#Franck ocean

[naboomah]

Teeth are so special, they give your smile so much personality. From the stunted side tooth you got from sucking your thumb, to the gap you inherited from your great grandpa, or your natural perfectly aligned teeth. There’s beauty in them all!

[zoeandsubalovephotography]

Martine Franck

[franckdiary]

[web-gallery-2008]

[thequeenofsarcaasm]

RIP Gojo. I bet you loved Franck Ocean.

[mit]

A carbon-lite atmosphere could be a sign of water and life on other terrestrial planets, MIT study finds

A low carbon abundance in planetary atmospheres, which the James Webb Space Telescope can detect, could be a signature of habitability.

Jennifer Chu | MIT News

Scientists at MIT, the University of Birmingham, and elsewhere say that astronomers’ best chance of finding liquid water, and even life on other planets, is to look for the absence, rather than the presence, of a chemical feature in their atmospheres.

The researchers propose that if a terrestrial planet has substantially less carbon dioxide in its atmosphere compared to other planets in the same system, it could be a sign of liquid water — and possibly life — on that planet’s surface.

What’s more, this new signature is within the sights of NASA’s James Webb Space Telescope (JWST). While scientists have proposed other signs of habitability, those features are challenging if not impossible to measure with current technologies. The team says this new signature, of relatively depleted carbon dioxide, is the only sign of habitability that is detectable now.

“The Holy Grail in exoplanet science is to look for habitable worlds, and the presence of life, but all the features that have been talked about so far have been beyond the reach of the newest observatories,” says Julien de Wit, assistant professor of planetary sciences at MIT. “Now we have a way to find out if there’s liquid water on another planet. And it’s something we can get to in the next few years.”

The team’s findings appear today in Nature Astronomy. De Wit co-led the study with Amaury Triaud of the University of Birmingham in the UK. Their MIT co-authors include Benjamin Rackham, Prajwal Niraula, Ana Glidden Oliver Jagoutz, Matej Peč, Janusz Petkowski, and Sara Seager, along with Frieder Klein at the Woods Hole Oceanographic Institution (WHOI), Martin Turbet of Ècole Polytechnique in France, and Franck Selsis of the Laboratoire d’astrophysique de Bordeaux.

Beyond a glimmer

Astronomers have so far detected more than 5,200 worlds beyond our solar system. With current telescopes, astronomers can directly measure a planet’s distance to its star and the time it takes it to complete an orbit. Those measurements can help scientists infer whether a planet is within a habitable zone. But there’s been no way to directly confirm whether a planet is indeed habitable, meaning that liquid water exists on its surface.

Across our own solar system, scientists can detect the presence of liquid oceans by observing “glints” — flashes of sunlight that reflect off liquid surfaces. These glints, or specular reflections, have been observed, for instance, on Saturn’s largest moon, Titan, which helped to confirm the moon’s large lakes.

Detecting a similar glimmer in far-off planets, however, is out of reach with current technologies. But de Wit and his colleagues realized there’s another habitable feature close to home that could be detectable in distant worlds.

“An idea came to us, by looking at what’s going on with the terrestrial planets in our own system,” Triaud says.

Venus, Earth, and Mars share similarities, in that all three are rocky and inhabit a relatively temperate region with respect to the sun. Earth is the only planet among the trio that currently hosts liquid water. And the team noted another obvious distinction: Earth has significantly less carbon dioxide in its atmosphere.

“We assume that these planets were created in a similar fashion, and if we see one planet with much less carbon now, it must have gone somewhere,” Triaud says. “The only process that could remove that much carbon from an atmosphere is a strong water cycle involving oceans of liquid water.”

Indeed, the Earth’s oceans have played a major and sustained role in absorbing carbon dioxide. Over hundreds of millions of years, the oceans have taken up a huge amount of carbon dioxide, nearly equal to the amount that persists in Venus’ atmosphere today. This planetary-scale effect has left Earth’s atmosphere significantly depleted of carbon dioxide  compared to its planetary neighbors.

“On Earth, much of the atmospheric carbon dioxide has been sequestered in seawater and solid rock over geological timescales, which has helped to regulate climate and habitability for billions of years,” says study co-author Frieder Klein.

The team reasoned that if a similar depletion of carbon dioxide were detected in a far-off planet, relative to its neighbors, this would be a reliable signal of liquid oceans and life on its surface.

