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- Six Science Posts - #74
Six Science Posts - #74
Higher spectrum contact lenses, Wright brothers' patent and more
Six posts that celebrate engineering and all things STEM.
I scroll so you don’t have to.
Thanks for all the great feedback about the special issue on Dr. Jayant Narlikar. The issue is on the web at https://sixstemtweets.beehiiv.com/p/six-science-posts-dr-jayant-narlikar-deae
As always, hit ‘forward’ to share with others, ‘reply’ to let me know what you think.
#1 🤯
On this day in 1906, the Wright brothers received their first patent. It was a patent for “new and useful improvement in Flying Machines.”
— National Air and Space Museum (@airandspace)
10:27 PM • May 22, 2025
#2 🤯
Coming soon. Contact lenses that allow you to see infrared light.
Before: 400-700nm
After: 400-1500nm
It quadruples the visible spectrum using nanoparticles. 😎— 🌿 lithos (@lithos_graphein)
6:12 PM • May 22, 2025
😎
The paper is titled “Near-infrared spatiotemporal color vision in humans enabled by upconversion contact lenses” and is available at https://www.cell.com/cell/fulltext/S0092-8674(25)00454-4
#3 🤯
ISS cruising past Stonehenge through the Milky Way 🌌
— All day Astronomy (@forallcurious)
3:34 PM • May 24, 2025
There are cathedrals everywhere for those with the eyes to see them. This photo has 2.
#4 🤯
This equation uses each of the digits 1 to 9 only once
— Fermat's Library (@fermatslibrary)
11:39 AM • May 25, 2025
#5 🤯
The only rule in biology is that there are exceptions to every rule. This is what makes biology infinitely exciting; even when you think you’ve got the complete view, the floor can drop out from underneath you at any given moment.
Case-in-point: The nucleus is the thing that
— Niko McCarty 🧫 (@NikoMcCarty)
2:13 PM • May 22, 2025
Niko goes on to write: “For a study in Science, researchers discovered that two types of pathogenic fungi that infect plants, called Sclerotinia sclerotiorum and Botrytis cinerea, have two different nuclei. And instead of storing a full set of chromosomes in each nuclei, they instead “distribute their chromosomes such that each of their nuclei contains only a subset of the haploid chromosomes.” The authors confirmed this by throwing a kitchen sink of methods at these cells; chromosome counting, DNA measurements using flow cytometry, single-nucleus PCR, and more.
Nobody knows why the fungi do this, but the scientists claim (in their discussion) that it could enable them "to respond and adapt more effectively to local environmental stresses within their extensive mycelial networks. Nuclear shuffling may facilitate the rapid generation of new genotypes, enhancing adaptability to changing environments.” There is also evidence that the chromosomes within each nucleus may briefly collide during cell division, before going back into their separate nuclei. This is a great paper. It is simple, to the point, and challenges the status quo. It has serious potential to become a “classic” of the genre.”
Full paper is titled “Distribution of haploid chromosomes into separate nuclei in two pathogenic fungi” and is at https://www.science.org/doi/10.1126/science.abn7811
#6 🤯
If a=1, b=2, c=3 and so on to z=26, the sum of the letter values in "two hundred and fifty one" is equal to 251.
— World of Engineering (@engineers_feed)
7:38 PM • May 23, 2025
More proof that we are living in a simulation.
About
This newsletter is my way of sharing interesting science-related news with my curious friends. I enjoy finding science and math connections in our world.
Please share this newsletter with others. Let’s encourage curiosity.
This is issue #74. Here’s some fun facts about 74:
74 is a palindromic number in bases 6 (2026) and 36 (2236).
The playing time of a standard CD is 74 minutes
74 is the atomic number of Tungsten, symbol W. Tungsten is unique amongst the elements in that it has been the subject of patent proceedings. In 1928, a US court rejected General Electric's attempt to patent it, overturning U.S. patent 1,082,933 granted in 1913 to William D. Coolidge.
Tungsten’s symbol - W - is from the mineral wolframite which was named after “wolf-rahm” 'wolf's foam' describing the mineral. the name is a reference to the large amounts of tin consumed by the mineral during its extraction, as though the mineral devoured it like a wolf.
That’s it for this issue.
Hit ‘reply’ to tell me what you think.
And hit ‘forward’ to share with your friends and family.
Let’s all celebrate science and engineering and curiosity.
Best wishes,
Harshal