As well as co-creating Beyond’s Pooch Perfect for BBC One, ABC in the US and Seven Network in Australia, he has created/co-created Home is Where the Art Is (BBC One), Secret Location (Channel Four), Show Me the Monet (BBC One), Driving Academy (CBBC), Word Play (Channel 5) and Food Chain (LA7, Italy).īefore joining Beyond in 2021, Hamo was using his considerable skills in factual programming as showrunner/executive producer for Wall to Wall on Apple TV’s landmark series Becoming You. He then set up and ran his own company, Lucky Day Productions, as part of the Zodiak Media Group.ĭamon returned to the BBC in 2016, joining the board of BBC Studios as Director of Development, ahead of taking the additional role of Head of Entertainment, North, where he oversaw long-running series such as Dragon’s Den, Mastermind and Question of Sport. He left for the independent sector in 1996 and spent 20 years in companies including Hat Trick, Keo Films and CPL (where he created You Are What You Eat and produced Who Wants to be a Millionaire during the ‘cheating Major’ episodes). Michael is a graduate of the Newhouse School of Public Communications at Syracuse University, where he now serves as an adjunct professor.ĭamon’s impressive career in entertainment started at the BBC in 1994, working on high-profile shows such as The Generation Game, Noel’s House Party and Pets Win Prizes. He has also served as SVP of development and branded content at Ryan Seacrest Productions, where he managed the company’s partnership with Procter & Gamble, and as SVP of development at NorthSouth Productions, where he ran the company’s West Coast office. Prior to joining Beyond, Michael was best known for having created and executive produced Food Network’s hit cooking series Chopped.
Today, Michael oversees an impressive and wide-ranging slate of projects in development for the networks, as well as managing Beyond’s US brand partnerships, which include creating series for The Hershey Company and Walmart. Working closely with both US broadcasters and Beyond Productions in Australia, he has since developed and produced a wide range of programming including HGTV’s 50K Three Ways, Fuse’s award-winning Hip Hop Houdini, and Food Network’s Holiday Gingerbread Showdown. Michael joined Beyond in 2013 to head up its Los Angeles-based office. His impressive range of credits cover over 1,500 hours of programming for cable and network broadcasters in Australia and the rest of the world and include the Primetime Emmy-nominated MythBusters(Discovery), MythBusters Junior (Science Channel), Taboo (NGC), Deadly Women (ID), My Lottery Dream Home(HGTV) White Rabbit Project (Netflix) and Curse of Akakor(Facebook Watch). As president of Beyond Productions since 2000, John has overseen the development, marketing and production of all Beyond Productions’ programming based in Sydney, Los Angeles and recently, the UK. After executive producing a number of other successful series for the company, including Just for the Record and Invention, John was appointed head of production. This latter experience led him to Beyond to produce the pioneering, award-winning science series Beyond 2000. In his early career he worked as both a producer and director at the Australian Broadcasting Corporation with credits covering children’s programming, documentaries, live outside broadcasts and a science magazine show.
#Beyond contact number tv#
The visibility of the image in both cases isġ.As a graduate of the Australian Film and Television School, a career in TV was always on the cards for John. If the $N$-photon detector is a bucketĭetector, the image is incoherent. For the case that the $N$-photon number detector is a pointĭetector, a coherent image is obtained. Give an improvement in resolution by a factor of $N$ compared to using aĬlassical source. Using the Rayleigh criterion, we find that the system may We discuss the case of three photons in various configurations and
Measured in coincidence with the non-degenerate photon giving rise to a ghost The signal from the $N$ photon detector is The $N$ degenerate photons illuminate an object and areĬollected by an $N$ photon detector.
#Beyond contact number pdf#
Download a PDF of the paper titled Spatial Resolution Enhancement in Quantum Imaging beyond the Diffraction Limit Using Entangled Photon-Number State, by Jianming Wen and 2 other authors Download PDF Abstract: In this paper we study the resolution of images illuminated by sourcesĬomposed of $N+1$ photons in which one non-degenerate photon is entangled with
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