WILMINGTON, MA — The Wilmington Farmers Market will be open this Sunday, July 22, 2018, from 10am to 1pm, on the Swain Green, across from the Town Common, at 140 Middlesex Avenue.July 22 Farmers Market Lineup:Vendors:Arrowhead FarmBeads By BarbaraDeano’s PastaEmmett’s EdiblesEJ’s Fresh Grab & GoGaouette FarmHoney Pot Maple FarmKitteredge CandlesMagic of Yarrow BalloonsPolish Prince PerogiesPurple Carrot BreadRed Antler Apothecary Seafood ExpressSusan Anton LMTAdditional Pet-Themed Attractions:Andy Winther Dog Training featuring Dog Tricks & Demonstrations from 11am to 11:30amAsk Questions of Best Pets VeterinaryVisit the Billerica Cat Care Coalition at the Community TableMake a bird at the Kids TentMusic from John Lorentz & Anne SanstromLike 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.Share this:TwitterFacebookLike this:Like Loading… RelatedWhat To Expect At The Wilmington Farmers Market On July 21In “Community”What To Expect At The Wilmington Farmers Market On August 11In “Community”What To Expect At The Wilmington Farmers Market On July 28In “Community”
WOBURN, MA — Eileen C. (Gregoire) Marsan, 77, of Woburn, MA, passed away peacefully on January 22, 2019 at High Pointe Hospice in Haverhill, MA after a lengthy illness.Eileen was born January 28, 1941 in Malden, MA to the late Narcisse and Marion Gregoire and was raised in Everett, MA. She was a graduate of Cheverus High School in Malden and Bentley College in Waltham. She was a long-time resident of Woburn where she raised her family. Eileen had an entrepreneurial spirit where she held both a real estate license and owned a tax practice where, for many years, she provided tax preparation, tax planning, and personal financial planning services to her clients as an IRS registered tax preparer. Additionally, she cared for the less fortunate and had previously worked for the Boston Housing Authority where she helped obtain funding to rebuild homes in various Boston neighborhoods.Eileen was a long-time parishioner at the Trinity Episcopal Church in Woburn where, among things, she was a Sunday school teacher for many years. Eileen also volunteered as Girl Scout leader in Wilmington for four years. Eileen was a loving and caring person, never seeking attention, whose lasting legacy was the wide range of people in her life she touched.She is survived by her son, Paul Marsan, of Woburn and granddaughter, Jacy Higgins, of Braintree, MA. She’s also survived by her brother Neil Gregoire Sr. and his wife Laurie of Arizona, her ‘adopted’ son, Mark Donovan, and her step children: Jennifer, Jill, Michael and Sean, and other family members and friends. She was the mother of the late Jeannette Marsan and sister of the late Jean Conte.We would like to give special thanks to the staff at High Pointe Hospice for all their care and support to Eileen and her family.A memorial service to celebrate Eileen’s life is pending, and will be announced later.(NOTE: The above obituary is from Arthur Graham Funeral Home.)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 firstname.lastname@example.org. Share this:TwitterFacebookLike this:Like Loading… RelatedOBITUARY: Paul L. D’Eon, 83In “Obituaries”OBITUARY: Eileen Quirke Neville, 91In “Obituaries”OBITUARY: Deborah A. Clark, 66In “Obituaries”
BEML, the state-run public sector undertaking under the ministry of defence, informed stock exchanges on Friday that the government has decided to offload 26 percent stake in the company, bringing the shareholding down to 28 percent.Read: Govt to divest stake in BEML, Pawan Hans, Hindustan Newsprint, other PSUsThe Indian government currently holds 54.03 percent in the Bengaluru-based company that makes metro coaches, mining and construction equipment and defence products (Tatra vehicles used by Indian Army).”We hereby inform that the government of India, ministry of defence, has communicated ‘in-principle’ of the Cabinet Committee on Economic Affairs (CCEA) of the government of India for strategic disinvestment of 26 percent equity shares in BEML Limited…,” the company said in a regulatory filing to the BSE on Friday.The BEML stock closed at Rs 993 on Friday on the BSE, down 0.62 percent from its previous close. The stake sale is expected to realise about Rs 1,000 crore for the government. The BSE Sensex closed 119 points lower at 26,759.For the financial year 2015-16, the company’s sales stood at Rs 3,426 crore while the order book position as of November 30 2016 was Rs 7,261 crore.Mutual Funds hold 18.64 percent while retail shareholding is about 10 percent in BEML.The disinvestment proceeds for the current fiscal stood at Rs 23,528 crore as against the target of Rs 56,500 crore comprising strategic stake sale of Rs 20,500 crore and Rs 36,000 crore disinvestment in central public sector enterprises (CPSEs).”During the current financial year 2016-17, the Government has so far realized Rs.23528.73 crore, which include Rs.21,432.38 crore through minority stake sale in 14 CPSEs and Rs. 2096.35 crore through strategic disinvestment. The total realization of Rs. 21,432.38 crore, by end-November 2016 through CPSEs’ disinvestment receipts, constitutes around 59.53 per cent of the Budgeted Target of Rs. 36,000 crore (CPSEs’ disinvestment),” the finance ministry said in an update on Tuesday (January 3 2017).
