Evaporating Black Hole Near Us May Explain 2023 Neutrino Event
Related videos
Unexplained 9 Ring Galaxy May Hide Evidence of Axion Particles
Anton Petrov
14.7k views
After 50 Years of Search Scientists Found Something Near SgrA* Black Hole
Anton Petrov
15.6k views
Possible Detection of Dark Matter in a Black Hole Collision Event
Anton Petrov
35.5k views
These Two Massive Black Holes May Collide Within Our Lifetimes
Anton Petrov
5.1k views
Are Black Hole the Source of Dark Energy? New Evidence
Anton Petrov
57.3k views
Record Breaking Massive Black Holes Challenge Modern Models
Anton Petrov
53.6k views
Did We Really See a Black Hole Explode In 2025?
Anton Petrov
60.7k views
Mysterious Blue Object Near Andromeda May Have an Explanation
Anton Petrov
37.0k views
The Impossible Red Giant Star in Orbit Around a Black Hole
Anton Petrov
40.8k views
Do We Actually Live Inside a Black Hole? Let's Explore the Evidence
Anton Petrov
272.6k views
Record-Breaking Neutrino Detection Points to Exploding Primordial Black Holes
Unravel the mystery behind the most energetic neutrino particle ever recorded and explore the revolutionary, yet exotic, hypothesis that it resulted from a primordial black hole evaporating near our solar system.
Short Summary
- Detectors recorded a neutrino carrying extreme energy (220 PeV), shattering previous astrophysical records.
- The particle's trajectory, moving horizontally through massive amounts of rock and water, ruled out standard atmospheric or deep-space sources like blazars.
- A new proposal suggests this signal resulted from the final burst of evaporation from a tiny primordial black hole, potentially located within 2,000 AU of Earth.
This discussion details the bizarre nature of the KM3230213A event detected by KM3Net in February 2023. Understanding the implications—including evidence for Hawking radiation and a potential solution to the dark matter puzzle—requires examining fundamental particle physics and highly speculative astrophysics.
Unlock all features
FREE: Get instant access to 10 AI summaries, chats, or transcripts per day.
Unlock all features
FREE: Get instant access to 10 AI summaries, chats, or transcripts per day.
Unlock all features
FREE: Get instant access to 10 AI summaries, chats, or transcripts per day.
Unlock all features
FREE: Get instant access to 10 AI summaries, chats, or transcripts per day.
Unlock all features
FREE: Get instant access to 10 AI summaries, chats, or transcripts per day.
Related videos
Unexplained 9 Ring Galaxy May Hide Evidence of Axion Particles
Anton Petrov
14.7k views
After 50 Years of Search Scientists Found Something Near SgrA* Black Hole
Anton Petrov
15.6k views
Possible Detection of Dark Matter in a Black Hole Collision Event
Anton Petrov
35.5k views
These Two Massive Black Holes May Collide Within Our Lifetimes
Anton Petrov
5.1k views
Are Black Hole the Source of Dark Energy? New Evidence
Anton Petrov
57.3k views
Record Breaking Massive Black Holes Challenge Modern Models
Anton Petrov
53.6k views
Did We Really See a Black Hole Explode In 2025?
Anton Petrov
60.7k views
Mysterious Blue Object Near Andromeda May Have an Explanation
Anton Petrov
37.0k views
The Impossible Red Giant Star in Orbit Around a Black Hole
Anton Petrov
40.8k views
Do We Actually Live Inside a Black Hole? Let's Explore the Evidence
Anton Petrov
272.6k views
Top Comments (10)
Can’t understand how a black hole could evaporate this early in the universe age.
What people always gloss over is that while 10^14 neutrinos pass through us every second, 10^23 gas molecules interact with our skin during the same time. That means for every neutrino that passes through us, an estimated 10 trillion molecules interact with our skin (edit: I'm not a physicist and these numbers could be way off. I've seen 10^23 to 10^27 as estimates for the number of molecules that hit our skin per second and which create the atmospheric pressure effect. My point it that when we hear the number of neutrinos passing through us, it sounds shocking, but the reality is neutrinos are rare compared to other particles hitting us.)
That neutrino really made a splash 😊
Your channel Anton. Is easily one of the coolest ever. Big fan. Thank you for the content.
Wonderful as always Anton. Thank you. 🙂😁
Thanks Anton
Nice video 😊 Anton 🤗 again very interesting 🤔 thanks
Hi Anton Great episode again Thanks
Drop everything, wonderful Anton talks about black holes!
an evaporating black hole _within_ the oort cloud is HUGE. we might have had a black hole literally in our backyard for centuries, and the fact we didn't get to observe it directly is a tragedy.
Unlock the Data Inside
Turn Videos into Knowledge
- Get FREE 10/day: transcripts, summaries, chats
- Chat with videos, export text & PDF
- $1 free API credit for RAG, chatbots & research
Free forever plan • All features unlocked
Top Comments (10)
Can’t understand how a black hole could evaporate this early in the universe age.
What people always gloss over is that while 10^14 neutrinos pass through us every second, 10^23 gas molecules interact with our skin during the same time. That means for every neutrino that passes through us, an estimated 10 trillion molecules interact with our skin (edit: I'm not a physicist and these numbers could be way off. I've seen 10^23 to 10^27 as estimates for the number of molecules that hit our skin per second and which create the atmospheric pressure effect. My point it that when we hear the number of neutrinos passing through us, it sounds shocking, but the reality is neutrinos are rare compared to other particles hitting us.)
That neutrino really made a splash 😊
Your channel Anton. Is easily one of the coolest ever. Big fan. Thank you for the content.
Wonderful as always Anton. Thank you. 🙂😁
Thanks Anton
Nice video 😊 Anton 🤗 again very interesting 🤔 thanks
Hi Anton Great episode again Thanks
Drop everything, wonderful Anton talks about black holes!
an evaporating black hole _within_ the oort cloud is HUGE. we might have had a black hole literally in our backyard for centuries, and the fact we didn't get to observe it directly is a tragedy.