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Pocket Casts was created by independent Australian mobile app developer Shifty Jelly, founded by Russell Ivanovic and Philip Simpson. [2] Previously working as enterprise Java developers, Ivanovic and Simpson switched to mobile app development with the announcement of Apple's App Store, starting by creating a weather forecast app. [3] With Nathan Swan and Simon Sams working as designers, [4 ...
Arment was also the Chief Technology Officer of Tumblr and founder of Instapaper [3] before founding Overcast, and he had created his own podcasts before launching the app. [4] In March 2023, Arment told The Vergecast how he built and maintains Overcast by himself, and that he uses ad banners promoting podcasts to cover the costs of the free app. [5]
Pocket Casts has been listed as one of the Engineering and technology good articles under the good article criteria. If you can improve it further, please do so . If it no longer meets these criteria, you can reassess it.
Overcast or overcast weather, as defined by the World Meteorological Organization, is the meteorological condition of clouds obscuring at least 95% of the sky. [1] However, the total cloud cover must not be entirely due to obscuring phenomena near the surface, such as fog .
A preon star is a proposed type of compact star made of preons, a group of hypothetical subatomic particles. Preon stars would be expected to have huge densities , exceeding 10 23 kg/m 3 . They may have greater densities than quark stars, and they would be heavier but smaller than white dwarfs and neutron stars. [ 6 ]
Below there are lists the nearest stars separated by spectral type. The scope of the list is still restricted to the main sequence spectral types: M , K , F , G , A , B and O . It may be later expanded to other types, such as S , D or C .
Despite the fact the cast is full of stars who are household names, they were still pretty spot-on to their real-life counterparts. Here, see how the cast of Oppenheimer compares to the real-life ...
Main-sequence stars vary in surface temperature from approximately 2,000 to 50,000 K, whereas more-evolved stars – in particular, newly-formed white dwarfs – can have surface temperatures above 100,000 K. [3] Physically, the classes indicate the temperature of the star's atmosphere and are normally listed from hottest to coldest.