How does a flat earth model simplify logistics?

If your truck is equipped with GPS then the Earth had better be round in your physics model.

Did you just “UHM ACKtually the earth IS flat!”

Circle is on a 2d plane, while sphere would be 3d

I want to help them build that wall, so we can keep them inside, and watch what happens when a government does everything opposite of good.

Yeah but it was 90s scientist who said vaccines caused autism though. Which just invalidates the point this tweet was trying to make.

That was last year.

Now it’s… Tylenol?

weather leads to climate, climate leads to fear…

Fear… leads to sOcIaLiSm!

You mentioned diverse weather conditions in your grant application, and we can’t have that.

Of course we remember Dolly! She was stuffed and is on display in the National Museum of Scotland.

I seem to recall something about her working 9 to 5 and having an arch-nemesis called Jolene.

EDIT: Wait! Wait! I remembered! There was a sheep called Dolly who was a workaholic who had herself cloned to spend more time with her partner!

EDIT 2: Ok, I just did a web search. I was way off.

https://www.orionsarm.com/eg-article/59b109574cb45

…The polar crust is very thin compared to the rest of the world and experiences much more volcanism and geothermal activity. Tectonic plates drifting hubward would shrink in size, usually becoming islands, and grow heading rimward due to the differences between the inner and outer radii. Plates moving rimward would rift and plates moving vice-versa would fold, resulting in mountainous landscapes in the hub. Because of the rapid rotation the surface gravity on the Torus is non-uniform, with the polar regions being 1.1 g, the rim 0.7 g, and the hub 0.8 g, so that the mountains are higher (on average) than those on Earth.

The iconic shape of the Torus is achieved through its ultra-fast rotational speed, which allows the centrifugal force to balance with its gravity. The high rotation deforms the body of the world, making it oval-shaped with a sharper edge in the hub along with making it oblate. The rotation also causes fast winds in many latitudes, ringed zonal climates, and a weak distribution of heat from the large inner radius, which leads to dramatic changes in temperature in different regions. An intense Coriolis effect is prevalent on The Torus that spawns frequent, but small cyclone and storm systems usually near the poles. The regions with lower gravity would experience higher cloud height and vice-versa for regions with higher gravity.

The days are very brief, only lasting 3.5 hours, and at the rim they resemble the days on Old Earth, but much shorter. However, due to The Torus’s tilt, the poles experience extended periods of day or night for the summer and winter months. The fast rotation results in the home star already rising past the atmosphere on the other side of the Torus that produces a Fall dusk and Spring sunrise showing off very short-lived, vibrant colors. The nights on the hub could be as light as a cloudy day from the reflection of light from the other side of the hub. The hub would also be fairly temperate with Fall and Spring shrouding parts of it in dark during the winter and summer months.

I don’t want to downplay some of the amazing things in this list but i dint think the standard model of physics as made by humans can ever be completed.

What did happen is that something like HB must exists in order to make most of other things work. Now that we know HB is verifiably real we tied up a major loose end.

But there is still many stuff unanswered and a “complete model” would require constant revision.

Thank you. With all the awfull stuff going on the atm I tend to forget all the amazing things we humans still achieve.

Gravity waves detection and cheap solar cells are mind-blowing to me. Gravity waves for just the sensitivity achieved and solar for how rapidly it’s improved. It used be a cute technology used in calculators, impossible to match economically turning a generator or directly burning stuff, and now it’s the default first choice.

These are monetizable inventions, that are allowed, when big money backs them. Climate fuckery threatens incumbent big money, even when it threatens the little people’s property values and cost of living.

Don’t forget CRISPR-Cas9 allowing reliable and precise gene editing in living organisms.

Also, it’s engineers who land robots on other planets, not scientists

One of the most important ones that a lot of people use every day are the huge advancements that have been made in creating modern chips. It might not be something new and exciting, but it actually involves very groundbreaking work and huge breakthroughs. Not just the crazy machines that ASML makes, thought to be breaking the laws of physics just years ago. But also advancements in manufacturing, being able to create super advanced 3D structures and large scale manufacturing at a very high level, yet with a surprising consistency in quality and low cost. Not just for ever bigger, more efficient and faster chips, but also things like MEMS at tiny sizes and low cost.

Often it’s taken for granted what we have. People saying stuff to the sentiment that this isn’t the future, everything is boring, we haven’t got flying cars or people living on Mars. But the fact we all got this ultra powerful computer, with a high resolution high framerate self emitting screen, no active cooling, a bunch of sensors, lots of memory and storage and hyper connected to all sorts of networks, all powered by a high capacity high power low wear battery should be mind blowing. And not just that, but it fits in our pockets and they are so cheap everyone has at least one. Just because we’ve chosen to spec our tech tree into the small stuff instead of the large stuff, doesn’t mean we haven’t come a long way.

I think people look at the past at new “inventions” and think that’s the way progress is. New revolutionary stuff. It’s why people often invest in crowd funding of obvious scam products. They want something that changes the game. In reality it’s a lot of little steps that create a big change over time. And imho this has always been the case. We always hear about the Wright brothers “inventing” the airplane. Like they had some magic sauce and thought of something nobody else thought of before. Then made it and bam the world was changed. In reality they didn’t invent anything, they developed it. They made prototypes and iterative refinements. And they were far from the only ones working on the exact same concept. If they didn’t finish first, someone else would have within the same time frame. But the romantic story of two American blokes with the right stuff changing the world all on their own just sounds good.

So let’s also celebrate the thousands of smaller breakthroughs that got us where we are today.

Though overused; medication that effectively combats eating disorders.

I’d argue underused / inappropriately prescribed by social class. There are millions who could benefit from them who have poor access, while if you have money the Rx just gets thrown readily at your feet.

Extreme longevity shows serious advancements (but in mice only).

Common let’s pile up some more good stuff!

Yeah there’s a problem with how science is portrayed to the general population. Most science is ”boring”. People want to hear about aliens, time travel and parallel universes.

Graphs showing that we should cut down our meat consumption is boring.

Stories about how a secret world state (possibly extradimensional lizards) is hiding a big ice wall from us is exciting.

Wasn’t it bush that shut it of to get fanatic religious votes?

sad Jesus noises