Michael Douglas‘ remarkable career commenced in the late 1960s with appearances in a variety of television shows and films. His breakthrough came with his portrayal of Inspector Steve Keller in the acclaimed ’70s TV series The Streets of San Francisco. However‚ it was his iconic performance as the ruthless corporate raider Gordon Gekko in the 1987 film Wall Street that propelled him to superstardom‚ earning him an Academy Award for Best Actor. Beyond his professional achievements‚ Douglas is also a devoted father to his three children‚ Cameron‚ from his first marriage to actress Diandra Luker‚ and Dylan and Carys‚ from his union with Catherine Zeta-Jones in 2000. In a recent interview‚ the 79-year-old actor reminisced on the challenges and joys of embracing fatherhood later in life‚ shedding light on the unique experiences and insights that come with the journey. Micheal Douglas was mistaken for his kid’s grandparent Instagram In a candid interview with The Telegraph‚ the esteemed Academy Award winner detailed a charming‚ yet slightly embarrassing incident that occurred during a visit to his child’s college for Parents’ Day. RELATED: Michael Douglas Talks About Recent Change In His Appearance Douglas recounted how he found himself in an awkward situation when someone mistook him for his child’s grandfather during the event. “This is not grandfather’s day‚ this is parents’ day. I say‚ ‘I am a parent&;#33;’” he told the news outlet. “That was a rough one.” Instagram The 79-year-old expressed that as his children have grown into adults‚ he finds it challenging to match their pace in everyday activities.  “I’m just sliding by just now. I’ve reached the point in terms of skiing and a couple of other activities that I’m no longer able to keep up with them on any basis‚” Douglas admitted.”But it’s nice having somebody look after you and say‚ ‘You okay dad&;#63;’” Instagram Douglas also conveyed his heartfelt appreciation towards his wife and children‚ acknowledging them as his source of joy. “I have to thank my kids‚ Dylan and Carys. They’re just extraordinary beings. I probably certainly have to thank their mum and Catherine. They’ve just been a joy. We’ve had no issues per se. Had a lovely‚ lovely life together. Dylan is completely out of school now‚ and Carys has got one more year of college‚” he confessed. “But they brought both Catherine and I just a tremendous amount of joy.” Click for next Article The post Michael Douglas Opens Up About Being Mistaken For His Kid’s Grandparent At College Parents’ Day appeared first on DoYouRemember&;#63; - The Home of Nostalgia. Author‚ Peace A

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It's not just surface-level.

Astronomers taking a closer look at Uranus believe it could be filled with a lot more methane than we previously thought.Uranus and Neptune are often referred to as ice giants‚ with scientists believing that they are mostly made up of &;quot;icy&;quot; materials such as water‚ methane‚ and ammonia‚ surrounding a hot‚ rocky core. One of the reasons why astrophysicists believe this is the case is because the region they formed in would likely have been abundant in the necessary components‚ hence the expectation of a lot of water and ice.&;quot;The first models of Uranus and Neptune were constructed based on the premise that they were formed in the outer parts of a primitive proto-planetary nebula‚ where the elemental abundances were considered solar‚&;quot; the new paper‚ which has not yet been peer-reviewed‚ explains. &;quot;Thus‚ assuming chemical equilibrium‚ early studies used calculations of the expected relative molecular abundances to gauge the potential composition of the planets that formed in this region.&;quot;Uranus has not had a whole lot of love from NASA and has been visited by a probe‚ Voyager 2‚ only once. That same probe then journeyed on to Neptune‚ providing much better observations of the planets than ground and space telescopes near Earth allow. When the models of Uranus and Neptune were compared to our limited observations of the planets‚ they were found to be consistent with what we saw close(r) up.While this might sound like case closed on the composition of the planets‚ there was still a bit of an astronomical mystery to solve. Objects in the Kuiper belt are rich in organic-rich refractory materials‚ and are relatively water-poor‚ suggesting that the planets should contain more refractory materials than ice-forming materials. So why do earlier models fit with what we observe&;#63; According to the team‚ there can only be two options: Ice-poor building blocks can lead through some processes to an ice-rich planet‚ or a new model is needed‚ with the planets having a rockier interior than we thought.The team generated hundreds of thousands of models of the planets‚ varying the chemical compositions in the initial conditions until planets similar in mass and structure to Uranus and Neptune emerged. They found that the models which fit best had an interior containing at least 10 percent methane‚ and over 20 percent in models that also have a large water/rock mass fraction. In these models‚ methane may be more abundant than water in the planets' interiors.&;quot;This is a difficulty because CH4 is certainly not that prevalent in the contemporary solar system‚ and is normally a very small fraction compared to water‚&;quot; the team wrote. &;quot;We suggest that organic-rich refractories are sufficiently abundant in outer solar system planetesimals to drive chemical reactions in the atmospheres of Uranus and Neptune‚ which‚ during the phase of planet growth‚ may produce the required methane.&;quot;The thick methane layer likely formed in chemical reactions that took place as carbon-rich planetesimals collided with the growing planet‚ and the carbon reacted under intense heat and pressure with hydrogen. The model would go some way to explaining how an ice-rich planet formed in an area of our solar system filled with water-poor objects. While these models may fit‚ we need more observations of the giants to learn about their composition. In short‚ we're going to need to take a closer look at Uranus.The paper is posted on arXiv.

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