Daily Archives: January 27, 2021

Prison Guards Who Forced Menstruating Visitor To Expose Vaginal and Anal Cavities Are Protected by Qualified Immunity – Reason

Posted: January 27, 2021 at 5:34 pm

In July of 2016, Angela Calloway arrived at the Augusta Correctional Center in Craigsville, Virginia, to visit with an inmate, Travis Talbert. She left soon after, having been told to remove her clothes and tampon so prison guards could inspect her vaginal and anal cavities for contraband.

Their search yielded no drugs, and Calloway has not returned to the prison since.

A federal court ruled last week that the guards involved in that invasive search did not violate the Fourth Amendment, simultaneously upholding a lower court ruling that awarded qualified immunity to the government employees. Calloway will thus not be permitted to sue over the incident.

"[T]he standard under the Fourth Amendment for conducting a strip search of a prison visitoran exceedingly personal invasion of privacyis whether prison officials have a reasonable suspicion" to believe such a search is necessary, writes Judge Paul V. Niemeyer of the U.S. Court of Appeals for the Fourth Circuit. In Calloway's case, that included the following: an unidentified inmate said two days prior that Talbert was "moving" contraband; a guard saw Calloway briefly touch her pants; that same guard had twice previously identified contraband smugglers.

After briefly meeting with Talbert in the visitation room, Calloway was removed by the guards and given the news. One officer "indicated that if Calloway did not consent to a strip search, she would not be permitted to come back to the prison," notes Niemeyer. According to Calloway, she was "bawling crying and didn't understand what was going on."

Upon entering the bathroom, Calloway was told to remove her clothes and "lift her arms and breasts, open her mouth, and lean over and shake her hair," which one guard also ran her hands through to check for drugs. The officers had her "squat and cough" to examine her anal and vaginal cavities; Calloway was menstruating, requiring her to remove her tampon, which the guards also inspected.

In order to successfully overcome a qualified immunity defense, plaintiffs must clear two hurdles: They must prove that their constitutional rights were indeed violated and that such a violation has been "clearly established" in previous case law. In other words, a court may rule that the defendant unequivocally infringed on someone's civil rights while subsequently taking away a victim's right to sueif the alleged misbehavior has not yet been outlined in a prior decision. Two officers in Fresno, California, for example, were afforded qualified immunity after stealing $225,000, because the U.S. Court of Appeals for the Ninth Circuit could not pinpoint a court precedent saying that it is unconstitutional for cops to steal.

But the Fourth Circuit did not clear Calloway on even the first prong, something that Judge James A. Wynn took issue with in a lengthy dissent.

"[V]iewing the evidence in a light most favorable to Ms. Calloway shows that the officers' lacked justification for initiating the search," he writes.

Such a personally humiliating exercise requires more "individualized, particularized information," he argues. Wynn cites Leverette v. Bell (2001): "'Courts examining the constitutionality of physically intrusive searches have distinguished between strip searches, visual body cavity searches, and manual body cavity searches,'" he quotes. "Unquestionably, the search of Ms. Calloway's bodywhich included a visual inspection of her anal cavity and an order to remove her tampon from her vagina in front of two officers and place her used tampon in an officer's hand for inspectionwas an intrusive search, more like a visual body cavity search than a standard strip search." The same precedent holds that a prison visitor "does not forfeit all privacy rights" when he or she enters.

That addresses the first qualified immunity prong. What about the second?

"The majority wisely does not address the qualified immunity analysis beyond concluding the search was supported by reasonable suspicion," Wynn writes. "But even if the majority were to reach qualified immunity, I believe the right of prison visitors to be free from strip searches absent reasonable suspicion was clearly established at the time of this search." He again cites Leverette, which requires that a visual body cavity search be accompanied by such suspicion.

Calloway brought her claim under the Civil Rights Act of 1871, the landmark law that allows citizens to sue for civil rights violations. The law provides (or is supposed to provide) the American public with appropriate recourse when state actors deny them their rights.

But the jurisprudence around the legislation, also known as Section 1983, often results in the direct opposite. That's particularly relevant with the addition qualified immunityan imaginative doctrine that the Supreme Court concocted out of thin air. Deference goes to the state, not to the victim.

"The question is whetherviewing the evidence in the light most favorable to Ms. Callowaya reasonable jury could conclude the search was not supported by the individualized, particularized information required by the Fourth Amendment," Wynn writes. Unfortunately for Calloway, she will not have the privilege to find out.

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Prison Guards Who Forced Menstruating Visitor To Expose Vaginal and Anal Cavities Are Protected by Qualified Immunity - Reason

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Voice for the voiceless – The Torrington Telegram

Posted: at 5:34 pm

TORRINGTON Goshen County Right to Life held their annual candlelight vigil at the intersection of Highway 26 and Main Street in Torrington on Friday evening, Jan. 22, 2021. Friday marked the 48th anniversary of Roe v. Wade; the landmark court case that established a womans legal right to an abortion.

The U.S. Supreme Court ruled in a 7-2 decision that a womans right to choose an abortion was protected by the Fourth Amendment to the United States Constitution until the point at which the fetus becomes viable.

Goshen County Right to Life organizer Jan Long, said she is working to give a voice to the voiceless. Long has been actively involved in the pro-life movement for more than a decade.

One childs life is worth all of this, said Long.

Long and 19 other people lined Highway 26 with signs reading stop abortion now, we stand for life, adoption a loving choice and more. The participants held candles, waved at traffic driving by and displayed their signs.

We got a lot of thumbs up, lots of honks and lots of positive responses, vigil attendee Carol Lessard said. Lessard has been involved with Goshen County Right to Life for the past five years.

Long told the Telegram, the younger people that are coming up also, the ones that are college-age, either side, high school and just out of college; they call themselves the pro-life generation. They understand what has happened; they know that it is a person. Their goal is to stamp out abortion in their lifetime.