“After reviewing extensively the literature of many fields from biology, to chemistry, and even carbon sequestration in the context of climate change, we believe that indeed if we detect carbon depletion, it has a good chance of being a strong sign of liquid water and/or life,” de Wit says.

Keep reading.

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[beardedmrbean]

Europe's Ariane 6 rocket blasted off successfully for its maiden flight on Tuesday, a live video feed showed. The success of its three-hour flight is crucial for European countries, who hope to regain independent access to space more than a year after they retired their workhorse Ariane 5 rocket.

Europe's new Ariane 6 rocket launched for the first time on Tuesday, carrying with it the continent's hopes of regaining independent access to space.

The micro-satellites were delivered one hour and six minutes after the rocket blasted off from Kourou, French Guiana. The rocket's success marks a "historic day" for Europe, announced European Space Agency chief Josef Aschbacher.

The much-delayed inaugural flight of the European Space Agency's (ESA) most powerful rocket launched smoothly into clear skies at 4pm local time (1900 GMT) from Europe's spaceport in Kourou, French Guiana, an AFP correspondent observed.

Crews on the ground at the launch site, which is surrounded by jungle on the South American coast, applauded as the rocket soared into clear skies.

Ariane 6's first launch, which was originally planned for 2020, is hoped to bring an end to a difficult time for European space efforts.

Since the last flight of its workhorse predecessor, Ariane 5, a year ago, Europe has been unable to launch satellites or other missions into space without relying on rivals such as Elon Musk's US firm SpaceX.

ESA chief Josef Aschbacher said it was a "very important moment for Europe".

"We are re-establishing independent access to space for Europe," he said just before the launch. 

Earlier Tuesday, the giant metal structure housing the rocket called the "mobile gantry" was rolled away, unsheathing the 56-metre (183 feet) behemoth in light rain, an AFP journalist observed.

A 10am forecast said that "Weather is GO for fuelling", the ESA said on X.

This gave the green light for filling the rocket's tanks with the liquid hydrogen and liquid oxygen that will propel it into space.

From that point, any physical intervention would force the tanks to be emptied, requiring a 48-hour launch postponement, the ESA's launch base project manager Michel Rizzi said.

Rocket crisis 

Many will be nervously watching the launch, hoping it can bring an end to a difficult era for European space efforts.

Since the last flight of the rocket's workhorse predecessor, Ariane 5, a year ago, Europe has been unable to launch satellites or other missions into space without relying on rivals such as Elon Musk's US firm SpaceX.

Historically, nearly half of the first launches of new rockets have ended in failure.

That includes Ariane 5, which exploded moments after liftoff in 1996 – but out of its 117 launches over nearly 20 years, only one other flight would fail.

Everyone at the Kourou launch site, which is surrounded by jungle on the South American coast, is hoping history does not repeat for Ariane 6.

Tony dos Santos, the ESA's Kourou technical manager, said that teams on the ground would only be able to "breathe our first sigh of relief when the first satellites have been released" an hour and six minutes after liftoff.

The mission will be considered a success after the rocket's reusable upper stage splashes down into the Pacific Ocean.

Franck Saingou, Ariane 6 launch system architect, said there had been so many rehearsals that it all feels "routine – except this time it's the real thing".

Concealed in a nearby bunker, more than 200 experts in the launch centre will scrutinise the rocket until liftoff, ready to interrupt the countdown to solve any problems, he added.

They will be in constant contact with the Jupiter control room, the hub of communication between the teams – and data sent from the rocket.

A large number of armed forces will also watch over the launch, including three fighter jets deployed to deter any curious aircraft nearby.

Europe's 'return' to space

A successful flight would mark Europe's "return" to the space scene, said ESA space transportation director Toni Tolker-Nielsen.

Russia pulled its Soyuz rockets, long used for European launches at Kourou, after Moscow invaded Ukraine in 2022.

Later year, Europe's Vega-C light launcher was grounded due to a launch failure. Delays to Ariane 6's first flight – originally scheduled for 2020 – further compounded the crisis.

Ariane 6 is scheduled for one more launch this year, six in 2025, then eight in 2026.

The launch of Ariane 6 is the first step towards "changing the future of the European space transportation ecosystem", ESA chief Josef Aschbacher said on X.

