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yahalife

Wellbeing Life Inspiring Short Film | Hindi - YouTube - 0 views

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    Team Yaha presents Wellbeing life inspiring short film in hindi. The short film plot is revolving around a human character. The struggle between body-mind is inspiring. Climax of this short film reveals the secret to bring body-mind balance. Check your wellbeing status with our Free Online Wellbeing Assessment Tool https://www.yahalife.com/wellbeing-assessment Wellbeing Life Inspiring short film actors: This short film is produced by Yaha Life Private Limited. The entire film shooting was done in Pondicherry. The fictional characters role played in this hindi short film wellbeing life were two enthusiastic youth Sugar and Praveen hailing from nearby villages. Wellbeing Life inspiring short film director: When the concept was created by Team Yaha the search for film maker began. We found the most inspiring and creative youth named Qudrat who is an unschooler. He has travelled across India and have made several short films. He also has a youtube channel called Aha Bandhu https://www.youtube.com/@ahabandhu The film production began in early January 2018 and was completed in 3 months duration. This short film was presented to the Ministry of Government of India. Wellbeing Life inspiring short film plot There is a fictional character who is talking to the audience. He is portraying himself as a body. However, in short time there appear another character who portrayed himself as the mind. A subtle fight begins between them which is shown in this short film with an artistic angle by the film maker Qudrat. When the fight went into its extreme there appears a third character who is known as soul. In the climax soul gives the secret to the body and the mind for bringing harmony.
Skeptical Debunker

Traces of the past: Computer algorithm able to 'read' memories - 0 views

  • To explore how such memories are recorded, the researchers showed ten volunteers three short films and asked them to memorise what they saw. The films were very simple, sharing a number of similar features - all included a woman carrying out an everyday task in a typical urban street, and each film was the same length, seven seconds long. For example, one film showed a woman drinking coffee from a paper cup in the street before discarding the cup in a litter bin; another film showed a (different) woman posting a letter. The volunteers were then asked to recall each of the films in turn whilst inside an fMRI scanner, which records brain activity by measuring changes in blood flow within the brain. A computer algorithm then studied the patterns and had to identify which film the volunteer was recalling purely by looking at the pattern of their brain activity. The results are published in the journal Current Biology. "The algorithm was able to predict correctly which of the three films the volunteer was recalling significantly above what would be expected by chance," explains Martin Chadwick, lead author of the study. "This suggests that our memories are recorded in a regular pattern." Although a whole network of brain areas support memory, the researchers focused their study on the medial temporal lobe, an area deep within the brain believed to be most heavily involved in episodic memory. It includes the hippocampus - an area which Professor Maguire and colleagues have studied extensively in the past. They found that the key areas involved in recording the memories were the hippocampus and its immediate neighbours. However, the computer algorithm performed best when analysing activity in the hippocampus itself, suggesting that this is the most important region for recording episodic memories. In particular, three areas of the hippocampus - the rear right and the front left and front right areas - seemed to be involved consistently across all participants. The rear right area had been implicated in the earlier study, further enforcing the idea that this is where spatial information is recorded. However, it is still not clear what role the front two regions play.
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    Computer programs have been able to predict which of three short films a person is thinking about, just by looking at their brain activity. The research, conducted by scientists at the Wellcome Trust Centre for Neuroimaging at UCL (University College London), provides further insight into how our memories are recorded.
Luke Bream

A beautiful film: My bike, my passion, my life - 0 views

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    This short film encompasses everything we love about cycling. The pain and glory that it gives us from shaving legs to raiding with mates. From racing eyeballs out peddaling as hard as possible to quite moments when we ride for the simple joy of it.
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