Correlating to the statement about the pro-life generation are the statistics stating abortions have decreased by nearly 20% in the past 10 years.

According to the Guttmacher Institute, Roughly 121 million unintended pregnancies occurred each year between 2015 and 2019. Of these unintended pregnancies, 61% ended in abortion. This translates to 73 million abortions per year.

In an article entitled The U.S. Abortion Rate Continues to Drop: Once Again, State Abortion Restrictions Are Not the Main Driver composed by Elizabeth Nash and Joerg Dreweke of the Guttmacher Institute, Nash and Dreweke reported abortions had decreased by 19% from 2011 to 2017. Nash and Dreweke also found 52 new abortion restrictions had been enacted in western states, resulting in the dissolution of seven abortion clinics.

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UNLV professor on deplatforming Trump and limits of free speech – Las Vegas Sun

Posted: at 5:34 pm

Matt Rourke / AP

This April 26, 2017, file photo shows the Twitter app icon on a mobile phone inPhiladelphia.

By Hillary Davis (contact)

Sunday, Jan. 24, 2021 | 2 a.m.

The Jan. 6 siege on the U.S. Capitol moved Twitter, Facebook, Instagram, even Snapchat and Pinterest, among other social media platforms, to dump former President Donald Trump for fomenting insurrection.

Amazon dropped the Henderson-based, conservative-friendly platform Parler from its web-hosting service after Google and Apple removed it from their app stores for the same. More recently, Twitter temporarily suspended Trump ally Georgia Rep. Marjorie Taylor Greene for promoting unfounded QAnon conspiracy theories.

Condemnation of the bans swiftly followed.

They are not unconstitutional attacks on free speech, says UNLV journalism professor Stephen Bates. Bates, who teaches classes on free speech, censorship, privacy, and media politics, tells the Sun more:

Legally, is deplatforming a violation of free speech rights?

No. The First Amendment protects you against the government. Thats called the state action requirement. A private entity can silence speech for any reason, with a few exceptions. Common carriers, such as the phone company, generally cant kick you off the platform because they dont like your message, but social media and internet providers arent common carriers.

When would deplatforming by a private entity be appropriate? When would it be appropriate by the government?

In court, you have to make legal arguments, but in everyday life, we talk about freedoms that go beyond the Constitution. If my daughter catches me reading her diary, she wont be placated when I tell her that theres no Fourth Amendment violation because Im not a cop.

Just as privacy is bigger than the Fourth Amendment, free speech is bigger than the First Amendment. As a matter of free speech, I think we should be wary of those who want corporations to police speech in this fashion. Sooner or later, the power to silence your enemies is going to get used to silence you.

As for the government, under the First Amendment, it can punish speech for various reasons, including inciting imminent violence. Whether its appropriate will depend on the circumstances.

How likely would a deplatformed plaintiff be to succeed if they sued on free speech grounds after being suspended or kicked off a service?

They would be exceedingly unlikely to win a First Amendment case. Antitrust and contract law are different, and the outcome would depend on the facts.

First Amendment law wont help plaintiffs in such cases. Other areas of law, such as contract, might help.

Could this be a critical entry into First Amendment canon at least the broader conversation, if not actual landmark case law?

Not likely. The state action requirement is bedrock constitutional law.

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How Ghislaine Maxwell was nabbed by the FBI via her cellphone – New York Post

Posted: at 5:33 pm

Ghislaine Maxwell spotted the agents, heard them shout FBI and ran to another room inside her secluded New Hampshire compound, slamming the door behind her.

On a desk was a cellphone wrapped in tinfoil, a clue that prosecutors claim shows just how far the accused sex trafficker went to avoid being traced. But the cellphone was her undoing after months in hiding, one she used under the name G Max to talk with secret husband Scott Borgerson.

On July 2, two dozen agents stormed the compound and arrested Maxwell for allegedly conspiring with ex-lover and convicted pedophile Jeffrey Epstein to lure and groom teenage girls for him. She has pleaded not guilty to the charges; he killed himself in jail.

The FBI had been tracking the British socialites number with cell tower data, but couldnt come any closer than a square mile of her exact whereabouts. So, the feds turned to cellular intercept, a technology that NYU professor Ted Rappaport helped pioneer.

Every cellphone has two unique numbers a Mobile Identification Number (MIN) and an International Mobile Subscriber Identity (IMSI) that make tracking the location possible, Rappaport told The Post.

In the Maxwell case, the FBI obtained a search warrant July 1 that allowed agents to both send and receive signals from the fugitives cellphone.

How agents exactly hunted down Maxwell wasnt laid out in court documents, but law enforcement agencies use two kinds of devices one that plucks a transmission out of the air, like Rappaports Cellscope receiver created in the late 1980s, and one that masquerades as a cell tower.

A receiver, also called an IMSI catcher, intercepts a transmission over the airwaves, locks on to it and allows a user to follow it with a directional antenna to find out where its coming from, said Rappaport, 60, founding director of NYU Tandons Wireless research center.

And, he points out, a transmission doesnt have to be a call, but simply a registration, or heartbeat, that the cellphone gives off every so often to indicate its on.

A cell tower imposter, also called a cell-site simulator, broadcasts a signal thats stronger than a service providers tower, tricking a cellphone into connecting with it instead.

Civil liberties advocates fiercely object to all kinds of surveillance technologies, especially cell-site simulators, contending they both violate peoples privacy and the Fourth Amendment, which prohibits unreasonable searches and seizures.

This tech that mimics a cell tower isnt just picking up the unique serial number, its getting lots of others nearby, ACLU staff attorney Nathan Freed Wessler told The Post.