Gareth Dorrian, a space science researcher at the UK's University of Birmingham, told AFP that "the first launch of any new rocket is always fraught".

But Ariane 5 started with explosive failure and "went on to become one of the most successful launchers in history", he added.

[nothingseemsquiteright]

ten songs, ten people

tagged by @lornashores to put my tunes on shuffle and list the first 10 songs, then tag 10 people.

thank you dear <3

everybody supports women ; sofia isella

un jour ; roméo & juliette

bathroom ; montell fish

clandestina ; emma peters

mount evrest ; labrinth

moonlight ; kali uchis

thinkin about you ; franck ocean

de selby (part 1) ; hozier

beaulieue ; eddy de pretto

dangerous animals ; arctic monkeys

@z0uz ; @chelsealorine ; @starryy-sky ; @mcgregor ; @alienstardust ; @habibialkaysani ; @rchelgreenx ; @hope92100 ; @cesttoujourslamemehistoire ; @ponytailcoby

[jcmarchi]

A carbon-lite atmosphere could be a sign of water and life on other terrestrial planets, MIT study finds

New Post has been published on https://thedigitalinsider.com/a-carbon-lite-atmosphere-could-be-a-sign-of-water-and-life-on-other-terrestrial-planets-mit-study-finds/

A carbon-lite atmosphere could be a sign of water and life on other terrestrial planets, MIT study finds

Scientists at MIT, the University of Birmingham, and elsewhere say that astronomers’ best chance of finding liquid water, and even life on other planets, is to look for the absence, rather than the presence, of a chemical feature in their atmospheres.

The researchers propose that if a terrestrial planet has substantially less carbon dioxide in its atmosphere compared to other planets in the same system, it could be a sign of liquid water — and possibly life — on that planet’s surface.

What’s more, this new signature is within the sights of NASA’s James Webb Space Telescope (JWST). While scientists have proposed other signs of habitability, those features are challenging if not impossible to measure with current technologies. The team says this new signature, of relatively depleted carbon dioxide, is the only sign of habitability that is detectable now.

“The Holy Grail in exoplanet science is to look for habitable worlds, and the presence of life, but all the features that have been talked about so far have been beyond the reach of the newest observatories,” says Julien de Wit, assistant professor of planetary sciences at MIT. “Now we have a way to find out if there’s liquid water on another planet. And it’s something we can get to in the next few years.”

The team’s findings appear today in Nature Astronomy. De Wit co-led the study with Amaury Triaud of the University of Birmingham in the UK. Their MIT co-authors include Benjamin Rackham, Prajwal Niraula, Ana Glidden Oliver Jagoutz, Matej Peč, Janusz Petkowski, and Sara Seager, along with Frieder Klein at the Woods Hole Oceanographic Institution (WHOI), Martin Turbet of Ècole Polytechnique in France, and Franck Selsis of the Laboratoire d’astrophysique de Bordeaux.

Beyond a glimmer

Astronomers have so far detected more than 5,200 worlds beyond our solar system. With current telescopes, astronomers can directly measure a planet’s distance to its star and the time it takes it to complete an orbit. Those measurements can help scientists infer whether a planet is within a habitable zone. But there’s been no way to directly confirm whether a planet is indeed habitable, meaning that liquid water exists on its surface.

Across our own solar system, scientists can detect the presence of liquid oceans by observing “glints” — flashes of sunlight that reflect off liquid surfaces. These glints, or specular reflections, have been observed, for instance, on Saturn’s largest moon, Titan, which helped to confirm the moon’s large lakes.

Detecting a similar glimmer in far-off planets, however, is out of reach with current technologies. But de Wit and his colleagues realized there’s another habitable feature close to home that could be detectable in distant worlds.

“An idea came to us, by looking at what’s going on with the terrestrial planets in our own system,” Triaud says.

Venus, Earth, and Mars share similarities, in that all three are rocky and inhabit a relatively temperate region with respect to the sun. Earth is the only planet among the trio that currently hosts liquid water. And the team noted another obvious distinction: Earth has significantly less carbon dioxide in its atmosphere.

“We assume that these planets were created in a similar fashion, and if we see one planet with much less carbon now, it must have gone somewhere,” Triaud says. “The only process that could remove that much carbon from an atmosphere is a strong water cycle involving oceans of liquid water.”

