#Subatomic

[noosphe-re]

Classification of ground state mesons (left) and baryons (right) (from “Quarkmodel” in Review of Particle Physics2020) Stefan Meyer Institute for Subatomic Physics of the Austrian Academy of Sciences

[antvnger]

Did you know... There's an Opposite of going Subatomic. The Overspace... Yet I don't know what it will be IF MCU Where to do that gimmick of giving us a view of Overspace. (Some people who read comics noticed this Potential)

2. RP Clockwise. Has anyone called you Ant-Zilla one time? [Sorry, I'm going over my head because I noticed this.]

The Overspace? I’ve never heard of that…and it’s the opposite of going subatomic? That’s interesting actually. I’m gonna have to ask Hank about that one.

And yeah, when I’ve grown giant, I’ve been called Ant-Zilla once or twice before.

[darnell]

Semi-Enlightening Geek Joke: If Subatomic Particles Could Talk

Okay, so if you understand particle physics slightly, you may understand and laugh at these geek jokes by Nathaniel Beardsley on Generic Entertainment. If Subatomic particles could talk & had personalities Here is a brief explanation of particle physics for those of you who are curious or need a refresher. An explanation of particle physics

[tenth-sentence]

In daily life we aren't directly aware of the jitters, either for particles or fields, because they take place on subatomic scales.

"The Fabric of the Cosmos" - Brian Greene

[wikipediagrams]

[goodlookinginside]

Subatomic particles cores collision

When two subatomic particles crash into each other, the energy disturbance in the reaction between similar kinds of rays in their cores depends on the strength of impact of those subatomic particles. After the impact, the similar kinds of rays in that particle's core, which absorbed the energy from the impact, received foreign potential energy. In this case, the foreign energy line flows in a different direction, than the energy line of reaction between the similar kinds of rays. This results in a change of the latter energy line's direction. The new direction depends on the spreading speed of both subatomic particles, which are going to crash into each other. The faster moving particle determines the new direction of similar kinds of rays in the particle, which is being attacked. The stronger impact of two subatomic particles is, the larger amount of foreign potential energy is received by similar kinds of rays. This causes the increase of period of time until those similar kinds of rays (which temporarily lost contact between each other because of that impact) contact with each other again and renew their previous reaction. Consequently, it reduces the possibilities for those similar kinds of rays to contact with each other again because in that case those rays move away from each other in larger distance and, for that reason, it weakens the attraction force between them. This leads to the stronger influence of attraction forces from external sources. These factors make the compound of similar kinds of rays less stable and reduce it's density. Therefore, if the impact of two subatomic particles is strong enough, it can cause their demolition. In order for it to happen, the force of impact should be so strong, that it would cause the similar kinds of rays to move away from each other in such large distance, that the external attraction forces would become stronger than the attraction force between those rays. After that, this subatomic particle would be destroyed because those similar kinds of rays, which were in this particle's composition, would become a part of some kind of foreign chain reaction. So, this is an example of how phenomenons of the similar origin could become destructive forces to each other. If all subatomic particles in the Universe were created at the same time, so, in that case, which was described in the given example, both subatomic particles would be equally destroyed after the collision. And if all subatomic particles were created at different times, so, in that case the older particle would be destroyed and the newer would survive.

[spacenutspod]

Space Nuts Episode: Dark Energy Discoveries, Ancient Peruvian Observatories, and Solar Proximity #482 Join Andrew Dunkley and Professor Fred Watson as they explore groundbreaking discoveries in this fascinating episode of Space Nuts. From potential evidence of dark energy to the mysteries of an ancient Peruvian observatory, and the record-breaking feats of NASA's Parker Solar Probe, this episode is packed with cosmic insights and historical wonders. Episode Highlights: - Dark Energy Detection: Dive into the latest research from the University of Cambridge, where scientists may have accidentally stumbled upon evidence of dark energy. Explore the significance of this potential discovery and its implications for the future of physics. - Ancient Peruvian Observatory: Discover the story behind a 2,200-year-old observatory in Peru, recently granted World Heritage status. Learn about its role in ancient civilization and the remarkable precision of its astronomical alignments. - Parker Solar Probe's Record-Breaking Mission: Marvel at NASA's Parker Solar Probe as it makes its closest-ever approach to the Sun, achieving unprecedented speeds and providing new insights into solar physics. Understand how this mission is reshaping our knowledge of the Sun's mysterious processes. For more Space Nuts, including our continually updating newsfeed and to listen to all our episodes, visit our website. Follow us on social media at SpaceNutsPod on Facebook, X, YouTube Music, Tumblr, Instagram, and TikTok. We love engaging with our community, so be sure to drop us a message or comment on your favourite platform. For more Space and Astronomy News Podcasts, visit our HQ at www.bitesz.com. Become a supporter of this podcast for extended commercial-free episodes and more. Visit our Support page for options: spacenutspodcast.com/about Stay curious, keep looking up, and join us next time for more stellar insights and cosmic wonders. Until then, clear skies and happy stargazing. 00:00 - Space Nuts is taking a bit of a break at the moment 01:30 - University of Cambridge scientists looking for detection of dark energy using Italian telescope 08:07 - Peruvian observatory that was discovered in 2005 has hit the news again 14:26 - NASA's Parker Solar Probe made its closest ever approach to the Sun 17:29 - NASA is getting ready to announce major changes to its Mars sample return mission 18:56 - From record breaking solar encounters to the evolving plans for Mars ✍️ Episode References University of Cambridge [University of Cambridge](https://www.cam.ac.uk/) Gran Sasso National Laboratory [Gran Sasso National Laboratory](https://www.lngs.infn.it/en) University of Leicester [University of Leicester](https://le.ac.uk/) NASA Parker Solar Probe [NASA Parker Solar Probe](https://www.nasa.gov/content/goddard/parker-solar-probe) NASA Mars Sample Return Mission [NASA Mars Sample Return Mission](https://mars.nasa.gov/msr/) Astronomy Daily [Astronomy Daily](https://astronomydaily.io)

[tactile-vedic-math]

[the-knife-consumer]

Guess which game I replayed recently lol

[frozen-planet]

part 1 of IDK where I draw DJ in the silly outfits I put them in on roblox.....

[rufusahhahh]

i jsut hink rodger voice claim as dj subatomic supernova would be cool

[discoholicmusic]

🧑‍🎓 Alumni I taught at Ballhead Music Institute.

[tenth-sentence]

The nuclear forces are less familiar than electromagnetism and gravity because they operate only on atomic and subatomic scales.

"The Fabric of the Cosmos" - Brian Greene

[bunk-bed-blorbos]

[invisibleintrovertartist]

This is a project I've been working on for a while. The idea was to draw all the members of NSR in traditional clothes inspired by various ethnic groups/cultures residing in Malaysia (or/and which were implied in the game). Below, I have listed first the characters; then the names of their traditional clothes; and lastly the countries (or cultures) said clothes are derived from.

DJ Subatomic Supernova: Baju Melayu — Malaysia

Sayu: Kimono — Japan

Yinu & her mother: Cheongsam — China

Neon J & 1010: Hanbok — South Korea

Eve: Sari — India

Tatiana Qwartz: Koubasanan — Kadazandusun (Malaysia)

(The traditional clothes aren't hundred percent accurate and I have most likely made some mistakes while trying to incorporate them with the characters, and thus have ended up doing a disservice of some caliber to them. If you want to see all these traditional clothes in their full splendor, I highly recommend and encourage everyone to make good use of the various web browser's search bars and local libraries' collections.)

[kulfyraz]

Happy 4th anniversary! Oh guys I can't even explain how much I love this game sniffle sniffle