The Justice Department does require bystander data to be deleted as soon as a cellphone is located and can be kept no longer than 30 days. Still, theres the inherent danger that police suck up information and violate peoples privacy, Wessler told The Post.

Until a policy change five or six years ago, he said, the FBI quite frequently used cell-site simulators without warrants.

Agents had a warrant to go after Maxwell, though Wessler predicted her lawyers would file a motion asserting the FBI violated their clients Fourth Amendment rights a standard argument in all kinds of criminal defense cases.

For Wessler, a positive development stemming from the Maxwell case is the unsealing of an affidavit for the search warrant in a matter of months.

Often, it takes a very long time and is hard for the public to know what kind of invasion technology that the government is using.

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Flint to pay woman $35,000 after police shot her dog while investigating report of intruder – MLive.com

Posted: at 5:33 pm

FLINT, MI -- The city of Flint has agreed to settle a federal lawsuit brought against it by a woman whose dog Bailey, a 2-year-old white-black mix Labrador, was shot by police investigating a reported intruder in 2017.

The City Council approved the settlement earlier this month, ending the case brought by Kristen Wells, a former teacher, chaplain, therapist, and counselor of wounded veterans who was living in a group home on Commonwealth Drive on the citys east side at the time of the shooting.

In her U.S. District Court lawsuit, Wells said Bailey survived for four days after the shooting, enduring surgery, blood transfusions and spending time on a respirator, and Wells accumulated more than $19,000 in veterinary bills trying to save her pet.

Bailey was a calm, well-trained, friendly dog and had never indicated any sort of aggressive and/or violent tendencies, even in eventful situations, according to the lawsuit. Labradors are generally smart, non-aggressive, friendly dogs lacking any violent tendencies and Bailey was no different.

Jim Rasor, the attorney representing Wells, said his client hopes the settlement leads to greater training for police about dealing with dogs at a potential crime scene.

In this case, there was no risk, in our opinion, to the officer whatsoever, Rasor said. This was a service animal. This was like losing a family member.

A spokesperson for the city could not be reached for comment by MLive-The Flint Journal, but the city said in an answer to the lawsuit that officer Dion Reed backed away when Wells dog started charging him with teeth bared, lips curled back, and growling.

Reed, who was also named in the lawsuit, was one of two officers dispatched to Commonwealth Drive in the early morning hours of Oct. 1, 2017, in response to a 911 report that individuals were outside Wells neighbors home, trying to open his door and banging on it, both parties agreed.

Wells was outside with Bailey in a shared backyard, according to the lawsuit, unaware of the 911 report or that police were on the property.

Wells then heard a noise in the yard and saw a brief flashlight before Bailey ran in the direction of Reed, who fired a shot into the dog, according to her complaint, which claimed the city violated her Fourth Amendment rights prohibiting the government from unreasonably destroying or seizing a citizens property.

It also claimed the city had a duty to properly hire, supervise, monitor, train, control and/or discipline officers so as not intentionally violate the constitutional rights of individuals with respect to interacting with dogs while on duty.

In its answer to the lawsuit, the city said officers did not know Wells was in close proximity with her dog and did not have any facts upon which to assess how credible the callers (intruder) complaint was, but knows that Flint is a dangerous city, and takes calls like this one seriously.

The dog appeared subjectively ... like the dog was attacking, the court document said. (Officers did) not know anything about how well trained or violent the dog was before the incident which gives rise to this lawsuit, but the dog certainly did not behave in a well-trained, non-violent manner.

Read more:

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Qualified Immunity: Federal Court Says No Violation Occurred When Prison Guards Forced Completely Innocent Woman to Remove Her Tampon for Inspection -…

Posted: at 5:33 pm

A completely innocent female visitor at a federal prison in Virginia was forced to take her tampon out of her vagina by prison guardswho then inspected the used menstrual product before throwing it away. A federal appeals court on Thursday signed off on the search by affirming that the incident did not violate the Fourth Amendment and extending a lower courts grant of qualified immunity.

The shocking 2016 incident is noted multiple times ina relatively brief ruling by the U.S. Court of Appeals for the Fourth Circuit.

The majority opinion by George H.W. Bush-appointed Circuit Judge Paul V. Niemeyer (which was joined by Bill Clinton-appointed Circuit Judge Robert Bruce King) notes the particulars of the search in question:

[Angela] Calloway was escorted to a private office by two female officers, Sgt. Heidi Brown and Officer Heather Hale, who were told that Calloway had signed the strip-search consent form. When they reached the private office, Calloway informed the officers that she was menstruating, and so the three women relocated to a womens restroom. Because the door to that restroom did not lock, Brown told Hale to stand at the door to ensure that no one entered. Brown explained the search procedure to Calloway and then had her remove her clothing one piece at a time, with each item being searched before another was removed. When Calloway had taken off all her clothes, she complied with Browns directions to lift her arms and breasts, open her mouth, and lean over and shake her hair. At Browns direction, Calloway next went into the bathroom stall and removed her tampon, which Brown inspected before disposing of it.

Calloway then twice performed the squat and cough maneuver, and, according to Calloway, she also spread her buttocks for the officers inspection, the opinion continues. When the search revealed no contraband, Calloways clothing was returned. She was also offered another tampon but stated that she did not need one.

Calloway sued various authorities for Civil Rights violations under color of law via 42. U.S.C. 1983. The appellate court discounted her version of the storyprioritizing the guards takeand dismissed that lawsuit on summary judgment.

To hear the prison guards tell it, Calloway had evidenced some behavior that suggested she might have contraband while visiting federal inmate Travis Talbertwhom Calloway had previously been cleared to visit by the prison after passing a background check.

Barack Obama-appointed Circuit JudgeJames A. Wynn noted in a fiery dissent nearly three times as long as the majority opinion, however, that the impressions of multiple prison guards at various times were combined in order to justify probable cause for the search.