Indeed, the Earth’s oceans have played a major and sustained role in absorbing carbon dioxide. Over hundreds of millions of years, the oceans have taken up a huge amount of carbon dioxide, nearly equal to the amount that persists in Venus’ atmosphere today. This planetary-scale effect has left Earth’s atmosphere significantly depleted of carbon dioxide  compared to its planetary neighbors.

“On Earth, much of the atmospheric carbon dioxide has been sequestered in seawater and solid rock over geological timescales, which has helped to regulate climate and habitability for billions of years,” says study co-author Frieder Klein.

The team reasoned that if a similar depletion of carbon dioxide were detected in a far-off planet, relative to its neighbors, this would be a reliable signal of liquid oceans and life on its surface.

“After reviewing extensively the literature of many fields from biology, to chemistry, and even carbon sequestration in the context of climate change, we believe that indeed if we detect carbon depletion, it has a good chance of being a strong sign of liquid water and/or life,” de Wit says.

A roadmap to life

In their study, the team lays out a strategy for detecting habitable planets by searching for a signature of depleted carbon dioxide. Such a search would work best for “peas-in-a-pod” systems, in which multiple terrestrial planets, all about the same size, orbit relatively close to each other, similar to our own solar system. The first step the team proposes is to confirm that the planets have atmospheres, by simply looking for the presence of carbon dioxide, which is expected to dominate most planetary atmospheres.

“Carbon dioxide is a very strong absorber in the infrared, and can be easily detected in the atmospheres of exoplanets,” de Wit explains. “A signal of carbon dioxide can then reveal the presence of exoplanet atmospheres.”

Once astronomers determine that multiple planets in a system host atmospheres, they can move on to measure their carbon dioxide content, to see whether one planet has significantly less than the others. If so, the planet is likely habitable, meaning that it hosts significant bodies of liquid water on its surface.

But habitable conditions doesn’t necessarily mean that a planet is inhabited. To see whether life might actually exist, the team proposes that astronomers look for another feature in a planet’s atmosphere: ozone.

On Earth, the researchers note that plants and some microbes contribute to drawing carbon dioxide, although not nearly as much as the oceans. Nevertheless, as part of this process, the lifeforms emit oxygen, which reacts with the sun’s photons to transform into ozone — a molecule that is far easier to detect than oxygen itself.

The researchers say that if a planet’s atmosphere shows signs of both ozone and depleted carbon dioxide, it likely is a habitable, and inhabited world.

“If we see ozone, chances are pretty high that it’s connected to carbon dioxide being consumed by life,” Triaud says. “And if it’s life, it’s glorious life. It would not be just a few bacteria. It would be a planetary-scale biomass that’s able to process a huge amount of carbon, and interact with it.”

The team estimates that NASA’s James Webb Space Telescope would be able to measure carbon dioxide, and possibly ozone, in nearby, multiplanet systems such as TRAPPIST-1 — a seven-planet system that orbits a bright star, just 40 light years from Earth.

“TRAPPIST-1 is one of only a handful of systems where we could do terrestrial atmospheric studies with JWST,” de Wit says. “Now we have a roadmap for finding habitable planets. If we all work together, paradigm-shifting discoveries could be done within the next few years.”

[unempirepourtonsourire]

Je suis un peu déçue de mon Spotify Wrapped parce qu'il représente pas trop ce que j'ai eu l'impression d'écouter cette année. Les titres préférés sont pas du tout représentatifs :( et pour mon 4eme artiste préféré bah j'écoutais en boucle en début d'année, avant le scandale, mais c'est quand même pas très pardonnable. Bref si je devais compléter :

1. Joji - Glimpse of us

Je l'ai écouté tous les soirs pendant la 1ere moitié de l'année, c'était vraiment ma chanson pour m'endormir et pour chouiner.

2. Mac Miller - 2009

Je l'écoute minimum 1 fois par jour sinon je meurt ?? Mais j'écoute sur YouTube du coup c'est pas compatibilisé :(

3. Miley Cyrus - Flowers

Pour danser danser danser danser !

