Universe MDPI’s Post

Our concept of the interdisciplinary Center for Astrophysics and Geosciences of Exoplanets (CAGE) is crystallizing. It involves multiple research and educational components: 1. “Geosciences of Exoplanets for Astrophysicists” seminar series. 2. Master of Astrophysics with an exoplanet focus, including courses from the Geosciences Department. 3. Lab experiments with geoscientists to simulate outgassing on exoplanets. 4. “Exoplanets by the Lake” interdisciplinary summer school. 5. Envisioning and influencing future space missions focusing on rocky exoplanets.

Scientist Spotlight: Meet Maksym Mohorian, PhD Astrophysics Student 💫 Meet Maksym, a final year PhD student in Astrophysics, passionate about unravelling the secrets of evolved stars.  Maksym's research delves deep into the mysteries of stellar evolution. Explore his latest findings and insights by checking out his most recent papers 🔍 :  https://lnkd.in/ga_m6jed ⭐ ⭐ Macquarie University Faculty of Science and Engineering Macquarie University Devika Kamath #scientistspotlight #astrophysics #phdstudent #evolvedstars #stellarevolution #researchinastrophysics #astrophysicsresearch #spacescience #stars #sciencecommunication #academicresearch

As we approach the upcoming solar eclipse on April 8, you may be wondering if there is current scientific value in studying eclipses today. Professor and Department Head of Astronomy and Astrophysics Randy McEntaffer addresses this question and the importance of studying eclipses today. For more information about the upcoming solar eclipse, visit https://buff.ly/3ux7vqn

🌌 New Article Alert: "Legacy of Jocelyn Bell: Unraveling the Mysteries of Neutron Stars, Gravitational Waves and the Symphony of the Universe" 🌌 I'm thrilled to share my latest piece exploring the enigmatic world of neutron stars, the awe-inspiring phenomena of gravitational waves, and the monumental legacy of Jocelyn Bell. This article takes you on a journey through the cosmic concertos played out in the vastness of space, revealing the harmonious symphony of the universe as observed through the lens of cutting-edge astrophysical research. ✨ Key Highlights: - The groundbreaking detection of gravitational waves and the colossal collision of neutron stars. - The incredible technology behind LIGO and Virgo detectors, and what the future holds for gravitational wave astronomy. - A tribute to the pioneering work and enduring legacy of Jocelyn Bell, whose discoveries continue to illuminate our understanding of the cosmos. 🔭 Whether you're an astrophysics aficionado or simply curious about the wonders of the universe, this article has something for everyone. Dive into the depths of space and time, and discover the intricate melodies of the cosmic landscape. I'm looking forward to your thoughts and discussions. Let's explore the universe together! #Astronomy #GravitationalWaves #NeutronStars #ScienceCommunication #JocelynBell #Astrophysic

📢A new #MDPIBook from a special issue published in Universe MDPI is now available. "Recent Advances in Gamma Ray Astrophysics and Future Perspectives" 👥Edited by: Patrizia Romano 👉Please check it on the following link: https://lnkd.in/dkSfUCWK

Possible new process for the synthesis of rare nuclei in the universe anew nucleosynthesis process denoted as the νr-process has been suggested by scientists from GSI Helmholtzzentrum für Schwerionenforschung, Technische Universität Darmstadt, and the Max Planck Institute for Astrophysics. It operates when neutron-rich material is exposed to a high flux of neutrinos.

When will the next total solar eclipse be observable in Pennsylvania (after April 8)? Robert Morehead, associate teaching professor of astronomy and astrophysics, shares when the next one will occur in our neck of the woods. Here’s a hint: You might want to check out the one on April 8. Learn more about how you can observe it at https://buff.ly/3ux7vqn

"Today the LIGO-Virgo-KAGRA (#LVK) Collaboration released information on one of the events detected during its current fourth observing run – a gravitational-wave signal from the collision of what is most likely a neutron star with a compact object that is 2.5 to 4.5 times the mass of our Sun. What makes this signal, called GW230529, intriguing is the mass of the heavier object. It falls within a possible mass-gap between the heaviest known neutron stars and the lightest black holes. The gravitational-wave signal alone cannot reveal the nature of this object. Future detections of similar events, especially those accompanied by bursts of electromagnetic radiation, could hold the key to solving this cosmic mystery". #astrophysics #astrophysique #GravitationalWaves #Blackholes #NeutronStars

The Breakthrough StarShot Initiative may be the key to proving a groundbreaking thesis by P.K. Cosmic speed has been theorized to be one-third the speed of light for macro-objects, including spaceships, with masses greater than 1kg. Through experimentation, this thesis can be confirmed and could revolutionize the way we approach space travel. Exciting times ahead for the world of astrophysics! #BreakthroughStarShot #CosmicSpeed #Astrophysics P.K.

The Inaugural Lecture of Hiranya Peiris, Professor of Astrophysics (1909), 'Decoding the Cosmos', is available to watch on YouTube! https://lnkd.in/ekstujEE