Mother filing complaint against RCMP officer for allegedly punching her son at

first_imgLucy ScholeyAPTN NewsThe mother of a 15-year-old boy is filing a complaint to the RCMP after watching a video of her son allegedly getting punched in the head by an officer during an arrest at the Melfort Fair in Saskatchewan.APTN News was sent a copy of a video, which appears to show an officer walking over to the teen, who’s lying on the ground underneath a set of bleachers, before swinging at his head twice.On Monday, RCMP released a statement saying the 15-year-old boy from Tisdale, Sask. was arrested at the Melfort Fair on July 20 for wielding a fake firearm.The teen cannot be named under the Youth Criminal Justice Act. According to the release, an “altercation” took place between the teen and three “females.”The 15-year-old was arrested and charged with several offences, including pointing a firearm, possessing a weapon for dangerous purpose and breach of probation. There were no shots fired and no injuries reported.But the teen’s mother, who also cannot be named as it could identify the teen, said the boy “had a large red mark on his forehead from where the police officer punched him,” plus injuries from a fight with a girl.She said her son was defending himself after the girl confronted him. Someone else showed up with a pellet gun and her son “took it from him.”“Then the RCMP and other news made it sound as though my son was there to shoot up the exhibition,” she said.The RCMP phoned her and she spoke with her son, who informed her that a police officer punched him.“And then to actually see it on video made me sick to my stomach and the tears rolled down my face,” she said.The original video is about a minute and a half long, but APTN trimmed it down to 15 seconds because the rest does not show much more of the arrest.Her son was taken into custody and appeared in court on Monday.According to a statement sent to APTN by the RCMP, the officers were dealing with a “significant public threat.”“The situation was highly-fluid and the firearm had not yet been located,” the statement said. “Because the subject refused to comply with officers’ instructions, a determination was made to immediately effect an arrest utilizing an appropriate level of force to ensure public and officer safety.”“As is the case with any such incidents, a Subject Behaviour/Officer Response (SB/OR) report is required. It will be reviewed internally to determine if the level of force used was appropriate.”The mother said she has also filed a complaint against the officer in question with the Civilian Review and Complaints Commission for the RCMP.She said her son has had previous run-ins with the law, but that he has struggled with ADHD and had been seeking counselling.“And all I want is the best for my son and to help him get better. He needs the help.”lscholey@aptn.calast_img read more

Federated Media Launching Native and Programmatic Ad Service Blend

first_imgWhen publishers latch onto something, they tend to take all the way. With content, it’s publish anywhere, anytime. And on the digital advertising front, where the two big trends of native and programmatic have emerged, publishers of course want to do both.In most cases, however, publishers are building two ends of the spectrum. You want programmatic ad buying opportunities? No problem, we have that over here. Native? Sure, talk to this group here. But Federated Media Publishing, a network of independent sites across several verticals, is rolling out a new service that takes the data-based and automated characteristics of programmatic and combines them with the custom, content marketing aspects of native. Earlier in August Federated Media Publishing CEO John Battelle blogged about the new service, tentatively called Content Reachtargeting. “But storytelling alone isn’t enough to get the job done,” says Battelle, referring to the brand-side “storytelling” strategies. “As an industry we need a platform that allows us to distribute those stories to just the right people, at just the right time, in just the right context.”Battelle wants to add the direct marketing capabilities of programmatic to native, and noted Facebook and Twitter were having some success with this concept, but only within their “walled gardens,” as he called them. “What about the rest of the Internet?” he asked.Federated Media’s acquisition of Lijit back in October 2011 kicked off the development potential of a native/programmatic service offering. The service is still in development, Battelle tells FOLIO:, but Advertising Week will be where it’s debuted. “I could be one of 100 people saying the same thing in September,” he says.”Our thesis in 2011 was that the two [programmatic and native] will connect and the market will demand it,” he continues. “They’ll want to do content marketing, but they’ll want to do it at scale.”In execution, says Battelle, the service would initially be a twist on retargeting and use standard IAB units. A visitor lands on a page and gets pixeled. On that page is a native-programmatic ad unit. As the reader travels to other publisher sites, that ad unit follows, but a different version is served. Battelle says they’ve been experimenting with the concept within the Federated Media network of sites and readers have been clicking on the ads. “We have noticed a significant increase in rates,” he says.last_img read more

