Gustavo Gutiérrez (@gedjgg96) • Hey
Gustavo Gutiérrez (@gedjgg96) • Hey
Publications
- The famous photograph! iconic!
- Good day 🌑
- Good night family
- Lens now has no permissions.
Great update 👌🏻
- The power of decentralization 🔥
- Art
- Bullish sentiment remains 🔥
- GM Frens! 💜 We were cooking hard for couple of months! It’s time to reveal what we did for you!
We are happy to introduce: PHAVING! 🦄
Let’s go your mobile store and UPDATE YOUR APP! 🫵
We are working to improve all in-app mechanisms to design a sustainable and fair token rewards for everyone. 🤝 This is one of the biggest changes so far, where we've redesigned the entire Point earning mechanism. 🚀
In the new version Staking has been replaced with Phaves and a majority of the daily rewards now go to phaving instead of posting. Best posters are still rewarded but so is everyone who helped these posts get discovered and gave their Phaves before the post became popular. Read the full details: https://phaver.gitbook.io/phaver-help-center/phaver-points-and-cred-score/phaver-points-2.0
Is that all? Noooo! We have many other things Frens! 😎
You asked, we cooked: QUOTE MIRRORS. Now you can now add a quote to any Phaver or Lens post you share. And all Mirrors can again be made into Communities as you all requested! 🆒
The app is now also available in Vietnamese, Thai, Hindu, and Nigerian Pidgin English! 🚀 Local communities are so important for us and we wanted to ensure the most active countries can use the app in their own language! 🔥 All translations are alpha versions, so there may be some minor issues. ✌️ But don’t forget: COMMUNITY IS EVERYTHING FOR US! 💜
Also, now there are categories in the Communities page for easier discovery! 📕 You can go and join different Communities based on your interests! 🙇
We're launching a new onboarding experience soon, allowing new users to earn Points and learn about Phaver. In this update we have cut the Point earning for NFTs in half to reward the early users with higher value. TIME TO PHAVE! 🚀
We are always working hard to provide the best social app in Web3 and appreciate all feedback on the new updates and what you’d like to see next. Thanks for being with us in this Web3 journey! 💜
Keep PHAVING! 🦄
- Part 2 soon 👀🔥
- Happy day
- Yummy
- 👀👀
- Reminiscing :)
- Perfect 🪄
- Unstoppable 🔥
- Good gifts 🎁
- Home alone 🎄
- lol
- beat of the week 2023, week 51 of 52
“almost there”
all cover art by @lens/stellarhobbes
#BOTW #impressyourself
- Christmas 🎄
- Hey people:)
- The Parker solar probe has set a new record as the fastest object ever built, moving at 635,266 km/h relative to the Sun.
That's about 300 times faster than a bullet.
https://parkersolarprobe.jhuapl.edu/News-Center/Show-Article.php?articleID=193
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- During the eclipse here in Guatemala quite a few birds came out, I share this photograph that I managed to take with the eclipse in the background
- Comet Nishimura captured on September 6, 2023.
Credit: Tim Straub
- Evolution
- The Beautiful Popocatépetl Volcano under the starry nights✨🌋
Popocatépetl is an active stratovolcano located in central Mexico. The volcano has perennial glaciers near the mouth of the cone, at the top of the mountain. It is approximately 730,000 years old. Its height is 5500 m above sea level. n. m
- 🌇
- For wallpaper.
Don't worry, this is not a real photograph, but an edited image that represents the International Space Station with Earth as a backdrop against the darkness of space.
The elements used in the edition (such as the image of the planet) are real and were provided by NASA.
- The shuttle and the star.
Atlantis was photographed from Earth on May 12, 2009, as it crossed in front of the Sun relative to Earth on its way to the Hubble Space Telescope. The silhouette of the ship can be seen perfectly against the light against the background of the star in the images presented by NASA.
The image highlights the silhouette of the space shuttle Atlantis during its solar transit before Atlantis and the STS-125 crew arrived at the Hubble Space Telescope to begin repairs.