This ex post facto aggregation and the timeline of the events, Wynn notes, is key to understanding what actually transpired because Sergeant Benjamin Lokey and Unit Manager Jeffrey Brown were the commanding officers who actually initiated the intrusive search.

Heres how Wynn described the search:

The officers accused Ms. Calloway of smuggling contraband, and they told her they had justification to strip search her. Two additional officers arrived and took Ms. Calloway into a bathroom, where one officer stood in front of the door and the other told Ms. Calloway to take off her clothing one article at a time. After Ms. Calloway completely undressed, the officers ordered her to twice squat and cough forcefully and to spread her buttocks for inspection of her anus. The officers also had Ms. Calloway remove her tampon from her vagina and give it to an officer. As it turned out, Ms. Calloway was completely innocent of the accusationthe officers found no contraband whatsoever.

[T]he majority opinion aggregates the knowledge of all officers involved in the search of Ms. Callowayno matter how tangentiallywithout regard to what information was actually known at the time by the decision-making officers, Lokey and Jeffrey Brown, Wynn writes. This is error. This Circuit does not permit the knowledge of several officers [to] be aggregated to create probable cause or reasonable suspicion.

Nevertheless, the majority opinion relies upon information unknown to those officers at the time of the decision, the dissent goes on.

Judge Wynn explains this discrepancy, at length:

[I]n his deposition, Lokey stated that no one told him, prior to the search, that Ms. Calloway had been acting nervously. Nonetheless, the majority opinion recounts that Heidi Brown later recalled that [Ms.] Calloway looked a little frazzled and kind of nervous, and finds that [Master Control Officer Jeremy] Nelson [who was watching the Calloway-Talbert visit via a choppy video feed, according to the majority opinion] thought that [Ms.] Calloway appeared to be nervous. Similarly, although the majority opinion reports that Nelson also thought that Talbert seemed to be keeping an eye on the correctional officers as they made their rounds through the visitation room, nothing in the record suggests that Nelsons observation was communicated to Lokey or Jeffrey Brown.

Significantly, Nelson and Heidi Browns uncommunicated observations are irrelevant to the analysis of whether Lokey and Jeffrey Brown had reasonable suspicion to justify the intrusive body search. By including these irrelevant details, the majority opinion fails to disregard information not known to Lokey and Jeffrey Brown at the time they decided to conduct an intrusive search of Ms. Calloways body.

All Nelson actually told Lokey and Brown at the time of the search was that he thought Calloway reached inside the front of her pants on or around where a button would be.

Wynn derides this justification in a footnote:

[A]s it appears in the video in the record, Ms. Calloways adjustment of her clothingdescribed by Nelson as reach[ing] inside the front of her pantswas innocuous and commonplace. Even compared to other conduct in the visitation room, it would be difficult to know that Ms. Calloways actions would rouse officers suspicion. For example, the video of the visitation room shows another visitor repeatedly placing his or her hands under the visitors shirt. Although Nelson described that conduct as inappropriate in his deposition, the video does not show that officers escorted that visitor out of the room or that officers suspected that visitor of smuggling contraband.

Moreover, the dissent argues in unusually accusatory terms, that the majority opinion takes everything the prison guards said at face value while discounting Calloways version of the story. This alleged error by the majority would equate to a violation of the Federal Rules of Civil Procedure because summary judgment motions must assess the facts in the light most favorable to the non-moving party; that is, to the party who wants the case to actually go to trial here, Calloway.

The dissent notes, for example [emphasis added]:

The district court found that Nelson had a history of successfully identifying suspicious behavior that led to the interception of contraband. The majority echoes this naked characterization, concluding Nelsons report was especially meaningful to Lokey in light of [Lokeys] knowledge that Nelson [had] been very successful in the past [in] identifying suspicious actions [that] [had] led to the interception of drugs or other contraband.

[T]hat characterization of the record improperly accepts Lokeys perception as accurate and draws an inference against Ms. Calloway, Wynn concludes [emphasis in original].

The dissent also argues that the timeline doesnt quite add up.

Evidence in the record shows that Lokey and Jeffrey Brown had already decided they had reasonable suspicion to conduct an intrusive search of Ms. Calloways body before they removed her from the visitation room, Wynn writes. [T]he report documenting the search completed by Heidi Brown indicates a time of 1:50 p.m., more than five minutes prior to the time the video in the record shows officers entering the visitation room to remove Ms. Calloway. Ms. Calloways signature on the Consent for Strip or Body Cavity Search form indicates a time of 2:04 p.m. In her deposition, Heidi Brown indicated she thought she may have been summoned to perform the search before Ms. Calloway signed the consent form. That follows from the fact that her report bears a time stamp before the search and before the consent form was signed.

[V]iewing the evidence in a light most favorable to Ms. Calloway shows that the officers lacked justification for initiating the search, Wynn concludes.

Wynn goes on to excoriate his colleagues on the bench:

In short, the majority opinion, through subjective word choice and selective inclusion of information, paints the record not in the light most favorable to Ms. Calloway, the non-moving party, but rather to the officers. That runs counter to the most fundamental principles of summary judgment analysis because deciding whose account of events is more believable is not our task. Nor is our task to scour the record for details that legitimize, after the fact, the officers decisions. Instead, our task on review of summary judgment is only to decide whether, viewing the record in the light most favorable to Ms. Calloway and drawing reasonable inferences in her favor, a reasonable jury could conclude Lokey and Jeffrey Brown lacked individualized, particularized information about Ms. Calloway to support a reasonable suspicionI believe a reasonable jury could.

