I don t condone vandalism but this protest against the Glazers is much bigger than today s game against Liverpool.
Drove Up From Wales Fight For Something I Care About! OUR CLUB! #GlazersOut x pic.twitter.com/Koh786bFGv John Scon Hughes (@Only1JohnScon) May 2, 2021
If you see anyone talking about how much #mufc have spent in defence of the Glazers, they are confirming that they simply haven’t a clue.
All money spent has been generated from club revenue there has been ZERO external investment unlike clubs like Chelsea & Manchester City. ً (@utdrobbo) May 2, 2021
Not everyone is treating it so seriously, though
BURNT HILLS — The Niskayuna boys’ volleyball season ended at the hands of Burnt Hills-Ballston Lake in three sets Monday night, but the chance simply to play…
Small warm ponds: Ideal incubators for first life?
by Mary Caperton Morton Tuesday, January 9, 2018
If a meteorite bearing nucleotides happened to splash down into a small, warm pond early in Earth s history, the nucleotides could have been in an ideal environment in which to link together into RNA. Credit: Callan Bentley, 2017.
The first embers of life are thought to have emerged on Earth between 4.5 billion and 3.7 billion years ago, but how and where the initial sparks arose remains a mystery. Two leading theories suggest that the first self-replicating molecules a necessity for life may have gotten a start either in deep-ocean hydrothermal vents or in small warm ponds on land. In a new study, researchers suggest that the wet-dry cycles occurring in small, seasonal ponds would have made a better natural incubator.