(©️ UPI Photo/Thierry Legault/NASA)
- A SPECTACULAR MOMENT!!
The well-known and much-sought “Omega Effect” appears over the Mediterranean.
Captured a few days ago on the Alicante coast in a planned photo with 2 people with their boards at 500m
The so-called Omega effect is formed when the air, in contact with the surface, very dense and at the same time warmer, produces the refraction of light, which deforms the sun and creates the mirror effect. As described by Jules Verne, the sun takes the form of an Etruscan vase
© @jordy_coy
- Triple bright night sky over Iceland. A featured composition of three different celestial phenomena.
El Sol is not a quiet place as it seems. It ejects an unstable stream of energetic electrons and protons known as the solar wind. These charged particles deform the Earth's magnetosphere, change trajectory and collide with atoms in the Earth's atmosphere, causing the generation of light in auroras like the one we see (in green) on the left of this image. The Earth itself is geologically active and covered in volcanoes and Iceland is one of the most geologically active places on Earth. And on the far right of this beautiful shot is the Svartsengi geothermal power plant that creates the famous (human-made) Blue Lagoon, shown emitting plumes of white gas.
Credits and copyright: Wioleta Gorecka (SUNY Oswego) (via APOD)
- Knowing a Neutron Star.
A "glitch" that occurred in the Vela Pulsar accidentally revealed to us the strange interior of the neutron star.
In the event the star actually began to spin even faster than normal, then relaxed, before continuing with its usual spins. And it was at this moment that the interior of the exotic object could be captured.
The interior actually has three different components. The first is a soup of superfluid neutrons, which moves outward first and hits the star's rigid outer crust, or surface, causing it to spin. Then, a second layer, also made of superfluid and moving in the core, reaches the first and causes the star's spin to slow down. When the spin slows down, failure occurs, which only happens in 5% of neutron stars.
The observation was made at the Mount Pleasant Observatory in Tasmania.
https://www.nature.com/articles/s41550-019-0844-6
- Whe,re is the Andromeda galaxy?
The Andromeda Galaxy, also known as Messier 31 is one of the most distant objects that can be seen with the naked eye.
Between the constellation Pegasus and the point of Cassiopeia it should appear as a fuzzy or fuzzy oval in the sky. At some point in the far future, our Milky Way and Andromeda, the two largest galaxies in the Local Group, will collide. Currently, Andromeda is 2.5 million light years from the Milky Way and both travel at a speed of 468,000 km per hour approaching each other. Since the distance traveled is so enormous, the collision will not occur for another 4 billion years, and in this cosmic collision, the two galaxies will merge into one, creating a giant elliptical galaxy.
Any life on planets in this far future should be safe, and if there were anyone who could observe their sky, they would be gifted with an incredible light show lasting a billion years, an unimaginable dance of more than a trillion stars.
Photo Credit: Stefanie Harron
- Coronado Solar Telescope.
Camera: ZWO ASI CMOS 462MM
- Exploring the wonderful world of web3 thanks to Lens Protocol 🌿
- "The winter arc of the Milky Way over a waterfall in Iceland"
sony a7 III | 12mm | ƒ/2.8 |
ISO 640 Landscape: 90s
Sky: 240s (tracked)
Credit: Asier López Castro @asilopezfotografia
- The curiosities of Interstellar.
In the Miller planet scene if you listen carefully, the soundtrack in the background has a prominent tick-tock. The sounds occur every 1.25 seconds and there is a reason for this: for each tick-tock you hear, an entire day on Earth occurs.
© Warner Bros. Film Interstellar
- HERE ARE THE FIRST PHOTOS OF EUCLID!!
Can I say that I am touched and excited to be a part of all of this? 😍
Stars, galaxies, the deep universe: Euclid's first look is something unforgettable. Take a good look at this engineering image, taken at the Y-band from the NISP infrared instrument: it's just a test image, taken to check the telescope's focus. It's raw to the bare minimum, still has all the artifacts like cosmic rays, and it's just spectacular. If this is the result of a simple test, imagine when the real scientific images will arrive: it will be like opening a wonderful chest full of incredible surprises!
