Stay updated with breaking news from Refractions. Get real-time updates on events, politics, business, and more. Visit us for reliable news and exclusive interviews.
Sooner rather than later. thank you, chris page. let s go now sooner rather than later. thank you, chris page. let s go now to - sooner rather than later. thank you, chris page. let s go now to hywel. chris page. let s go now to hywel griffith. ., ., , ., griffith. for whoever is the leader, the ultimate griffith. for whoever is the leader, the ultimate challenge griffith. for whoever is the leader, the ultimate challenge in - griffith. for whoever is the leader, the ultimate challenge in wales i griffith. for whoever is the leader, the ultimate challenge in wales is| the ultimate challenge in wales is to hold the ultimate challenge in wales is to hold onto all the seats that turned to hold onto all the seats that turned from red to blue in the last general turned from red to blue in the last general election in 2019. boris johnson general election in 2019. boris johnson persuaded lots of first time tories, johnson persuaded lots of first time tories, he johnson persuad ....
Discovering refractions of shared vision of elemental power Karachi December 27, 2020 The Koel Gallery has brought together artists from Scotland and Pakistan to discover in their work the refractions of a shared and evocative vision of the elemental power, rhythm and continuity of natural forces. The participants of the exhibition titled ‘Landscape of Memory’ are Ade Adesina, Farrukh Adnan, Naiza Khan, Marian Leven, Zara Mahmood, Michele Marcoux, Oliver Reed, Usman Saeed, Gill Tyson and Sohail Zuberi. Curated by Sana Bilgrami and Maliha Peracha, the show is running at the gallery until December 29. According to the Koel Gallery, this exhibition reveals how borders can be surpassed through the language of mark-making, and how artworks can speak to each other by embracing, subverting and transcending histories. The artists explore the complex and fragile ecological relationships between nature and humanity. ....
Square miles. right. you ve got about 24 well, about 18 square miles this way. right. between these pings. the first ping they got was a two-hour journey here. so for two hours they were within somehow within that that reach of the pinger. these others are what i m going to call outliers. why is there such a discrepancy, if you will, in the duration of the time? you think this is the most reliable, the two hours plus. without a doubt. then what happened here? what happened down here is they re trying to rule out other areas because they re trying to say is this a false positive or is it real? and so they ran this. then they said, let s verify it. let s move around in this big 25-mile radius and see what else is going on in here. they picked this up. these are probably, most probably, reflections or refractions off that temperature layer that we talked about. there s a temperature layer so ....
In this particular occasion, it would be harder to confuse what we have seen on satellite. if we go to the next picture, with potential confusion such as freighters, containers, refractions, everything else. last question, because we have these robots. we understand the depths of areas of the indian ocean go way down. very difficult to find. there are robots that we re sending down into the bottom of the ocean, very long process, and you re talking about a lot of square miles we re covering. tell us about how that process is going to move forward. this is key. we hear this analogy of finding the needle in the haystack. we have not found the haystack yet. and these robots will be key. once we find the haystack, which is this potential debris field. pinpoint the coordinates. get a good idea of where the debris is, all these robots can then go in and start looking for the debris on the surface. remember, if we go back to air ....
In this particular occasion, it would be harder to confuse what we have seen on satellite. if we go to the next picture, with potential confusion such as freighters, containers, refractions, everything else. last question, because we have these robots. we understand the depths of areas of the indian ocean go way down. very difficult to find. there are robots that we re sending down into the bottom of the ocean, very long process, and you re talking about a lot of square miles we re covering. tell us about how that process is going to move forward. this is key. we hear this analogy of finding the needle in the haystack. we have not found the haystack yet. and these robots will be key. once we find the haystack, which is this potential debris field. pinpoint the coordinates. get a good idea of where the debris is, all these robots can then go in and start looking for the debris on the surface. remember, if we go back to air france 447, we knew where it ....