MoviePass CEO Mitch Lowe said he misspoke at a recent industry conference in describing the kinds of data the company tracks on its users — and he emphasized that the startup will always allow customers to opt in to location-based marketing offers in the future.Last week, MoviePass removed a feature from its iOS app that would have let the company continuously track the location of customers. That came after Lowe’s comments at an entertainment finance conference in L.A. the week prior boasting about the wealth of personal data MoviePass aggregates on customers.“We get an enormous amount of information,” he said March 2 at Winston Baker’s Entertainment Finance Forum. The MoviePass app tracks users “in your GPS by the phone… so we watch how you drive from home to the movies. We watch where you go afterwards, and so we know the movies you watch. We know all about you. We don’t sell that data. What we do is we use that data to market film.” Meanwhile, the startup has encountered resistance from some theater chains, including AMC Theatres. MoviePass says its service is now accepted at more than 91% of theaters across the U.S.After initially launching the service starting at $30 per month, MoviePass cut its monthly pricing to $9.95 last summer. Then in February, it introduced a plan that works out to $7.95 per month (for customers who pay $115.35 for one year, which includes a $19.95 processing fee). MoviePass subscribers may see up to one movie per day at participating theaters, with certain restrictions.According to MoviePass, the company currently buys around 6% of all domestic movie tickets. Lowe predicts it will be buying around 20% of all tickets by the end of this year.MoviePass sold a majority ownership stake to data firm Helios and Matheson Analytics for $27 million last summer. Other investors in the New York-based company have included Lowe, True Ventures, NALA Investments, WME, and former Facebook chief privacy officer Chris Kelly. In an interview with Variety on Monday, Lowe said he was mistaken about what data the MoviePass app actually collected. “I said something completely inaccurate as far as what we are doing,” he said. “We only locate customers when they use the app.”He added, “If you get in your car and drive five miles, we don’t know where you are or where you are going.”The MoviePass app checks the location of a user only on two different occasions, according to Lowe: when they’re checking for a participating theater in their area and when they check in to a theater (to verify their credit card).MoviePass made the update to the iOS app in consultation with Apple. Previously, the app gave users Apple’s three standard privacy options: never track; track when using the app; and always track. Lowe said the app never activated the “track all the time” capability. “We never used it, and it was confusing to have it there,” Lowe said.In the future, MoviePass envisions building out “this whole ‘night at the movies,’” to give customers recommendations of what to do before or after seeing a movie — for example, getting a special offer from a nearby restaurant. “When we do that, if we do that, we’ll send a request to each customer to let them opt in or opt out,” Lowe said.As far as the information MoviePass shares with exhibitors and studios, Lowe said that data is completely anonymized. “There’s never any personal information” shared with partners, he said. “We never reveal any information that will let them know who bought what.”According to Lowe, about “half a dozen” customers said they canceled their service over the privacy concerns. “It’s not a huge number,” he said.MoviePass currently has about 2 million subscribers, and Lowe has predicted that it will top 5 million by the end of 2018. But many industry observers are skeptical that MoviePass’ model is sustainable — given that the New York-based startup subsidizes moviegoing at a substantial loss.The company’s plan has been to generate additional revenue by sharing customer-viewing data it collects in deals with studios, exhibitors and other potential partners. Popular on Variety ×Actors Reveal Their Favorite Disney PrincessesSeveral actors, like Daisy Ridley, Awkwafina, Jeff Goldblum and Gina Rodriguez, reveal their favorite Disney princesses. Rapunzel, Mulan, Ariel,Tiana, Sleeping Beauty and Jasmine all got some love from the Disney stars.More VideosVolume 0%Press shift question mark to access a list of keyboard shortcutsKeyboard Shortcutsplay/pauseincrease volumedecrease volumeseek forwardsseek backwardstoggle captionstoggle fullscreenmute/unmuteseek to %SPACE↑↓→←cfm0-9Next UpJennifer Lopez Shares How She Became a Mogul04:350.5x1x1.25×1.5x2xLive00:0002:1502:15