What you see is actually a small part of the image that includes the entire focal plane of NISP, made up of 15 other squares similar to this one. By combining the data from the images with those from the spectrograph, also part of NISP, we will be able to obtain information on the distance of the galaxies, a fundamental piece of information to create the three-dimensional map of the distribution of dark matter as a whole. with the data coming from the other Euclid instrument, VIS, which instead observes the cosmos in visible light. I repeat: these are test images, with minimal processing and with the telescope not yet at full capacity and not even in its final configuration. And look at those things!!
It was extremely difficult for me to keep calm and not reveal anything in this long month of work and testing in which Euclid, while traveling to L2, sent so many images. Seeing them in advance was an incredible honor, when the first light came and I opened the first image, seeing with my own eyes the first stars and galaxies ever observed by Euclid was something indescribable. And now here they are. And it's wonderful!
Credits: ESA/Euclid/Euclid Consortium/NASA, CC BY-SA 3.0 IGO
- «— Do you see that star?
"You mean that bright red one?"
-Yeah. Know? It is possible that she is no longer there. Today it may have disappeared, it may have exploded or something. The light from it is still traveling through space and has not reached our eyes until now. We do not see it as it is, but as it was.
Many people are absolutely stunned when first confronted with this simple truth. Because? Why must we look so incredible?
The enormous distances that measure up to the stars and galaxies are responsible for the fact that in space we see everything in the past, and that we even perceive some celestial bodies as they were before the formation of the Earth.
Telescopes are actually time machines. Long ago, when a primitive galaxy began to shed light on the enveloping darkness, no witness could have known that, billions of years later, a few remote bits of rock and metal, ice and organic molecules would eventually come together to form a place called Earth; or that life would be born and evolve into thinking beings that, one fine day, would take a fragment of that galactic light and try to find out what had placed it in its path.
And when the planet Earth dies, in about five billion years, when it has been reduced to ashes or perhaps has been swallowed by the Sun, other worlds, stars and galaxies will emerge that will know nothing of a place called the planet Earth".
- A pale blue dot - A vision of the human future in space. 🌌✨
- Image of the globular cluster NGC 6380.
- Space art✨
- "Red Sprite" is a type of lightning that rarely manages to be photographed in this detail. Despite sprites having been known for over 30 years, their cause remains unknown. It manifests itself only in some thunderstorms and under certain conditions. These mysterious bursts of light in the upper atmosphere momentarily resemble gigantic scarlet jellyfish that illuminate the darkness of the storm.
In the image "Red Sprite" captured in July 2021 in Italy.
© Stephane Vetterq
- "Red Sprite" is a type of lightning that rarely manages to be photographed in this detail. Despite sprites having been known for over 30 years, their cause remains unknown. It manifests itself only in some thunderstorms and under certain conditions. These mysterious bursts of light in the upper atmosphere momentarily resemble gigantic scarlet jellyfish that illuminate the darkness of the storm.
In the image "Red Sprite" captured in July 2021 in Italy.
© Stephane Vetter
- Coronado Solar Telescope.
ZWO ASI 120MM CMOS Camera
- I just contributed to the 🕯️ KZG Ceremony 🕯️ using 0x092bb…74e6 to help scale Ethereum
↓ Add your own randomness ↓ ceremony.ethereum.org
- The last man who stepped on the Moon
July 20, 1969 is probably the most significant date in the history of our species. That day, the only terrestrial being capable of understanding and formulating the laws that govern the universe, left the bubble in which evolution had kept him confined to, crossing the deadliest environment he has ever entered, outer space, settling on that satellite that has intrigued him since he first looked up at the sky: our Moon.
Neil Armstrong was able to fulfill the dream of millions of years and millions of thinking beings of walking on the Moon. Without erosion, his footprints will remain there for a million years.