In addition to failing to apply key summary judgment principles, the majority opinion turns away from the promise of 42 U.S.C. 1983s remedial purpose and profound historical impact, the dissent intones. The historical context of 42 U.S.C. 1983 illustrates its purpose and significance. But here, by focusing on the governmental officers in this caseframing the issue as being about the officers instead of constitutional rights, improperly weighing the officers accounts over the plaintiffs testimony, and including supporting information unknown to the officers at the time of the alleged violationthe majority opinion betrays the promise of this historically significant statute.

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SpaceX Is Launching Its Giant Starship SN9 Prototype, The Next Step To Visiting Mars – Observer

Posted: at 5:32 pm

SpaceXs newest Starship prototype, SN9, is on deck to take off for another high-altitude test flight as soon as Tuesday following an almost perfect test of SN8 in December.

SN9 has undergone a series of static fire tests in recent weeks and was scheduled to launch on Monday. But, unsurprisingly, the test was scrubbed at the last minute due to strong winds near the launch site in Boca Chica, Texas.

SN9 is the ninth prototype of SpaceXs future Mars-colonizing spacecraft. The final version of Starship will have six Raptor engines and be able to launch itself off Mars and the moon. (To escape Earths gravitational grip, Starship will need to be launched by a booster called Super Heavy with 30 Raptor engines.)

Like SN8, SN9 only has three engines. The goal is to fly to a suborbital height of 8 miles (12.5 kilometers), about the same altitude as commercial airplanes, and come back on Earth in one piece. In the December test, the SN8 prototype achieved every flight and data collection goal but exploded in the final seconds of a hard landing.

Starship is the largest spacecraft ever built by SpaceX. The 165-foot-tall (50 meters) stainless steel winged cylinder almost filled with liquid propellent was once thought to be impossible to get off the ground. The SN8 flight was a huge milestone and raised hope for an actual orbital flight by a future Starship prototype.

As for SN9, while no one can tell how the test will go, space enthusiasts on the internet have created vivid renderings of what an ideal flight will look like and details of the workings inside the spacecraft.

For example, this three-minute animation by C-bass Productions on YouTube visualizes the entire flight of SN9, from take-off to engine shutoff to landing.

This one, also by C-bass Productions, showcases the fuel movement (blue is liquid oxygen and red is methane) during an actual flight.

This even more detailed rendering (created by Kimi Talvitie on Twitter) shows how yaw, pitch and roll controls work in a triple-Raptor-engine configuration inside a Starship during a flight.

And in case things dont go as expected, this old (and funny) animation of the many ways SN8 could have landed serves as a useful reference for what might happen to SN9 this week.

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Axiom names first private crew paying $55 million for a trip to the ISS – The Verge

Posted: at 5:32 pm

An American real estate investor, a Canadian investor, and a former Israeli Air Force pilot are paying $55 million each to be part of the first fully private astronaut crew to journey to the International Space Station. The trio will hitch a ride on SpaceXs Crew Dragon capsule early next year, with a veteran NASA astronaut as the commander.

The Ax-1 mission, arranged by Houston, Texas-based space tourism company Axiom Space, is a watershed moment for the space industry as companies race to make space travel more accessible to private customers instead of governments. Private citizens have trekked to the space station in the past, but the Ax-1 mission marks the first to use a commercially built astronaut capsule: SpaceXs Crew Dragon, which flew its first two crews to the ISS last year.

As the first fully private mission to go to the ISS, we feel an enormous responsibility to do it well, Michael Lpez-Alegra, a veteran astronaut and the missions commander, told The Verge on Tuesday. We realize that this is the trend-setter, the bar-setter for the future, and so our goal is to really exceed all expectations.

Larry Connor, an entrepreneur and nonprofit activist investor; Mark Pathy, the Canadian investor and philanthropist; and Eytan Stibbe, the former Israeli fighter pilot and an impact investor, were revealed by Axiom on Tuesday morning as the companys inaugural crew. Connor, 71, is president of The Connor Group, a luxury real estate investment firm based in Ohio. Hed become the second-oldest person to fly to space after John Glenn, who flew the US space shuttle Discovery at 77 years old.

The crews flight to the space station, an orbital laboratory some 250 miles above Earth, will take two days. Theyll then spend about eight days aboard the stations US segment, where theyll take part in research and philanthropic projects, Axiom said in a statement. Living alongside working astronauts from the US, Russia, and likely Germany, the private crew members will roll out sleeping bags somewhere on the station.

There arent any astronaut crew quarters for us, which is fine. Sleeping in Zero-G is pretty much the same wherever you are once you close your eyes, Lpez-Alegra said.

NASA updated its policies in 2019 to allow private astronaut flights to the ISS as part of a broader push to encourage commercial opportunities in space. The agency had previously opposed private visits to the ISS on US spacecraft. Seven private citizens flew to the station as wealthy tourists on separate missions in the early 2000s aboard Russias Soyuz vehicles.

Private stays on the space station will have a hefty price tag, according to NASAs 2019 announcement. Itll cost $11,250 per astronaut per day to use the life support systems and toilet, $22,500 per day for all necessary crew supplies (like food, air, medical supplies, and more), and $42 per kilowatt-hour for power. That tallies to a nightly rate of about $35,000 per person, which, for the four crew members on the Ax-1 mission including Commander Lpez-Alegra totals to $1.1 million for an eight-night stay.

Those nightly costs are included in the $55 million price the private astronauts are already paying, Axiom says. The company bills itself as a turnkey, full-service mission provider that interfaces with all other parties (e.g. NASA) for the astronauts, an Axiom spokesman said. Any and all necessary costs are part of Axioms ticket price.

The Ax-1 mission will have to be approved by the Multilateral Crew Operations Panel, the space stations managing body of partner countries that includes the US, Russia, Canada, Japan, and others. That approval process kicked off today, Lpez-Alegra said. I dont think that theres any doubt that the background and qualifications of the crew are more than adequate to be accepted by the MCOP, so I feel good about that, he added.

