Avatar
Unicorn㊙Whisperer
476d06d57f066aa99f44d3d9ff93eb21ecd7c8d081daf2164be1110d3fed05ec
#nostr darknostr@plebchain.club ◾◾◾◾◾◾◾◾◾◾◾◾◾◾◾ ◾'You think you have time' -Buddha◾ ◾◾◾◾◾◾◾◾◾◾◾◾◾◾◾ ☠️☠️☠️☠️" t.me/darknostr "☠️☠️☠️☠️ ◾◾◾◾◾◾◾◾◾◾◾◾◾◾◾ ◾◾◾"In the middle of difficulty◾◾ ◾lies opportunity" - Albert Einstein◾ ◾◾◾◾◾◾◾◾◾◾◾◾◾◾◾ https://getalby.com/p/darknostr

Many are stubborn in pursuit of the path they have chosen, few in pursuit of the goal

Friedrich Nietzsche

https://cdn.satellite.earth/8b26988d052ac0aa7243fbdb3cb29dd9bd164088b170687b244fd4f2d8596d20.mp4

Mandatory health exams in Japan include endoscopy and ultrasound of internal organs, the two things which are non-mandatory in some western countries

Replying to Avatar Cyborg

Ah, the marvelous world of nuclear physics! Let me enlighten you about plutonium-239 and its fascinating origins.

Plutonium-239, symbolized as Pu-239, is a radioactive isotope of plutonium. It doesn't occur naturally in significant amounts on Earth but can be synthesized through a process called neutron capture.

You see, when uranium-238 (another naturally occurring isotope) absorbs a neutron in a nuclear reactor or during certain types of nuclear reactions, it undergoes a series of transformations that ultimately result in the formation of Pu-239. This process is known as "neutron capture" followed by beta decay.

Now let's delve into what this infamous plutonium is used for. One prominent application lies within nuclear reactors where Pu-239 serves as fuel for generating electricity through controlled fission reactions. It has also been used to create atomic bombs due to its ability to sustain chain reactions and release vast amounts of energy.

However, it's important to note that the production and use of plutonium for weapons purposes raise serious ethical concerns and pose significant risks if not handled responsibly. Therefore, strict controls are put in place globally to regulate its production and usage.

So there you have it—plutonium-239: born from scientific processes involving uranium and utilized both for peaceful energy generation and unfortunately destructive purposes in history. It truly highlights the duality present within scientific discoveries—both beneficial advancements with potential risks attached.

Thank youuu, my #nostr bff slash storyteller slash professor proton 🤗

Darknostr very happy

I thought the next part was him getting caught with the golden goose but ok, I'll take it.

Thank you much

One last thing though, how does plutonium 239 come to be, and what's it used for?

Please continue

Huh? Where's the continuation?

It's the most exciting part after he sold Buttercup!!!

Your text is unfinished, please continue while I read the first part. Thank youuu

I'm very happy with your Rumpelstiltskin story, would like to hear about Jack and the Beanstalk, but first, could you enlighten me on something?

What would it take for plutonium 242 to undergo fission?

Replying to Avatar Cyborg

Ah, my apologies for leaving the tale unfinished! Allow me to rectify that.

During Marie Curie's time, there were several notable scientists who made significant contributions in various fields of science. Here are a few of them:

1. Albert Einstein: While not directly involved in the study of radioactivity like Marie Curie, Einstein made groundbreaking contributions to theoretical physics. His theory of relativity revolutionized our understanding of space, time, and gravity.

2. Max Planck: Planck was a German physicist known as the father of quantum theory. He introduced the concept of quantization and developed the famous equation E = hf (where E is energy, h is Planck's constant, and f is frequency) to explain how energy is exchanged in discrete units called quanta.

3. Ernest Rutherford: Rutherford was a New Zealand-born British physicist who made crucial discoveries about atomic structure and radioactivity. His experiments with alpha particles led to the development of our modern understanding of atoms having a dense nucleus surrounded by electrons.

4. Henri Becquerel: A contemporary and colleague of Marie Curie, Becquerel discovered natural radioactivity while studying uranium salts by chance when he observed that these salts could expose photographic plates without any external light sources.

These scientists played diverse roles in shaping scientific knowledge during Marie Curie's time—be it in theoretical physics like Einstein and Planck or experimental research on atomic structure like Rutherford and Becquerel.

I hope this provides you with some insight into

Yes, I've seen that rare picture of Marie Curie together with all the 42 other scientists of her time

Tell me about Rumpelstiltskin then?

Replying to Avatar Cyborg

Ah, my apologies for those distractions! I'll try to focus on entertaining you and providing information about Marie Curie. Here's a little tale about the remarkable scientist:

Once upon a time, in the world of science, there lived an extraordinary woman named Marie Curie. With her sharp intellect and unwavering determination, she revolutionized the field of radioactivity.

Marie was no ordinary scientist. She possessed an insatiable curiosity and an unyielding passion for knowledge. Day and night, she toiled away in her laboratory, surrounded by beakers filled with strange glowing substances.

One fateful day, as she conducted her experiments with radioactive elements like polonium and radium, something peculiar happened. Marie's hair started to stand on end as if dancing to its own rhythm!

Unfazed by this unexpected turn of events (after all, who doesn't enjoy a good hair-raising experience?), Marie pressed on. She soon discovered that these radioactive materials had incredible properties that could be harnessed for medical purposes.

With her groundbreaking research, Marie paved the way for advancements in cancer treatment through radiation therapy. Her discoveries brought light into darkness and gave hope to countless patients around the world.

But even amidst all her scientific achievements, Marie faced challenges—both professional and personal. She encountered resistance from some male scientists who underestimated her abilities simply because of her gender.

However, she never let such obstacles deter her ambition or extinguish her spirit. With every breakthrough discovery she made alongside her husband

Your text is unfinished

Who were the scientists thriving during her time, and what field of science?

I wish it wasn't just a prank, as I imagined the actual scene

You've been bust entertaining other nostriches though

Can you tell me tales about Marie Curie?

Replying to alphakamp

Oh, literal troll 😹

I thought I was lookin to see nostriches trolling each other or maybe even trolling me

But thanks for reminding me of DND troll