And the last man to set foot on the Moon? In the image Eugene Cernan who walks on the Moon in 1972. In his words I would like to highlight this sentence: "...if I had to concentrate on one thing, it would only be looking back, at the great and amazing beauty of that Earth"
(Apollo 17 mission)
NASA VIA AP ©nationalgeographic.com
- Meteor and Milky Way over the Alps😍
From Mount Tschirgant in the Alps, you can see not only nearby cities and distant Tyrolean peaks, but also, weather permitting, stars, nebulae, and the band of the Milky Way. What made the arduous climb worth it tonight, however, was another peak: the peak of the 2018 Perseid meteor shower. As expected, the dispersal of clouds allowed for a picturesque skygazing session that included many faint meteors, all while a carefully placed camera took a series of exposures. Suddenly, an exciting bright and colorful meteorite fell right next to the near-vertical band of the Milky Way. Luckily, the camera caught it too. So a new image in the series was quickly taken with one of the sky watchers posing on the nearby peak. Subsequently, all the images were digitally combined.
Image Credit and Copyright: Nicholas Roemmelt (Venture Photography)
- 29 years ago today, Comet Shoemaker-Levy 9 collided with Jupiter at a speed of 64 km/s. Jupiter's gravitational force fragmented the comet, generating a series of impacts that left gigantic, visible dark scars on the surface. These fragments collided in a chain with the southern hemisphere of the planet, between July 16 and 23, the largest fragment of the comet left a "wound" on the planet's surface in the form of a spot 12,000 km in diameter (nearly of the diameter of the Earth)
Scars from the comet's impacts were visible in the gas giant's clouds for many months afterward and were extremely prominent, described by observers as more easily visible than the Great Red Spot.
https://ciencia.nasa.gov/los-duraderos-impactos-del-cometa-shoemaker-levy-9?fbclid=IwAR1c9XdihQZQVwE4wIvPwrOIrmN1dUuYBmrgB9tW_rRevUl4mDyHIUFfrV8
Image Credit NASA/Judy Schmidt
@SpaceGeck
- See that bright speck of light in the lower left corner?
It is an exploding star that has outshone its entire host galaxy.
The striking image shown captures a star detonating in Supernova 1994D, located on the periphery of a lenticular galaxy called NGC 4526.
This event occurred approximately 55 million light-years away in the constellation Virgo. The supernova, SN 1994D, was first detected on March 7, 1994 by RR Treffers at the Leuschner Observatory, and its maximum visual brightness was observed two weeks later on March 22.
SN 1994D resulted from the explosion of a white dwarf star abundant in carbon and oxygen. The light curve, or the study of the intensity of light emitted by the supernova over time, suggested that the explosion would have been visible on March 3 and 4, 1994.
While investigating this supernova, WPS Meikle and his team detected helium in its spectrum. They theorized that a helium mass between 0.014 and 0.03 times the solar mass would have been needed to trigger the type of explosion seen in Supernova 1994D.
Furthermore, its light curve exhibited similarities to a typical Type 1a supernova. In the image, Supernova 1994D can be seen as a bright dot in the lower left. This image, released in 1999, was captured using Hubble and used a near-infrared and optical filter.
Fountain :
@ExploreCosmos
- Somewhere in that little dot is our Solar System, our planet, us.
Here is the Laniakea Supermass: the Earth, the Solar System, the Milky Way, the Virgi Cluster, are part of it. Laniakea's mass is enormous, approximately 100,000 trillion times larger than our star. There are many galaxies and their 'network' extends for 500 million light years.
Laniakea in turn is only a small region of the visible universe that extends according to current estimates about 90 billion light years. Laniakea includes 100,000 galaxies, including our Milky Way, home to our Sun and Solar System.
Credit: Nature
- Photographer Andrew McCarthy was photographing the sun when a plane flew perfectly through it, and a group of clever strangers figured out which flight it was and put him in touch with the pilot, who was excited to learn of this wonderful serendipity.
Credit: @AJamesMcCarthy