Yes-@Puma asked Grok to generate a meme regarding the status of the Pope’s health, or so I gather and an image of the Pope with a cat with the caption “Are you alive buddy?” was produced, a pun alluding to Schrödinger’s cat. I thought the line from Hamlet’s soliloquy fit the occasion (at least at the moment) so there you have it.
Pope Francis, 88, was discharged from Rome's Gemelli Hospital today, Sunday, following more than five weeks of treatment for double pneumonia. https://t.co/dBgoi7ZAmJ pic.twitter.com/nr3QgCu9cQ
— Roya News English (@RoyaNewsEnglish) March 23, 2025
He decided to be!
Things can easily go in either way in these times because he is not only factor in that matters, he can be put in a situation where he has to act behest Israel and has a no way out even if not having intention to, like some false flag by Israel on US forces and blaming it on Iran, and resulting zionist, media and his voting base pressure and he taking a bait to not look weak, etc.., so the things are open.
BREAKING: Trump just pretended that he knows "nothing about" the leaked texts from Pete Hegseth and then attacks The Atlantic, even though the White House CONFIRMED an hour ago that they did in fact send the texts to The Atlantic Editor-in-Chief.
— Brian Krassenstein (@krassenstein) March 24, 2025
But..but...but HER EMAIL! https://t.co/Aw1Ybkgehs pic.twitter.com/jfknPTVblj
SecDef Hegseth once said: “Any security professional would be fired on the spot and prosecuted for this kind of reckless conduct.”
— VoteVets (@votevets) March 24, 2025
Today, he’s the one endangering national security. By his own standard, he should be gone. #HeadsShouldRoll pic.twitter.com/7gWEY7sHWR
Pete Hegseth, when asked about the monumental fuck up of including the editor of the Atlantic in a top secret chat room, elects to attack The Atlantic, instead of answering the question.
— 👊🇺🇸🔥 Turnbull (@cturnbull1968) March 24, 2025
Absolutely disqualifying and makes him sound imbecilic.
pic.twitter.com/e5ttbi3FDk
True, things can go either way. But having faculty to acknowledge Israeli evil and the will (with which he is tackling deep state) gives some options if situation presents itself.
Even in the very unlikely case that the US would join the Commonwealth, I think it would only do so under special conditions, such as the UK king not being the US head of state obviously.
According to the hypothesis, the modern Siberian plume is currently spreading beneath the base of the East Siberian Plate and partially beneath the West Siberian Plate. This spreading is thought to occur at depths of 50–60 km(31–37 miles), with the plume’s “tail” most clearly observed at depths of around 100 km (62 miles). Secondary plume intrusions are likely already occurring at depths of approximately 40 km (25miles). Some seismotomographic models reveal low-velocity anomalies42 (indicative of a more molten environment) at depths of 110–150 km(68–93 miles), consistent with a liquid mantle region beneath areas south of the Gyda and Taimyr Peninsulas (Fig. 37). These anomalies, as seen in velocity maps from an August 2024 study, are presumed to correspond to two inflows of magmatic material, referred to as the plume “tails” (Fig. 38). If this model is accurate, the diameter of each plume tail rising beneath the East Siberian Craton is approximately 600–700 km (373–435miles).
[...]
It is worth noting that previous eruptions 250 million years ago, at the boundary of the Permian and Triassic periods, also occurred in this region. The epicenter was located beneath the East Siberian Craton (beneath the Putorana Plateau), with effusions spanning both Western and Eastern Siberia (Fig. 42).
According to the hypothesis, the ascending section of the plume is located south of the Gyda and Taimyr Peninsulas and features multiple branches. The diameter of the plume head is estimated at 1,200–1,500 km, while the zone of magmatic flow dispersal may reach 2,500–3,000km. This region encompasses structures of the West Siberian Plate and the East Siberian Craton.
[...]
The analysis of earthquakes in the presumed Siberian Plume area demonstrates wave-like increases in seismicity: the number of earthquakes is rising, their magnitudes are increasing, and they occur at deeper levels. This indicates deformational processes of the plate under the immense pressure of magma from below. The progression of these processes will inevitably lead to an eruption of the Siberian Plume in the near future due to the following reasons.
The foundation of the East Siberian Crato nis cemented with magmatic and metamorphic rocks, forming a dense, monolithic crust shaped by eruptions that occurred 250 million years ago. The emergence of strong earthquakes with magnitudes starting from 7.0 in this region would indicate that the platform structures of the Siberian Craton are undergoing deformations exceeding the strength limits of the rocks. To illustrate how the monolithic Siberian Craton could fracture under plume pressure, imagine how glass begins to crack just before it completely shatters. Thus, the appearance of strong earthquakes in this region could signal the onset of a plume breach to the surface within literally a day.
Thus, a sudden breakthrough of the Siberian plume is expected to produce three life-threatening impact zones.The first (central) impact zone is a region with a radius of 150 km (93 miles), centered in the northwestern part of the Putorana Plateau, where the caldera is expected to form (Fig. 78). This zone encompasses the cities of Norilsk, Dudinka, and Talnakh in the Krasnoyarsk Krai. Within this zone, the activation of the plume would result in the instantaneous destruction of all structures due to the shockwave and scorching pyroclastic flows during the initial phase of the eruption.
The second impact zone, extending to a radius of 1,500 km (932 miles) from the center, is the area affected by lava flows and heavy volcanic materials (Fig. 79). This zone would cover vast areas of northern Siberia, including the Yamalo-Nenets Autonomous Okrug, the Taymyr Peninsula, parts of the Khanty-Mansi Autonomous Okrug, northern Krasnoyarsk Krai, western Yakutia, and the northeastern European part of Russia. Major cities within this radius include Igarka, Novy Urengoy, Nadym, Salekhard, Vorkuta, Naryan-Mar,Mirny, Kogalym, Lesosibirsk, Surgut, Krasnoyarsk, Khanty-Mansiysk, Tomsk, and Nizhnevartovsk. In the first hours of the eruption, this territory would be subjected to fast-moving flows of scorching gas, ash, and lava traveling at speeds of up to 700 km/h (435 mph). These flows would obliterate all life and infrastructure, burying the region under a thick layer of volcanic materials and consuming natural resources.
The third impact zone, with a radius of approximately 9,000 km (5,592 miles), encompasses the dispersal area of fine pyroclastic materials and volcanic ash, covering roughly 50% of Earth’s surface (Fig. 80). During the initial phase (the first 24 hours after the eruption), the ash fallout will primarily affect the territories of the Russian Federation, continental Asia, Europe, the Arabian Peninsula, the northern part of the African continent, and North America. Over the following 7–10 days, the ash masses are expected to spread to the Australian continent, South America, and Antarctica.
