The Pizza Post

#pizzagate | #WhatTheyVotedFor

The underlying question of the #trumpswindle seems at once both straightforward and incredibly twisted. It is, after all, a complicated question of expectation and interpretation, of what one says versus what one means, and it might be that Freud was correct and they’re all hung up on something about their mothers, or maybe object relations subsumes that neurotic array as some primary identification of something having to do with authority accommodated and assimilated. And while it is just as true that the preceding sentence is likely as vapid as it is correct, the simpler expression is that it never really was about all those other things because Donald Trump’s supporters are, at heart, after the thrill of wicked and vicious empowerment, which is the legendary birthright of every superior intellect and conscience.

If it seems really easy to overstate the #trumpswindle, remember why truth is stranger than fiction.

Let us start, then, at Slate, with Ben Mathis-Lilley:

In Florida, meanwhile, the Department of Justice has just announced the arrest of a Tampa, Florida–area woman who—believing, like [InfoWars host Alex] Jones, that the deaths at Sandy Hook were faked—threatened to kill one of the bereaved parents of a Sandy Hook victim ....

The parent in question, Len Pozner, is what New York magazine described in a September piece as “the de facto leader of the [Sandy Hook] anti-hoaxer movement”; he operates an advocacy organization for family members of mass-killing victims who’ve been harassed by truthers and has filed a lawsuit against one prominent Sandy Hook denier for invasion of privacy. Pozner told the magazine that he was actually once an Infowars listener himself before losing his 6-year-old son Noah in Newtown. Said Pozner: “I probably listened to an Alex Jones podcast after I dropped the kids off at school that morning” ....

A Moment for MESSENGER

Thank you, MESSENGER.

Mission controllers at the Johns Hopkins University Applied Physics Laboratory (APL) in Laurel, Md., confirmed today [30 April 2015] that NASA’s MErcury Surface, Space ENvironment, GEochemistry, and Ranging (MESSENGER) spacecraft impacted the surface of Mercury, as predicted, at 3:26 p.m. EDT this afternoon (3:34 p.m. ground time).

Mission controllers were able to confirm the end of operations just a few minutes later at 3:40 p.m., when no signal was detected by the Deep Space Network (DSN) station in Goldstone, California, at the time the spacecraft would have emerged from behind the planet had MESSENGER not impacted the surface. This conclusion was independently confirmed by the DSN’s Radio Science team, who were simultaneously looking for the signal from MESSENGER from their posts in California.

MESSENGER was launched on August 3, 2004, and it began orbiting Mercury on March 18, 2011. The spacecraft completed its primary science objectives by March 2012. Because MESSENGER’s initial discoveries raised important new questions and the payload remained healthy, the mission was extended twice, allowing the spacecraft to make observations from extraordinarily low altitudes and capture images and information about the planet in unprecedented detail.

Last month — during a final short extension of the mission referred to as XM2′– the team embarked on a hover campaign that allowed the spacecraft at its closest approach to operate within a narrow band of altitudes, 5 to 35 kilometers above the planet’s surface. On April 28, the team successfully executed the last of seven orbit-correction maneuvers (the last four of which were conducted entirely with helium pressurant after the remaining liquid hydrazine had been depleted), which kept MESSENGER aloft for the additional month, sufficiently long for the spacecraft’s instruments to collect critical information that could shed light on Mercury’s crustal magnetic anomalies and ice-filled polar craters, among other features.

With no way to increase its altitude, MESSENGER was finally unable to resist the perturbations to its orbit by the Sun’s gravitational pull, and it slammed into Mercury’s surface at around 8,750 miles per hour, creating a new crater up to 52 feet wide.

“Today we bid a fond farewell to one of the most resilient and accomplished spacecraft ever to have explored our neighboring planets,” said Sean Solomon, MESSENGER’s Principal Investigator and Director of Columbia University’s Lamont-Doherty Earth Observatory. “Our craft set a record for planetary flybys, spent more than four years in orbit about the planet closest to the Sun, and survived both punishing heat and extreme doses of radiation. Among its other achievements, MESSENGER determined Mercury’s surface composition, revealed its geological history, discovered that its internal magnetic field is offset from the planet’s center, taught us about Mercury’s unusual internal structure, followed the chemical inventory of its exosphere with season and time of day, discovered novel aspects of its extraordinarily active magnetosphere, and verified that its polar deposits are dominantly water ice. A resourceful and committed team of engineers, mission operators, scientists, and managers can be extremely proud that the MESSENGER mission has surpassed all expectations and delivered a stunningly long list of discoveries that have changed our views not only of one of Earth’s sibling planets but of the entire inner solar system.”

(Johns Hopkins University)