Explore further (PhysOrg.com) — The many ways in which water differs from other molecules is both a scientific curiosity and an important factor in shaping the Earth. Among water’s unique properties are that it expands when it freezes, it boils and freezes at higher temperatures than expected for a compound with its molecular structure, and it has the ability to absorb large amounts of heat without getting hot. In a recent study, scientists have investigated another unique phenomenon of water called regelation, which occurs when frozen water – or ice – melts under high pressures, even if the temperature is below freezing. Once the pressure is lifted, the water refreezes. The scientists, Teemu Hynninen from the Tampere University of Technology and the Aalto University School of Science and Technology in Finland, as well as coauthors from Finland, Canada, and the US, have performed simulations of the pressure-induced melting of ice by cutting a block of ice with a nanowire. The experiment is similar to a classic experiment performed over a century ago in which scientists demonstrated that a thin, weighted wire could slowly pass through an ice block due to the pressure it exerts on the ice. In the new study, the scientists simulated a nanowire, whose diameter was on the scale of the water molecules, to investigate the molecular-level mechanisms responsible for regelation.“We decided to study the wire-cutting experiment because it has historical signifigance, it is conceptually simple, and it hadn’t been studied on the microscopic scale,” Hynninen told PhysOrg.com. “In this case, we have a wire moving through ice (instead of sliding on it like in normal friction), and the motion is governed by complicated interplay between the wire and the liquid and solid phases of water.” In the simulations, the nanowire is depicted as a string of beads that interact with the H2O molecules. When these beads exert a pressure on the H2O molecules, they break the hydrogen bonds between the oxygen atom of one molecule and the hydrogen atom of another molecule. This breaks the ice lattice structure and transforms the solid ice into liquid water, allowing the nanowire to move through the water, even though the temperature is below freezing. As the scientists explain, the critical point at which the nanowire melts the ice can be thought of as a depinning transition, which generally refers to the yield point of a solid under stress. The simulations showed that this critical point depends on the type of wire used. The scientists compared two types of nanowires – hydrophilic, i.e., a wire whose surface attracts water, and hydrophobic, i.e., a wire whose surface repels water – and found that the wires moved differently through the ice after the depinning transition. Copyright 2010 PhysOrg.com. All rights reserved. This material may not be published, broadcast, rewritten or redistributed in whole or part without the express written permission of PhysOrg.com. The difference is due to the nanowires’ different structural properties, which causes them to interact differently with the surrounding water molecules. The hydrophilic nanowire exhibits a continuous transition at depinning, where the water can easily flow around it, allowing for smooth movement through the ice block. The hydrophobic wire, on the other hand, exhibits a discontinuous transition, where the water builds up thickly on one side of the nanowire. This wire can only move once the water layer builds up high enough so that it reaches the top of the wire, at which point it flows down the other side into a small void, allowing the nanowire to cut through the ice. As the scientists explain, this behavior is somewhat counterintuitive, since a hydrophobic wire might be expected to move more quickly through water than a hydrophilic one due to the latter’s closer water contact and increased friction. However, in this case, the hydrophobic wire’s resistance to water causes it to be partly obstructed by solid ice, giving it more resistance to movement than the hydrophilic wire.“The physically most interesting result we found is that there is a clear difference between the hydrophobic and hydrophilic wires in the way they depin, i.e., how they start moving as the driving force increases,” Hynninen said. “Although the nanowire we use here is a very simple object, our work shows that small structures in contact with water and ice may exhibit unexpected, complicated behavior.” This qualitative understanding and the additional detail provided by the simulations demonstrates how the pressure-induced melting of ice depends on the wetting properties of the object – in this case, the nanowire – applying the pressure. The molecular-scale mechanisms that explain this unique property of water could allow scientists to better understand how the pressure-induced melting and freezing of water has helped shape the Earth. For example, the phenomenon of regelation acts in systems such as glaciers, allowing pressurized ice sheets to flow around obstacles.“This study is basic research, not aimed to solve any particular problem,” Hynninen said. “Having said that, the work is part of a bigger project on the friction of ice at the nanoscale, and there the applications are more obvious. The slipperiness of ice and wet surfaces are significant issues in, e.g., transportation, and better understanding of these phenomena at the microscopic level could help design coatings or microstructures with desired frictional properties for tires, shoes, sports equipment, etc.” Researchers study how ice melts in contact with soil More information: Teemu Hynninen, et al. “Cutting Ice: Nanowire Regelation.” Physical Review Letters 105, 086102 (2010). DOI:10.1103/PhysRevLett.105.086102 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. Citation: Scientists investigate how ice melts below freezing due to nanowire’s pressure (2010, September 2) retrieved 18 August 2019 from https://phys.org/news/2010-09-scientists-ice-due-nanowire-pressure.html This figure shows how hydrophilic and hydrophobic nanowires move differently through ice: the liquid easily flows around the hydrophilic wire, but builds up on one side of the hydrophobic wire. Image credit: Teemu Hynninen, et al. ©2010 The American Physical Society.