Here is another article of mine, recently published, where I investigate the so-called Hubble tension.
https://t.co/uY3cqIOx9n
Download: https://t.co/t9mStlq7go
Sharing the abstract of our recently published work, in which we investigate an alternative approach to dark energy to explain the current accelerating phase of the universe.
Cosmology Lecture & Pub Quiz
March 20, 2025 | Pub Prywatka, Szczecin
18:30 – Start | 19:00 – Lecture | 20:30 – Quiz
Join Prof. Vincenzo Salzano for a talk on the universe, then test your knowledge in a fun quiz.
Sign up: https://t.co/JW6ls3pI3y
#CosmologyQuiz#ScienceNight
We've arranged a society based on science and technology, in which nobody understands anything about science and technology. And this combustible mixture of ignorance and power, sooner or later, is going to blow up in our faces. Who is running the science and technology in a democracy if the people don't know anything about it?
-- Carl Sagan in a 1996 interview with Charlie Rose
In our recently published paper: https://t.co/RQfHeQT9Rt, we have given an entropic perspective on the origin of dark energy. You can read it here: https://t.co/DbTyVwWaAW
During the #IAU symposium in April 2023, a survey indicated that there was a significant consensus regarding the cause of the tension, with 5 votes supporting CMB systematics, 36 votes supporting LCDM being incorrect, and 18 votes supporting stellar systematics. #hubbletension
@OzAmram Just to be clear, these are the contours we are talking about right? w0 alone looks totally fine. wa-wo looks totally unconstrained, but certain combinations of unconstraint data is inconsistent the wa=0, w0=-1
I'm so tired of all these dumb decel doomers who freak out over #ChatGPT, #Gemini, #Claude & #Grok and claim that machines can one day get larger than people – it's obviously impossible: https://t.co/7v0ps1P1iw
Two pieces of evidence for dark matter that have nothing to do with rotation curves:
1. Early Universe: Use a CMB simulator to see what the early Universe looked like if there was no dark matter and compare with what we measure
Play around:
https://t.co/fR2mGAq5ZA
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Interesting article about lensed GW to investigate the expansion rate of the universe
Phys. Rev. Lett. 130, 261401 (2023) - Cosmography Using Strongly Lensed Gravitational Waves from Binary Black Holes https://t.co/tv69mwiFWm
@NikoSarcevic I was hired for PhD based on my previously published work, but it appears that I wasn't prepared for it when I started. Instead of concentrating on publishing papers during the master's studies, I believe it is important to concentrate on all the aspects of PhD research.