SpaceXs Crew Dragon capsule, an acorn-shaped pod with seats for seven, was approved last year by NASA under its Commercial Crew Program to fly humans to the space station. Under that roughly $4.5 billion program, SpaceX developed Crew Dragon alongside its rival Boeing, which is about a year away from certifying its Starliner capsule for human flights. Both companies have contracts with NASA to fly six missions carrying US astronauts to space.

The Ax-1 mission was announced early last year. It is the second space tourism effort for SpaceX, which announced around the same time that it is also working with space tourism company Space Adventures to send up to four private citizens into orbit around the Earth sometime in 2022.

Space tourism in recent years has sparked a wave of interest from the ultra-wealthy and investors as a growing field of space companies prove out hardware and ramp up uncrewed test flights in and around space. SpaceX founder and CEO Elon Musk, now the richest person in the world, has made normalizing space travel and colonizing Mars SpaceXs top priority. Billionaire businessman Richard Bransons Virgin Galactic, which offers groups of four a few minutes of weightlessness in its massive spaceplane for a few hundred thousand dollars, became the first publicly traded space tourism company in 2019. And billionaire Amazon owner Jeff Bezos space firm Blue Origin will soon offer similar suborbital experiences with its vertically launched New Shepard rocket.

Axioms chief executive Mike Suffredini co-founded the company in 2016 after spending 10 years as NASAs ISS program manager. Already, the company is building its own modules called Axiom Station designed to attach to the ISS, offering room for science experiments and more tourists. Ax-1 is just the first of several Axiom Space crews, he said in a statement.

Lpez-Alegra, who has flown four times to space as a NASA astronaut, said hes met with Connor, Pathy, and Stibbe a few times at SpaceXs California headquarters and in Florida during SpaceXs Crew-1 mission last year. Hell be in charge of training them in person beginning a few months prior to the flight.

Theyre very individual, but they all have a very common thread, and that is they really want this to be a successful mission that paves the way for future private astronaut missions, Lpez-Alegra said. Its a good crew.

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This Is Why You Must Never Try And Colonize A Super-Earth Planet – Forbes

Posted: at 5:32 pm

An artist's illustration of a world that would be classified as a rocky super-Earth. If you're hot ... [+] enough to boil off the atmosphere of a large planet, you can wind up with a rocky Super-Earth, but the temperatures will be so high that you'll roast your planet. If you're more than about 30% larger in radius than Earth, you'll collect a large envelope of volatile gases, and be more like Neptune than Earth.

Here in our Solar System, we have two very distinct types of planets:

The terrestrial worlds include Earth, and are generally regarded as the best places to look for life around stars other than our own. The gas giants we have in our Solar System, however, are both too cold and shrouded in thick layers of hydrogen and helium, strongly disfavoring the life that we know from surviving and thriving there. Given how successful life has been on our own planet but nowhere else weve looked, so far, it makes sense to seek out worlds that might have similar conditions.

However, when we look at our most successful exoplanet-hunting missions Kepler and TESS the most abundant class of world that they found is an in-between type: commonly known as super-Earths. Despite the allure of a planet that might be Earth-like, only larger and with more room for life forms on it, super-Earths are nothing like our science fiction imaginings. Heres why you must never try and colonize one.

This artist's rendition, of a protoplanetary disk such as the one expected around TW Hydrae, shows ... [+] that even with the best optical and near-infrared telescopes we have, we can only hope to infer the locations of the most prominent, massive planets forming in these protoplanetary environments.

To understand how planets get to be the way they are today, we have to go back to the beginning: to the protoplanetary disks that give rise to modern-day solar systems all across the galaxy. Typically, what winds up happening is that a cloud of gas will collapse under its own gravity, with pockets of that gas fragmenting into individual clumps. If a gas clump is both massive enough and also cool enough (or efficient enough at cooling), it can collapse to give rise to one or more new stars, with a large disk of material encompassing the entire proto-star system.

Over time, that disk will gain instabilities, as small imperfections will gravitationally grow. This carves empty paths in the disk, as these early masses can swallow up the matter in their orbit and gravitationally influence the other masses around them. This leads to a chaotic scenario, where a combination of mergers, gravitational migration, ejection, and additional heating from the central star(s) eventually boil away the remaining matter. After a few tens of millions of years, its all over, and a newly-formed solar system will emerge.

The Solar System formed from a cloud of gas, which gave rise to a proto-star, a proto-planetary ... [+] disk, and eventually the seeds of what would become planets. The crowning achievement of our own Solar System's history is the creation and formation of Earth exactly as we have it today, which may not have been as special a cosmic rarity as once thought.

Typically, there are a few features that most solar systems have in common. They usually wind up possessing:

Before we began finding planets around other stars, we had speculated that there was some overarching reason why the planets in our Solar System were distributed as they were: with rocky worlds close to the central star, gas giants far from the central star, and an asteroid belt between them. Now that weve identified thousands of stars with planetary systems around them, and characterized many of those planets by mass, radius, and orbital period, we know that solar systems come in an enormous variety of configurations, and ours is only one example of whats possible.

Today, we know of over 4,000 confirmed exoplanets, with more than 2,500 of those found in the Kepler ... [+] data. These planets range in size from larger than Jupiter to smaller than Earth. Yet because of the limitations on the size of Kepler and the duration of the mission, the majority of planets are very hot and close to their star, and are biased towards planets that are larger than Earth and closer to their Sun than Mercury.

Planets of any mass and radius can be located close to their parent stars. Weve discovered planets smaller than Mercury with very tight orbital periods, completing a revolution around their central star in under a day. Weve also discovered planets many times the mass of Jupiter that orbit their central stars in just a few days or even less: the hot Jupiters of the galaxy. And, of course, the most common type of world we found mind you, because those are the worlds that our planet-finding techniques are most sensitive to are the so-called super-Earths, which range from about two to ten Earth masses.

