WILMINGTON, MA — Wilmington High School’s Strings, Chorus and Soundscape Acapella group, along with the 8th grade Chorus, held its Winter Concert on Thursday, December 6, 2018 in the Wilmington High School Auditorium.Wilmington Community Television was on hand to cover the concert. Watch it below:—Video Playerhttps://objects-us-east-1.dream.io/wilmington/f/2/7/9/1/8/f279182a-1fc2-417f-b8b7-ab3752a2a8121544205967.316%2B48988666.360%40castus4-wilmington%2B15442098141544208053979219.vod.720p.8th%20Grade-HS%20Chorus%2C%20Soundscape%2C%20HS%20Strings.mp4Media error: Format(s) not supported or source(s) not foundmejs.download-file: https://objects-us-east-1.dream.io/wilmington/f/2/7/9/1/8/f279182a-1fc2-417f-b8b7-ab3752a2a8121544205967.316%2B48988666.360%40castus4-wilmington%2B15442098141544208053979219.vod.720p.8th%20Grade-HS%20Chorus%2C%20Soundscape%2C%20HS%20Strings.mp4?_=100:0000:0000:00Use Up/Down Arrow keys to increase or decrease volume.—Like Wilmington Apple on Facebook. Follow Wilmington Apple on Twitter. Follow Wilmington Apple on Instagram. Subscribe to Wilmington Apple’s daily email newsletter HERE. Got a comment, question, photo, press release, or news tip? Email email@example.com.Thank You To Our Sponsor:Share this:TwitterFacebookLike this:Like Loading… RelatedVIDEO: Watch 2019 Wilmington Spring Chorus FestivalIn “Videos”VIDEO: Watch Concert with 7th & 8th Grade Strings & Chorus, WHS Chorus & SoundscapeIn “Videos”VIDEO: Watch 2018 Wilmington Spring Choral ConcertIn “Videos”
Anushka Shetty.PR HandoutThe fans of Anushka Shetty have been sending ‘get well soon’ messages to her following the reports which claimed that she suffered an injury on the sets of her Sye Raa Narasimha Reddy, but the actress has responded to it by stating that she is fit and fine.”I am hale, healthy and happy shooting in Seattle Love You All,” the actress wrote on her Instagram account to clarify the rumours. Anushka Shetty is working on her other project Silence, which stars Madhavan.Prior to her formal clarification, reports stated that she has informed her associates to clarify the rumours and a WhatsApp conversation apparently with the director and the actress had surfaced online.Although there is no authenticity on the purported screen shot of the conversation, her online fans club are sharing it on social media sites. Now its officially confirmed ?Thanks @hemchandINC anna for sharing this ?❤Now Dear Media’s Please Stop this rumor #Sweety is absolutely fine officially confirmed by (Her) #AnushkaShetty ?❤ pic.twitter.com/fVo0sqquSf— Anushka Shetty™ (@TeamAnushkaFC) June 26, 2019Earlier, there were reports that Anushka Shetty got her leg fractured after suffering the injury during the shooting of Mega Star Chiranjeevi’s Sye Raa Narasimha Reddy. She was taking treatment and had maintained secrecy over the development, reports said.Indeed, some reports had claimed that Anushka Shetty was in bed rest and not attending the shooting of Silence. This came as a worrying piece of news to fans, who prayed for her quick recovery.Anushka Shetty, who is the rumoured girlfriend of Prabhas, will be seen as an NRI businesswoman. As per the rumours, she is a deaf and dumb in the multilingual flick. Hemant Madhukar of 125 KM and Vastadu Naa Raju fame is directing the film which is funded by People Media Factory.
A team of researchers at IBM has developed a new way to measure the magnetic field of individual atoms that offers 1000 times the energy resolution of conventional techniques. In their paper published in the journal Nature Nanotechnology, the team describes their approach, how well it works and their hope that they will be able to modify it in such a way as to allow others with less specialized hardware to use it. Explore further Journal information: Nature Nanotechnology Scientists are eager to better measure the magnetic fields of individual atoms because they believe it will lead to a better understanding of material and biological interactions—most particularly those involving weak magnetic interactions. Current methods rely on using defects in diamonds, though the team at IBM notes that prior work at their lab shows that it is possible to measure weak interactions in another way, an approach described as challenging. In this new effort, the team has come up with a way to get the job done that is relatively simple, though, they note, it requires special hardware.In the new approach, an atom called a sensor is placed near a target atom inside of a scanning tunneling microscope—a magnetic field is then applied to the microscope followed by a jolt of electricity to the tunnel junction. From there on, the frequency of the atom is monitored—when it matches the spin of the precess (the axis of rotation around a magnetic field that reflects its degree of magnetism), it reveals the measure of the magnetic field. The change in orientation is measured by moving the sensor atom to the microscope’s sensor tip.The researchers found their approach to be far more accurate and easier to read than other methods, pointing out that the signal they got from the technique was both stronger and more robust. They note also that few other labs likely have the combination of equipment (such as the high frequency cabling added to the microscope) required to replicate their technique, so they plan to continue the work in hopes of achieving the same results under more relaxed conditions. © 2017 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. Credit: CC0 Public Domain Citation: New microscope technique offers a better way to measure magnetic field of individual atoms (2017, March 7) retrieved 18 August 2019 from https://phys.org/news/2017-03-microscope-technique-magnetic-field-individual.html Ultrasensitive magnetometer proposed based on compass needle More information: Taeyoung Choi et al. Atomic-scale sensing of the magnetic dipolar field from single atoms, Nature Nanotechnology (2017). DOI: 10.1038/nnano.2017.18