Japanese astronomers discover gas giant planets orbiting evolved stars

first_img Explore further Thanks to the radial velocity (RV) technique, over 600 exoplanets have been detected so far, but the number of known RV planets orbiting evolved stars is still small. Filling this gap is needed in order to provide more comprehensive image of the variety of extrasolar planetary systems.One astronomical survey, which has the potential of improving our knowledge about planets orbiting evolved hosts, is the Okayama Planet Search Program. Recently, a team of Japanese astronomers, led by Takuya Takarada of the Tokyo Institute of Technology, has reported the finding of three such exoplanets of this category, by conducting RV measurements at the Okayama Astrophysical Observatory (OAO) in Japan.”We here report two new planetary systems around evolved stars: 24 Boo and γ Lib. This result is based on RV measurements performed at OAO with the 1.88-m reflector and HIDES,” the researchers wrote in the paper.24 Booties (24 Boo for short) is a star of spectral type G3IV, similar in mass to our sun, but almost 11 times larger. Takarada’s team found that this star is orbited by a gas giant planet, which received designation 24 Boo b, every 30.35 days at a distance of about 0.19 AU from the host. The researchers estimate that the minimum mass of the newly found planet is 0.91 Jupiter masses.Gamma Librae, or γ Lib, is around 11 times larger than the sun, has a mass of approximately 1.47 solar masses, and is of spectral type K0III. The astronomers discovered that this star hosts two gas giant planets—γ Lib b and γ Lib c, with minimum masses of 1.02 and 4.58 Jupiter masses respectively. Located about 1.24 AU from the parent star, γ Lib b needs about 415 days to fully orbit its host, while γ Lib c has an orbital period of nearly 965 days as it is separated from the star by approximately 2.17 AU.Notably, both 24 Boo and γ Lib have low metallicities (-0.77 and -0.30 respectively) among the giant stars hosting planetary companions.In concluding remarks, the astronomers emphasize what makes their discovery unique. They note that the planet 24 Boo b has the shortest orbital period ever found around evolved stars with a stellar radius larger than 10 solar radii. Furthermore, γ Lib turns out to have the second lowest metallicity among the giant stars with multiple planetary systems. The researchers also add that the orbital period of γ Lib c is about 2.33 longer than γ Lib b, noting that such ratio is rare among planetary systems around giant and dwarf stars. Using radial velocity method a group of Japanese astronomers has found that two evolved stars, namely 24 Booties and Gamma Librae, are orbited by gas giant planets. They discovered that 24 Booties hosts one planet, while Gamma Librae is circled by two alien worlds. The finding is detailed in a paper published April 11 on arXiv.org. Top: The observed RVs and the best-fit single Keplerian curve for 24 Boo. The horizontal axis is the orbital phase. The derived stellar jitter is also included in the error bar. Red circles and green triangles are data taken with slit- and fiber-mode, respectively. Bottom: The RV residuals to the orbital fitting. Credit: Takarada et al. 2018. Citation: Japanese astronomers discover gas giant planets orbiting evolved stars (2018, April 16) retrieved 18 August 2019 from https://phys.org/news/2018-04-japanese-astronomers-gas-giant-planets.html Four new ‘hot Jupiter’ exoplanets discovered More information: Planets around the evolved stars 24 Booties and γ Libra: A 30d-period planet and a double giant-planet system in possible 7:3 MMR, arxiv.org/abs/1804.04008AbstractWe report the detection of planets around two evolved giant stars from radial velocity measurements at Okayama Astrophysical observatory. 24 Boo (G3IV) has a mass of 0.99M⊙, a radius of 10.64R⊙, and a metallicity of [Fe/H]=−0.77. The star hosts one planet with a minimum mass of 0.91MJup and an orbital period of 30.35d. The planet has one of the shortest orbital periods among those ever found around evolved stars by radial-veloocity methods. The stellar radial velocities show additional periodicity with 150d, which are probably attributed to stellar activity. The star is one of the lowest-metallicity stars orbited by planets currently known. γ Lib (K0III) is also a metal-poor giant with a mass of 1.47M⊙, a radius of 11.1R⊙, and [Fe/H]=−0.30. The star hosts two planets with minimum masses of 1.02MJup and 4.58MJup, and periods of 415d and 964d, respectively. The star has the second lowest metallicity among the giant stars hosting more than two planets. Dynamical stability analysis for the γ Lib system sets a minimum orbital inclination angle to be about 70∘ and suggests that the planets are in 7:3 mean-motion resonance, though the current best-fitted orbits to the radial-velocity data are not totally regular. © 2018 Phys.org This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only.last_img read more

Influential students can help reduce bullying

first_imgEngaging students who have considerable influence over their peers can lead up to 30 per cent reduction in bullying incidents in schools, says a new study.“We think the best way to change social norms is to have these student influencers speak in their own voices. Encouraging their messages to bubble up from the bottom using a grassroots approach can be very powerful,” said lead author Elizabeth Paluck from Princeton University in New Jersey, US.The researchers engaged groups of influential students in 56 New Jersey middle schools to spread messages about the dangers of bullying and school conflict. Also Read – ‘Playing Jojo was emotionally exhausting’Using messaging platforms such as Instagram, print posters and colourful wristbands, the selected students were encouraged to discuss in their own voices positive ways to handle conflict, using terms with which their peers could identify. The research team wanted to test whether certain students, who they label “social referents” or social influencers, have an outsized influence over school climate or the social norms and behavioural patterns in their schools. Also Read – Leslie doing new comedy special with NetflixThese social referents were not necessarily the most popular kids school-wide, but rather students who demonstrate influence within their smaller peer group. All activities were designed to test whether, by making their anti-conflict stance well known, these social influencers could shape their peers’ behaviours and social norms.The study was published in the journal of Proceedings of the National Academy of Sciences (PNAS).last_img read more