Its kind of unfortunate that we were so quick to give them such an ambitious name like super-Earth, because theres an assumption encoded in that name that theyre somewhat Earth-like. But we have to be very, very careful with that assumption. While it may be a tantalizing possibility to consider that there are plenty of planets out there that are a bit larger than Earth that offer similar conditions to our world, thats something we have to examine in detail: both observationally and theoretically.

A schematic of a protoplanetary disk, showing the Soot and Frost Lines. For a star like the Sun, ... [+] estimates put the Frost Line at somewhere around three times the initial Earth-Sun distance, while the Soot Line is significantly further in. The exact locations of these lines in our Solar System's past is hard to pin down.

In theory, the way planet formation works is that it starts off as a gradual process, and then will undergo runaway growth once certain conditions are met. Planets should begin forming from these gravitational imperfections in a protoplanetary disk, growing slowly by attracting the matter around them. Initially, this will be a combination of very dense, metallic material, along with the mantle-like rocky material that makes up most of the material found today in the Kuiper belt. Over time, the denser (metallic) material will sink to the center, forming a core, while the less-dense (rocky) material will float atop it.

Once a certain mass threshold is reached, however, the third ingredient the volatile gases and ices scattered throughout the newly-forming solar system will start to matter for these worlds as well. As long as the mass remains below a certain threshold, the radiation from the nearby star(s) will hit these easily-boiled gases and hit them with enough energy that theyll escape from the planet in question. But rise above that threshold, and even the ultraviolet radiation and solar wind particles emitted from the star(s) within the Solar System wont be able to kick those light atoms and molecules away.

A cutaway of Jupiters interior. If all the atmospheric layers were stripped away, the core would ... [+] appear to be a rocky super-Earth, but would in fact be an exposed planetary core. Planets that formed with fewer heavy elements can be a lot larger and less dense than Jupiter, but once you cross a certain mass threshold, you'll inevitably hang onto a hydrogen/helium envelope.

The big question, of course, is how massive you have to be before you can start hanging onto an envelope of gases that are easy to boil away, and it mostly depends on four factors:

The more massive and more compact your planet is, the harder it is to achieve escape velocity. The hotter your nearest star is, the greater the amount of energy that incoming photons and solar wind particles have for kicking those volatiles away. And the closer to the star a planet is, the greater the flux of radiation and solar wind it receives, making it more difficult to hang onto those volatile atmospheric particles.

We know, from our own Solar System, that if youre too low in mass and too close to the Sun, youll lose the entirety of your atmosphere; this happened to Mercury. We know that if youre low in mass and dont have some sort of protection, like Mars, youll lose your atmosphere as well, but it will take some time. Based on the geology of Mars, it had a watery past for at least a billion years before it lost the overwhelming majority of its atmosphere.

The Mars Opportunity Rover discovered the 'Martian blueberries' shown here: hematite spheres that ... [+] are occasionally found fused together. This should be impossible unless they formed in an aqueous environment. Dried-up riverbeds, reservoirs of subsurface ice, polar caps, clouds, and sedimentary rock all point to a watery past on Mars.

On the other hand, you can imagine that if you brought any planet close enough to the Sun like Neptune, Saturn, or even Jupiter that unrelenting source of heat and particles could be efficient enough to strip even these giant planets of their gas.

What we expect then, theoretically, is that most planets will remain rocky so long as their mass remains below a certain value. Raise their mass beyond a particular threshold, and theyll be able to start holding onto volatiles: very light gases like hydrogen and helium. Gather enough total mass together in one place, and that planet will start growing much more rapidly than the others around it, like a cosmic vacuum cleaner clearing out the material from anywhere in proximity to its orbit. With so much mass in one place, the very atoms inside that planet will start to compress; this gravitational self-compression should create a new population of gas giant planets. And if that mass gets too large, rising above another critical threshold, it will ignite nuclear fusion in its core, transitioning from a planet to a full-fledged star.

Sure, there will be outliers: planets of very high or low-density, planets very very close to their parent star, planets that has thick atmospheres that later boiled away, and planets that have migrated to new positions in their orbit. But when we measure the masses and radii of the planets out there, we expect that there should only be a few major classes.

The mass-radius relation between the objects we've discovered around other stars shows a population ... [+] of four separate categories: terrestrial worlds like Earth, worlds with large gas envelopes like Neptune, worlds with self-compression like Jupiter, and full-fledged stars. Note that the idea of a 'super-Earth' is unsupported by the data.

This categorization was first accomplished only a few years ago by the research duo of Chen and Kipping, who published their groundbreaking work in 2016. In one of the most influential studies in the history of exoplanet science, they showed that there are, in fact, four populations of planet out there:

The important realization that we had in the aftermath of this work, which was the decisive observational study that brought real data to the theoretical conjectures that dominated the field, is that we observe a real transition between terrestrial-like worlds (like Earth) and gaseous worlds (like Neptune) at much lower masses than most people expected: just about double the mass of Earth.

Many illustrations show a comparison between Earth (L) and super-Earths (R) like they're similar. ... [+] They cannot be, as a world that's more than about ~30% larger than Earth will be more like a mini-Neptune, with a large volatile envelope of gases, unless it's close enough to its parent star to transition to become an exposed planetary core instead.

For a comparable density to our planet (a little over ~6 g/cm3), that means a planet can only have about a ~30% larger radius than ours does and still be rocky. Beyond that, it will have a substantial envelope of volatile gases around it, with thousands to millions of times the atmospheric pressure of Earth at its rocky surface. Theres a little variation expected here, as denser planets can achieve higher masses (and less-dense planets might achieve larger radii) and still be rocky, but the only outliers expected are planets so close to their parent star that their volatiles have boiled away.