4. Franck Ocean - Ivy

J'arrête pas de l'écouter depuis que j'ai lu le livre de Panayotis Pascot, c'est un gros coup de cœur musical (mdr je déteste cette expression)

5. Bon OK j'arrête là cette liste devient trop longue. Mais je devais quand même citer quelques titres chers à mon cœur et qui ont bercé mon année : Jean - Disquette , Pomme - When I c u , Zaho de Sagazan - la symphonie des eclairs, Half Alive- Did I make you up ... j'en oublie mais j'aime trop la musique quand je serais vieille je serais sourde car j'en écoute trop

[ratti-incantati]

February 1902, somewhere on the North Atlantic. Deep down beneath the mountainous waves that blot out the horizon there is only still cold darkness and the submarine - a metal maze of dripping pipes and fogged-up dials, levers rusting stuck in the damp. It was two weeks into the voyage when things started going wrong. Little accidents, inexplicable mistakes. Someone heard a noise, like tapping, soft against the hull last night. Bright paint flakes off a torpedo and underneath there is a story scratched into the metal. The Captain turns down a hallway that can’t be there, into pipes and steel and miles of ocean.

The one thing keeping you safe down here has turned into a labyrinth.

Crush Depth Apparition is an eerie survival horror stand-alone adventure zine for 3-5 players and a GM by Amanda Lee Franck. The zine includes rules for running and repairing a state-of-the-art (of 120 years ago) experimental submarine, a map of the ocean, an unnatural labyrinth, ghostly encounters, hundreds of things that can go wrong, and a crew that depends on you.

[maximuswolf]

If you could choose a song to capture the essence of each character's personality- Logan Kendall Shiv Roman Connor Tom Greg and Gerri what would it be?

If you could choose a song to capture the essence of each character's personality- Logan, Kendall, Shiv, Roman, Connor, Tom, Greg and Gerri what would it be? Succession Characters: Logan: Sympathy for the Devil - Rolling StonesKendall: Creep - Radiohead or In the End - Linkin ParkShiv: Moaning Lisa Smile - Wolf Alice or You Don't Own Me - Lesley Gore or Barracuda - HeartRoman: Super Rich Kids - Franck Ocean and Earl SweatshirtConnor: You're On Your Own Kid - Taylor Swift or The Times They Are A-Changin - Bob DylanTom: Money Money Money - ABBA or Money Power Glory - Lana Del ReyGreg: The Adults Are Talking - The Strokes or My Cousing Greg - HoundmouthGerri: Smooth Operator - Sade Submitted October 28, 2024 at 01:35PM by No_Establishment9571 https://ift.tt/bcf9DIh via /r/Music

[franckdiary]

[wmharoldjewelry]

Luxury Watches in Newport Beach, CA

Discover the best luxury watches in Newport Beach, California, where flair meets the ocean wind. Wm Harold is a lighthouse for watch enthusiasts and collectors alike. We stock Rolex, Cartier, Chanel, Audemars Piguet, Franck Muller, Chopard, Vacheron Constantin, Breitling, and Panerai, to mention a few. Whether you're looking for a traditional design or a modern masterpiece, their assortment caters to a wide range of preferences, guaranteeing that each watch suits the lifestyle of the discriminating individual. Each watch is a product of rigorous design and high-quality materials, guaranteeing that each item not only tells the time but also tells a narrative. Elevate your collection today and appreciate the elegance that Newport Beach offers.

[ahmedmurtaza26]

Luxurious Living at Frank Muller Aeternitas by London Gate

Frank Muller Aeternitas by London Gate, a collaboration between London Gate and the Swiss luxury watchmaker, has unveiled a breathtaking residential clock tower in Dubai Marina. Standing at 450 meters, it offers unsurpassed luxury and stunning ocean and metropolitan skyline views.

It embodies elegant urban living, with 1–4-bedroom apartments and luxury amenities such as a Zen Garden and private theater. Each property features interiors designed by Franck Muller, providing residents with an exceptional lifestyle experience in the heart of Dubai’s premium real estate.

Nearest Location:

• 03 MIN: Marina Mall

• 04 MIN: Montgomerie Golf Course

• 05 MIN: JBR Beach, Palm Jumeirah

• 08 MIN: Palm Jebel Ali

• 15 MIN: Dubai International Airport

• 20 MIN: EXPO City

Amenities:

• Sports Courts

• Including A Padel Court

• Yoga Studio

• Swimming Pool

• Billiards

• London Gym

Payment Plan

30/70

Starting Price:

AED 2,945,000/-

Contact Us for More Details:

Phone No: +971 52 125 8924

Email: sales@timehomesrealestate.com

Time Homes Real Estate L.L.C