Again, not a physicist, so here’s a bunch of words that sum up to “maybe.”

With the object moving so fast I’m not sure we’d notice anything much. We would only be in it’s gravitational field for a very short time, but it might be long enough to change Earth’s orbit, someone with better math skills will need to field that one.

As for heating the Earth, again that’s a maybe. Gravity is stronger the closer you are to the center of mass. So the near side of the Earth will feel the pull of the object much more strongly than the further side. That will make the Earth want to stretch towards the object as the near side falls towards the object faster than the far side. It would be very slight, think egg-shaped but not to a noticeable degree, but it could be bad enough.

This is called a tidal effect and would generate some heat if we’re in the gravity well of the object for long enough. It would also cause fault lines to pop all over the globe. The object would shoot by very quickly though at 99.9999c so we might be spared the worst of the effects. Again, someone with better math skills could give a more accurate answer.

FYI tidal effects are why the moons of the gas giants aren’t frozen ice balls. The constant flexing as they orbit their planet generates tremendous amounts of heat.

Or don’t…

So sometime between now and September, the nighttime sky where I live will be cloudy for five days straight. Got it.

First, no object could be accelerated to that speed. Relativistic effects make that impossible. However, gravity waves move at the speed of light so there is some delay in gravitational effects. I’m not a physicist, but I’m pretty sure that if your sun-sized object shot through the solar system at 99.9999% the speed of light, and passed between the Earth and the Sun, it would take about 4 minutes for the object’s gravity to be felt by either the Earth or the Sun.

Temperature is a measure of kinetic energy at the molecular/atomic level. That said, the gasses falling into a black hole would likely reach such hypothetical temperatures as they near the event horizon.

One of the studies cited in the article found that COVID-19 damages (or can damage) the blood-brain barrier.

• COVID-19 can also disrupt the blood brain barrier, the shield that protects the nervous system – which is the control and command center of our bodies – making it “leaky.” Studies using imaging to assess the brains of people hospitalized with COVID-19 showed disrupted or leaky blood brain barriers in those who experienced brain fog.

Considering the number of people who end up with “brain fog” this seems a likely way for it to enter the brain.

There are other reasons besides it being apocalyptic that climate scientists might consider the model less useful than others. This video rebuttal to the video you posted explains some of those reasons quite well. The rebuttal is from Dr. Adam Levy who is a climate scientist. I mention this only because Dr. Sabine Hossenfelder, the maker of your video, actually has a degree in physics, not climate science. One should be very cautious when considering opinions of people who are speaking outside their field of expertise. While she may be an expert in her own field, she is not a climate scientist.

It reminds me of Larry Niven’s The Integral Trees. It takes place in a gas torus of breathable air around a neutron star.

While you have a point, in an emergency you cannot wait on debate, there should still be an elected body that can overrule the authoritarian commander if they feel he or she is taking a dangerous path.

Typical conservative victim mentality. It can’t be a result of his actions, no. It’s not his fault the company is crashing and burning. It’s those darn blackmailing advertisers!

To be fair, most of the reporting on both sides is probably rife with propaganda from the other. Good luck learning the truth about any of it.

The article says the water went out at 3:00, not 3:45. The shift ends at 4:45, again from this article. That’s nearly 2 hours without drinking water or toilet facilities. That’s a fairly long time.

Your also wrong about the next shift and the notification. Again, in this article…

The issue continued during the day shift. ‘They emailed dayshift workers at 7 AM to not come to work when the starting time is 7:45 AM, so many were already on site or on their way to work,’ explains Hannah.   

They sent an email, not a phone call, 45 minutes before the shift started. I’d be surprised if any of the employees checked their email at the last minute before leaving for work. It goes on to say that many employees come from a town an hour away. The email was sent while many employees were already on their 1-1.5 hour commute. The. They told them just go home.

Then, at 12:30, they messaged the employees that the water was on and they needed to be back at work in half an hour or they would not be paid for it.

Your description of events does not at all match what the article describes. Do you really think Amazon’s behavior is acceptable ad I and the article describe it?

It is. The oceans are the the Earth’s heat sink. They can absorb a tremendous amount of heat without changing temperature much. They have soaked up much of the heat captured by greenhouse gasses over the decades and these temperatures may suggest that they cannot absorb much more.

So imagine how freaking hot it is in many, many other places for the global mean temperature to be at a record high.

Ocean surface temps are super high too.

Oops. Posted wrong pic at first.