Boss - PH-3 Phase Shifter
"PH3 - Phosphine, is a colorless, highly toxic, poisonous, flammable gas with an unpleasant garlic odor. It burns spontaneously. ... This item was made in December 2000."
cred: facebook.com/Martin Dont
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Boss - PH-3 Phase Shifter
"PH3 - Phosphine, is a colorless, highly toxic, poisonous, flammable gas with an unpleasant garlic odor. It burns spontaneously. ... This item was made in December 2000."
cred: facebook.com/Martin Dont

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https://www.ibtimes.co.uk/india-400-men-cut-off-their-testicles-get-closer-god-following-advice-guru-1489971
Multi-millionaire religious "guru" Gurmeet Ram Rahim Singh - who has been sentenced to 10 years for rape on 28 August - persuaded around 400 of his estimated 50 million followers worldwide to cut off their own testicles to "bring them closer to God".
“yOu sH0uLd rEsP3cT pEoPl3′s bEL1eFs!1!”
Life on Venus? Phosphine gas has been detected in the cloud decks of our nearest neighbour, Venus. The presence of this gas is seen as „biosignature" i.e. an indicator of the possible presence of life. It has been detected in a region within the atmosphere that is considered to be potentially habitable. Check out the source for more information.
So it's like 2 AM but I was thinking about the Dead Marshes and how there was little lights, and how they are kinda like will-o-the-wisps, and how will-o-the-wisps are actually real and are made of methane and phosphine, which are gasses formed when dead plants and bodies, and how mushroom rings sometimes grow over dead bodies. So I'm wondering if both can happen at the same time and people were just like "Cousin Jim was taken by the faeries because we saw a mushroom circle with lights around it", but actually it was just poor Cousin Jim decomposing.
Hints of life on Venus
An international team of astronomers, led by Professor Jane Greaves of Cardiff University, today announced the discovery of a rare molecule – phosphine – in the clouds of Venus. On Earth, this gas is only made industrially, or by microbes that thrive in oxygen-free environments. Astronomers have speculated for decades that high clouds on Venus could offer a home for microbes – floating free of the scorching surface, but still needing to tolerate very high acidity. The detection of phosphine molecules, which consist of hydrogen and phosphorus, could point to this extra-terrestrial ‘aerial’ life. The new discovery is described in a paper in Nature Astronomy.
via https://ras.ac.uk/news-and-press/news/hints-life-venus

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What made the detection even more intriguing is those acidic Venusian clouds, which would be likely to destroy phosphine very quickly. Two detections nearly two years apart suggest that whatever is producing the compound is ongoing.
Venus, the Evening Star, may gleam prettily in our night sky, but up close it's about as inhospitable as a rocky planet can be, with sulphuric acid rains, a suffocating CO2 atmosphere, and a surface atmospheric pressure up to 100 times greater than Earth's.
Based on our understanding of life on Earth, Venus would be among the last places in the Solar System you'd look to find living creatures. But an international team of scientists has just made a detection that might - just might - be a biosignature.
Conversely, it might be the sign of an abiotic chemical process that we don't yet know of. Or there might be some poorly understood geological process occurring on Venus. Either way, this discovery is the harbinger of one heck of a learning experience.
High up in those thick clouds, where conditions are more temperate and less crushing (if not less toxic) than the surface, researchers have detected traces of phosphine gas, a compound produced here on Earth by both biotic and abiotic processes.
According to the researchers, the known abiotic processes are unlikely to have produced the abundances of phosphine - around 20 parts per billion (ppb) - found in the Venusian cloud decks.
Continue Reading.
Venus Is Dead! New Analysis Shows Phosphine, A Possible Biosignature, Is Absent
“So, what does this all mean? It means that the initial detection of phosphine, as claimed by the Greaves et al. team, is suddenly thrown into tremendous doubt. If they’ve analyzed their data in an unsound fashion, as this new work contends, then this chemical signature might not be present, after all. This new paper still needs to go through the peer review process, and I suspect that the original team will perform a reanalysis themselves to see what conclusions they arrive at.
In the absence of what initially appeared to be extraordinary evidence, we need to return to our default position: Venus has no evidence for being a biologically active world. Unless this new analysis is refuted and the initial work is vindicated, the idea of phosphine on Venus may be as dead as Venus itself.”
Last month, a series of three new papers came out, arguing that they had found evidence for phosphine, a chemical which is only naturally produced biologically on Earth, in great abundance in the atmosphere of Venus. Does this mean that there’s life on Venus? The possibility was fascinating, and led to a firestorm of speculation. But in a new study submitted just 2 days ago, an independent team found that the original analysis was unsound, and concludes that there’s no evidence for phosphine at all. Is Venus truly dead, after all?
Here’s what the new paper contends and how the pieces all fit together. If they’re right, the “extraordinary evidence” we needed has evaporated entirely.
A Venusian biosignature, if confirmed, does not guarantee life, but it does represent a compelling argument for further exploration.
An apparent chemical biosignature has been found on Venus. Some news article headlines are suggesting that "life" may have just been discovered. The Planetary Society separates the facts from the hype.