In an exciting first, an ultra-short-period planet was found with NASAs TESS, and not only is it very old coming in at 10 billion years of age, or more than double the age of our Solar System but the innermost planet is precisely consistent with one of these boiled-away volatile planets weve been expecting. With 3.2 times the mass of Earth and 1.45 times our planet's radius, it completes a revolution around its star in just 10.5 hours. The other worlds are definitively in the Neptune-like category, but this terrestrial, significantly larger-than-Earth world should only exist very close to its parent star.

The exoplanet TOI-561b, the closest planet to the star TOI-561 observed by NASA's TESS, has at least ... [+] two other planetary companions that are farther out. While those other worlds are consistent with being mini-Neptunes, with large volatile envelopes, this world is likely an exposed planetary core, completing an orbit in just 10.5 hours.

Although its fascinating to know that rocky planets and hence, possibly life existed so long ago, it would be absolutely foolhardy to go looking for life on the worlds that we call super-Earths. Once you get to be about twice as massive as Earth, or just about 25-30% larger in radius than our planet, youre no longer rocky with only a thin atmosphere, but are overwhelmingly likely to be Neptune-like, with a full fledged large envelope of hydrogen, helium, and other light gases.

Unless youre close enough to a star to boil your entire atmosphere away, leaving only an exposed planetary core, these worlds that weve called super-Earths for years are more like mini-Neptunes, or as astronomer Jessie Christiansen poetically calls them, Neptinis. If you want to colonize another planet, look for one with a surface you can land on. That means, unless youve got your sights set on a boiled-off planetary core, to steer clear of the super-Earths. Even if you make it down to the surface, you wont last long under those crushing atmospheric conditions!

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This Is Why You Must Never Try And Colonize A Super-Earth Planet - Forbes

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Redout: Space Assault brings the nostalgic joys of Starfox to Xbox One, Series X|S, PS4, PS5, Switch and PC – TheXboxHub

Posted: at 5:32 pm

Cast your mind back to 2017, and you might remember the arrival of a Wipeout-clone called Redout. It strutted in with little fanfare, and we were pretty savage in our review of it: the promising experience quickly dwindles to nothing more than a headache inducing lightshow, said our reviewer. It tumbled out of our mind faster than you could say bring back F-Zero.

Fast-forward to 2021, and you can imagine our bemusement to find Redout surfacing again. Its not a game that really deserved a sequel, but then we took a look at the trailer and were taken slightly aback. Rather than another go at bringing Wipeout to console, this was taking aim at a different 90s stalwart: Starfox.

Redout: Space Assault is out now on Xbox One, Xbox Series X|S, PS4, PS5, Switch and PC.

Its all there: the over-the-chassis viewpoint, the barrel rolls, the wingmen, the chatting over the intercom and the wild, bigger-than-your-screen bosses. We half-expected Peppy to start buzzing in over the speaker. The thing is, while it may be an homage, its a brand of game that we havent played in a long, long while, and we are more than a little up for taking it for a spin again.

Its certainly having a bold go at creating its own universe. You play as Leon Barnett, a maverick fighter pilot (arent they all?) of the Poseidon Security Forces. You are in control of a Super Orbital Recon Fighter, and your job is to protect and escort the various settlers who are looking to make a life on Mars, as Earth has become all but inhospitable. The trouble is that pirates and other malcontents are eager for spoils, and its up to you to take them down.

Redout: Space Assault has a couple of things going for it that might push it further away from the Starfox comparisons. For one, its porting in Redouts penchant for super-fast gameplay. For all its great moments, Starfox was never particularly speedy as a game, so this might make for an interesting diversion. You also get to find cards in battle, which can be used to unlock boosts for your fighter. Theres a promise that you will become so overpowered that you can take on destroyers and entire fleets, which sounds fun.

If theres one thing its missing, its multiplayer. Theres no mention of it in press materials, and the emphasis is on the single player campaign. Its not a dealbreaker for a game of this type, but coming off the back of STAR WARS Squadrons, it feels a hell of a miss.

Features include:

Redout: Space Assault is out now on Xbox One and Xbox Series X|S and starts at 8.39 from the Xbox Store. Its also out on PS4, PS5, Switch and PC through Steam. Keep an eye out for our full review its coming soon.

Game Description:

THE NEXT GENERATION OF ARCADE SPACE SHOOTERS IS HERE Redout: Space Assault puts you in control of a Super Orbital Recon Fighter during the 2395 Colonization of Mars: dive in the fastest, most epic and exciting arcade space battle you can experience. Outsmart, outmaneuver, overpower, outclass your opponents in lightning-fast, adrenaline-inducing single-player space combat. You play as Leon Barret, ace fighter pilot of the Poseidon Security Forces. Here at Poseidon Corp., we are trying to pave the way for the colonization of Mars, as mankind is struggling for survival, split between a depleted hot Earth and a cold, claustrophobic Lunar colony. Your job is to maintain order by eradicating rebels and space pirates, facilitate our scientists research while keeping them safe, and protect all our personnel from the numerous external threats. Dive down into gigantic asteroid mining plants, shoot down Rebel drones and fighters, roll left and right avoiding enemy fire, unleash impossibly powerful missile volleys, but also race against stray pilots and space scavengers at breakneck speed for the sheer thrill of it. By completing missions you will unlock Cards and Tokens to upgrade your fighters Hull, Shields, Energy Weapons and Missiles until you are able to go up against massive Capital Ships and single-handedly shift the tide of the war. In an interplanetary struggle where nobody is good or bad, you will experience Leon rising through the ranks, the meaning of necessary evil, the cost of integrity and ultimately, what it means to take a stand.

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Redout: Space Assault brings the nostalgic joys of Starfox to Xbox One, Series X|S, PS4, PS5, Switch and PC - TheXboxHub

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