#Pavin

[gabrielokun]

[pastelwitchling]

Even without accounting for the AWOL of it all, I think its pretty clear Michael never asked Alex to stay, so I really don't get all the blame heaped on him for not staying. Alex made a life for himself outside of the town that treated him badly, he had a career where he was respected and escaped his abusive home. Was he just supposed to give all that up for someone who couldn't even say goodbye the day he left and who never once changed in ten years?? Michael started his "walking bar fight" phase while Alex was still around, what reason would Alex have to think Michael would suddenly stop if he decided to give everything up and stay in Roswell?? I just really don't get the expectation that Alex was supposed to be the one to upend his entire life to be with someone who never once gave any indication he'd be willing to do the same if he stayed.

I can't even count the number of arguments I've had on this front. The fact that Alex was punished over and over for not staying, but honestly? Why would he? I love Michael, but he was not without his flaws.

I know that if I loved someone who had been beaten the way Michael had when we were first found together, and then he mocked me every time I was afraid of my own abuser for years after, I wouldn't feel safe with him. I understand Michael felt abandoned, I really do, but does that change the fact that he never once asked Alex to stay? Does it change the fact that he never showed so much as an ounce of sympathy towards Alex's feelings concerning his father? Or a sense of compassion for the fact that Alex lived under a man who watched him like a hawk and judged him on every move?

Forgetting that this wasn't Alex's foster father, it wasn't someone who he knew wasn't family. This was Alex's actual dad, and he was punished for wanting his own dad to love him? For being unable to help but earn his approval? I get how Alex leaving hurt, but I also struggle to understand why he should've stayed in the first place. Did Michael ever once show him that he was a safe space for Alex to escape to if he ever did manage to get away from his dad? His options stayed either his father, the only connection to his mother and his family and the only home he'd ever known, and a cowboy who scoffs at him when he's afraid and acts like he really couldn't care less when he leaves.

Before anyone comes at me either, answer me this;

Did Michael ever so much as say the word, wait?

Did Michael ever say the words, That must've been tough?

Did Michael ever say, I want to know you?

Did Michael ever ask Alex why he keeps leaving?

Did Michael ever tell Alex it was okay?

Did Michael ever tell him he could keep him safe?

Did Michael ever tell him he loved him?

Did Michael ever tell him he liked him?

I rest my case.

[canirando]

Lac Pavin, 63 // 5 ans, 3 mois

[conniesmlb]

[superiors-drives]

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[h3artofmad1son]

[winteredsoda]

☆ Miranda Pavin-Skylar ☆

[canines-of-the-saviour]

Remade Pavin to switch his class <3

[allthecanadianpolitics]

The Manitoba government put forward sweeping changes to the school day Thursday — eliminating a requirement to sing God Save the King, paving the way for more Indigenous instruction, and enshrining its school nutrition program in a way that one expert called constitutionally dubious. One of several bills introduced in the legislature would, if passed into law, eliminate a little-known rule that says students should sing God Save The King every school day. The provision has not been enforced in decades but was recently revived in the Mountain View School Division in western Manitoba. The move was met with public opposition from those who said it was not consistent with truth and reconciliation measures.

Continue reading

Tagging: @newsfromstolenland

[gacougnol]

RENÉ-JACQUES (1908-2003)

Lac Pavin en Auvergne, 1959.

[gabrielokun]

[bellamaybank]

hiiiiiiiiiiiiii 🥥

i’m bella :)

i love: god, tanning, sunsets, jj maybank, madelyn cline, embreigh courtlyn, (like as my idols), outer banks, netflix, the summer i turned pretty, dark blue, white, anything coastal granddaughter i’m all over it, beaches, vanilla perfume, tulips, pinterest, my basic white girl music taste, jewelry, traveling, jiara, rudison, piper rockelle, pavin

my second acc is @obx5updates

my bsf is @kalopsia444sturnibeer

@bellamaybank :)



[cozyartdemon]

Pavin

[dailyunsolvedmysteries]

Parkour enthusiast Pavel Kashin was performing a trick for the photographer when he miscalculated his movements. While trying to perform a back flip on a precarious building roof’s ledge, he lost his balance. Pavin was unable to get his composure back and ultimately fell to the ground to his death. It was an unfortunate and ultimately completely avoidable incident. 

[spacetimewithstuartgary]

New insights into black hole scattering and gravitational waves unveiled

A landmark study published in Nature has established a new benchmark in modelling the universe’s most extreme events: the collisions of black holes and neutron stars. This research, led by Professor Jan Plefka at Humboldt University of Berlin and Queen Mary University London’s Dr Gustav Mogull, formerly at Humboldt Universität and the Max Planck Institute for Gravitational Physics (Albert Einstein Institute), and conducted in collaboration with an international team of physicists, provides unprecedented precision in calculations crucial to understanding gravitational waves. 

