How are we all doing today?
Happy new month, looks like the first quarter of the year is almost gone. Did you also notice that today is the third day of the third month, could it be a special day?
Yeah I think, for some or some few or some many but the fact remains that it is Sunday. 😒
I love Sundays but not because it's a resting day as some would believe - apparently I also work more on Sundays, but Iove it because I eat my best food. 😋
Don't let it trigger your hunger but if it did, then i have a very special meal for you and unfortunately it won't be going to your stomach. Still feeling hungry?
Okay, time to feast, I hope you enjoy it.
The Strongest Magnetic Fields in The Universe Could Be Right Here on Earth
We at some point in our lives have been fascinated by magnetism - playing with magnets while we were very much younger. Actually it's still very much fascinating, you can ask scientists and technologists/engineers, there's still more to discover about the phenomenon. The magnets we use here on earth are relatively weak in terms of their magnetic field strength, the strongest magnetic fields exists outside of our planets, they come from special kind of stars called "magnetars" or so we thought. It happens that those stars may not possess the strongest magnetic fields but the strongest magnetic fields could be found here on earth. So, what object possesses this monster of a magnetism ? 🤔
Interesting question, but....you know what to do, just keep reading. Sorry if that disappointed you but........... it is what it is. 🤭😉
Pythagoras was wrong: There are no universal musical harmonies, study finds
You must be wondering the Pythagoras that's been discussed and why he made his way to this report. Unfortunately, we all seem to be aware of only one Pythagoras (although there are or could have been others) and yes, it's guy mostly known for the Pythagoras theorem. I believe we have answered the first question and as for the second question it's about a theory of his on music and mathematics. He said that........keep reading. You fell for it again, yes you and you know what I'm talking about. 🤭
Could tardigrades have colonized the moon?
Looks like we aren't the only ones to have stepped foot on the moon, our very distant relation in the evolutionary tree have too. They are called the "tardigrades", they share the same ancestry with insects and arachnids, and they are known to survive very extreme enviromental conditions that would otherwise kill the rest of other living organisms including us. How did they even get there ?
They got there both intentionally and by accident but not of their will, if you are smart enough you would know who got them there. But the bigger question on scientists mind is whether they have already colonized our moon?
For some others, there's worry about the potential consequences. Wish to know more ?
Just place your finger here and you would be teleported to where you would quench your curiosity. Let's hope they have, they may help continue the animal race. 🤭
Even if intelligent aliens exist they may never achieve space travel like us, research says
This raises an interesting question which is, are we (earthlings) really the first to reach space ?
Well, according one researcher, it's most likely the case if it happened that there existed other life forms in planets beyond ours, including ones smarter than us. Why would he think so ? 🤔
No need to stress your brain for this report got you covered. So, is he saying if we also happened to colonize those other planets that we would get trapped or die in the process?
So, what's the point of space technology ? 😂
I think we need to be careful when using our earthling glasses. 🙃
It's not only opposites that attract: New study shows like-charged particles can come together
In electrostatics, we were and still being taught that like charges repel each other and unlike charges attract each other. It's so popular that some have even moved the notion beyond physics to some everyday experiences. The principle itself is one of the fundamental principles of classical electromagnetism and it was first explicitly stated by the French physicist Charles-Augustin de Coulomb in 1785. A recent discovery seems to be suggesting that the principle isn't always true but......keep reading to find out more. The fact that it's taking 200+ years to discover this, says a lot about what we think we know.
It is here we conclude today's report, have a thoughtful day and till i come your way again next week.
Thank you all once again for stopping by to read my jargons and also thank you @stemng, @lemouth and the @Steemstem team for your valuable supports.
Lastly, please don't forget to do the needful
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