TYB
So Q made a drop in the dead of night 5 hours ago? Noice!
Based on what I have observed of human behavior. Both during this crisis and during difficult times in the past. The longer this goes on the moar pushback there will be from the population. It will run the spectrum. Some will just say we have to reopen. Others will start to entertain new ideas. Including the proposition that it is all just BS. Good luck with the procedure. My Prayers that it goes well and speedy full recovery.
>“Castle Doctrine”
A man's home is his castle. A legal stance that get's anon's 100% endorsement.
Poor Zeke. They keep picking on him.
Up out of Ottawa, Canada with a flight plan filed for Denver, Colorado is tail number N355K. A 2015 LEARJET INC 45 owned by Kiewit Engineering Group. This is an interesting group of Companies. Found a very interesting article about a Deep Underground Neutrino Experiment from just a few days ago.
https://flightaware.com/live/flight/N355K
N355K Aircraft Registration
Aircraft Summary
Summary2015 LEARJET INC 45
Fixed wing multi engine
(12 seats / 2 engines)
Owner KIEWIT ENGINEERING GROUP INC
OMAHA , NE, US
https://flightaware.com/resources/registration/N355K
https://www.kiewit.com/
kek, check the group photo in front of the DIA Terminal. This post is sure to get the DUMB hunters charged up.
JUNE 25, 2020
Crews create a blast to take the Deep Underground Neutrino Experiment to the next stage
by Lauren Biron, Leah Hesla, Fermi National Accelerator Laboratory
It started with a blast.
On June 23, construction company Kiewit Alberici Joint Venture set off explosives 3,650 feet beneath the surface in Lead, South Dakota, to begin creating space for the international Deep Underground Neutrino Experiment, hosted by the Department of Energy's Fermilab.
The blast is the start of underground excavation activity for the experiment, known as DUNE, and the infrastructure that powers and houses it, called the Long-Baseline Neutrino Facility, or LBNF.
Situated a mile deep in South Dakota rock at the Sanford Underground Research Facility, DUNE's giant particle detector will track the behavior of fleeting particles called neutrinos. The plan for the next three years, is that workers will blast and drill to remove 800,000 tons of rock to make a home for the gigantic detector and its support systems.
"The start of underground blasting for these early excavation activities marks not only the initiation of the next major phase of this work, but significant progress on the construction already under way to prepare the site for the experiment," said Fermilab Deputy Director for LBNF/DUNE-US Chris Mossey.
The excavation work begins with removing 3,000 tons of rock 3,650 feet below ground. This initial step carves out a station for a massive drill whose bore is as wide as a car is long, about four meters.
The machine will help create a 1,200-foot ventilation shaft down to what will be the much larger cavern for the DUNE particle detector and associated infrastructure. There, 4,850 feet below the surface—about 1.5 kilometers deep—the LBNF project will remove hundreds of thousands of tons of rock, roughly the weight of eight aircraft carriers.
The emptied space will eventually be filled with DUNE's enormous and sophisticated detector, a neutrino hunter looking for interactions from one of the universe's most elusive particles. Researchers will send an intense beam of neutrinos from Fermilab in Illinois to the underground detector in South Dakota—straight through the earth, no tunnel necessary—and measure how the particles change their identities. What they learn may answer one of the biggest questions in physics: Why does matter exist instead of nothing at all?
"The worldwide particle physics community is preparing in various ways for the day DUNE comes online, and this week, we take the material step of excavating rock to support the detector," said DUNE spokesperson Stefan Söldner-Rembold of the University of Manchester. "It's a wonderful example of collaboration: While excavation takes place in South Dakota, DUNE partners around the globe are designing and building the parts for the DUNE detector."
moar at:
https://phys.org/news/2020-06-crews-blast-deep-underground-neutrino.html
>4,850 feet below the surface
And how do you get a TBM down there anon? This is why they are blasting. They are using a smaller TBM for the ventilation shaft though.