Today’s blacklisted American: A congresswoman because she speaks her mind

The cancelled Bill of Rights

They’re coming for you next: Since her election in November 2020 Republican Congresswoman Marjorie Taylor Greene (R-Georgia) has repeatedly irritated many people for her strong and very outright conservative opinions on everything from election fraud to religion to Donald Trump and Joe Biden.

As a result she has become the target by many on the left, resulting in her Twitter account being suspended more than once. In one case it was because she had said posted a tweet celebrating Easter and glorifying the resurrection of Jesus. In another case it as because she called for the supporters of Trump to rally against election fraud and the possibility that the 2020 presidential election was stolen. In both cases her account was reinstated by Twitter within twelve hours, with the social media platform claiming the first suspension was a mistake while the second was not (having violated Twitter’s partisan rules that forbid anyone from suggesting that there might have been election tampering that led to Biden’s victory).

These Twitter attacks are ugly and illustrate that platform’s anti-Republican and leftist agenda, but it is still a private company. More important have been the efforts to muzzle Greene in Congress, led by the Democrats.
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‘Perfect black’ coating can render a 3D object flat, raises intriguing dark veil possibility in astronomy

A newly developed “perfect black” coating can render a 3D object flat, which raises an intriguing dark veil possibility in astronomy.

“The carbon nanotube forest can absorb very wide range of electromagnetic wave from ultraviolet up to terahertz,” Guo said, “and in principle it can be applied to an arbitrary sized object.” Just how large an object? Guo suggested an intriguing possibility—perhaps entire planets or even stars. “Since deep space itself is a perfect dark background, if a planet or star were surrounded by a thick, sooty atmosphere of light-absorbing carbon nanomaterial gases, it would become invisible due to the same principle,” Guo said. “It would become totally dark to our instruments that rely on the detection of electromagnetic waves.”