Using cutting-edge techniques inspired by quantum field theory, the team calculated the fifth post-Minkowskian (5PM) order for observables such as scattering angles, radiated energy, and recoil. A groundbreaking aspect of the work is the appearance of Calabi-Yau three-fold periods – geometric structures rooted in string theory and algebraic geometry – within the radiative energy and recoil. These structures, once considered purely mathematical, now find relevance in describing real-world astrophysical phenomena. 

With gravitational wave observatories like LIGO entering a new phase of sensitivity and next-generation detectors such as LISA on the horizon, this research meets the increasing demand for theoretical models of extraordinary accuracy. 

Dr Mogull explained the significance: "While the physical process of two black holes interacting and scattering via gravity we’re studying is conceptually simple the level of mathematical and computational precision required is immense.” 

Benjamin Sauer, PhD candidate at Humboldt University of Berlin adds: “The appearance of Calabi-Yau geometries deepens our understanding of the interplay between mathematics and physics. These insights will shape the future of gravitational wave astronomy by improving the templates we use to interpret observational data." 

This precision is particularly important for capturing signals from elliptic bound systems, where orbits more closely resemble high-velocity scattering events, a domain where traditional assumptions about slow-moving black holes no longer apply. 

Gravitational waves, ripples in spacetime caused by accelerating massive objects, have revolutionised astrophysics since their first detection in 2015. The ability to model these waves with precision enhances our understanding of cosmic phenomena, including the “kick” or recoil of black holes after scattering – a process with far-reaching implications for galaxy formation and evolution. 

Perhaps most tantalisingly, the discovery of Calabi-Yau structures in this context connects the macroscopic realm of astrophysics with the intricate mathematics of quantum mechanics. “This could fundamentally change how physicists approach these functions,” said team member Dr Uhre Jakobsen of Max Planck Institute for Gravitational Physics and Humboldt University of Berlin. “By demonstrating their physical relevance, we can focus on specific examples that illuminate genuine processes in nature.” 

The project utilised over 300,000 core hours of high-performance computing at the Zuse Institute Berlin to solve the equations governing black hole interactions, demonstrating the indispensable role of computational physics in modern science. “The swift availability of these computing resources was key to the success of the project,” adds PhD candidate Mathias Driesse, who led the computing efforts. 

Professor Plefka emphasised the collaborative nature of the work: “This breakthrough highlights how interdisciplinary efforts can overcome challenges once deemed insurmountable. From mathematical theory to practical computation, this research exemplifies the synergy needed to push the boundaries of human knowledge.” 

This breakthrough not only advances the field of gravitational wave physics but also bridges the gap between abstract mathematics and the observable universe, paving the way for discoveries yet to come. The collaboration is set to expand its efforts further, exploring higher-order calculations and utilising the new results in future gravitational waveform models. Beyond theoretical physics, the computational tools used in this study, such as KIRA, also have applications in fields like collider physics. 

This achievement was the result of extensive international collaboration and advanced mathematical and computational methods. The groundwork for the study was laid in Plefka’s group at Humboldt University of Berlin, where the Worldline Quantum Field Theory formalism was pioneered together with Dr Gustav Mogull. Over time, the collaboration expanded to include world-leading specialists such as Dr Johann Usovitsch, who moved from CERN to Humboldt University of Berlin and is the developer of the KIRA software, as well as mathematical physicists Dr Christoph Nega (Technical University of Munich) and Professor Albrecht Klemm (University of Bonn), leading experts on Calabi-Yau manifolds. 

The project received key funding through Professor Plefka’s ERC Advanced Grant GraWFTy, the RTG 2575 Rethinking Quantum Field Theory, and the novel Research Unit FOR 5582 of the Deutsche Forschungsgemeinschaft, in which Plefka and Klemm are principal investigators. It was also supported by Dr Mogull’s Royal Society University Research Fellowship, Gravitational Waves from Worldline Quantum Field Theory. 

[goalhofer]

Top 10 MLB double leaders: week 1

10: Mark Vientos, New York Mets (2) 9: Randal Grichuk, Arizona (2) 8: Edmundo Sosa, Philadelphia (3) 7: José García, Texas (3) 6: Willi Castro, Minnesota (3) 5: Michael Conforto, Los Angeles Dodgers (3) 4: Pavin Smith, Arizona (3) 3: Manny Machado, San Diego (3) 2: Miguel Amaya, Chicago Cubs (4) 1: Jonathan Aranda, Tampa Bay (4)