calling on the Marcos administration and transport regulatory bodies to provide those operating beyond...

China’s Wolf Warriors are Back. Beijing Should Recall Its...

China's ambassador to the Philippines has accomplished in a few sentences what years of Chinese public diplomacy have struggled to prevent: He has reinforced the perception that Beijing regards its smaller neighbors not as sovereign equals, but as countries expected to accommodate its growing military and economic power.

Beyond the 2027 Invasion Timeline: Diplomatic Isolation, Ontological Security,...

This paper challenges military-centered assessments of a possible People's Republic of China (PRC) operation against Taiwan by 2027, arguing that Beijing's calculations may depend not only on military readiness and economic costs but also on diplomatic recognition, international legitimacy, and political identity. It advances a conditional framework integrating ontological security theory, the Chinese sociological concept of mianzi (face), and recognition politics. The paper proposes that Taiwan's declining diplomatic recognition could strengthen Beijing's sovereignty narrative, create a perceived loss of face for Taiwan's governing authorities, and alter the political conditions under which Beijing considers coercive or military unification. Drawing on official PRC statements, U.S. security assessments, and international relations scholarship, the analysis develops three propositions concerning recognition, status vulnerability, and coercive decision-making. It argues that complete diplomatic isolation could represent a significant political threshold without necessarily eliminating Taiwan's international relationships or legitimizing the use of force. The paper contributes to cross-strait security studies by identifying diplomatic recognition as a potentially important condition that shapes Beijing's assessment of the political feasibility and costs of unification, beyond conventional materialist explanations.

El Niño, Ayuda and the Politics of Disaster: Are...

The Marcos administration is preparing billions of pesos in drought-related spending. But will that money build permanent water security, or deepen a political culture in which disaster relief becomes a source of electoral patronage?

Discover more from Current Ph

Subscribe now to keep reading and get access to the full archive.

Continue reading

Discover more from Current Ph

Subscribe now to keep reading and get access to the full archive.

Continue reading