O’DONNELL, DAVID A.

first_img58, passed away on June 5. David was born in Bayonne and had resided there until moving to South Bound Brook 20 years ago. He proudly served his country in the U.S. Marine Corps. He was currently employed by RathGibson North Branch, New Jersey. Husband of Larissa O’Donnell. Brother of James O’Donnell, Patrick O’Donnell and his Wife Patricia, Judy Dobies and her Husband Mark, Deborah Whitney and her Husband Michael, Sandra O’Donnell and the late Dennis O’Donnell and his surviving Wife Diane. Uncle of many Nieces & Nephews. He was predeceased by his parents Anne (McMahon) and Francis O’Donnell. In lieu of flowers, please make donations to: Center For Hope, 1900 Raritan Road, Scotch Plains, NJ, 07076. Funeral arrangements by G. KEENEN O’BRIEN Funeral Home, 984 Avenue C.last_img read more

Baker heads up top job at Maple Leaf UK

first_imgCanada-based Maple Leaf Foods has announced the appointment of Peter Baker as the new head of its UK operations, Maple Leaf Bakery UK. He will take over the role of MD, effective 6 April, after Maple Leaf’s parent firm Canada Bread announced the departure of former MD Peter Maycock last month.Baker, based at the company’s Park Royal office in London, has over 30 years’ experience in baking, including chief executive of La Fornaia from 2003-2007, a company bought by Maple Leaf in late 2007. Prior to that, he was MD of British Bakeries.last_img read more

Press release: Scotland’s space expertise key to gravitational waves study

first_imgThe UK, through the work of the University of Glasgow’s Institute for Gravitational Research and the Science and Technology Facilities Council’s UK Astronomy Technology Centre (UK ATC) in Edinburgh, will develop the optical benches for the European Space Agency’s LISA mission (Laser Interferometer Space Antenna). These optical benches are at the core of the laser interferometry measurement system, the key technology needed to detect gravitational waves.The space observatory, planned for launch in the 2030s, will allow scientists to study these mysterious waves, improving our knowledge of the beginning, evolution and structure of the Universe. It will build on the success the LISA Pathfinder mission, which in 2016 successfully demonstrated the technology needed for LISA. It will also build on work already taking place here on Earth where UK researchers, including from STFC and the University of Glasgow, are contributing to the ongoing LIGO project that made the first detection of gravitational waves in 2015.Chris Lee, Head of Space Science at the UK Space Agency, said:“The University of Glasgow has a worldwide reputation for gravitational waves research, with the pioneering work of Professor Ron Drever in the 1960s leading to the Nobel Prize-winning detection of the waves in 2015. This new funding ensures this legacy continues with the LISA mission, alongside crucial technology innovation from the UK ATC in Edinburgh. Scotland is yet again at the heart of UK space activity.”The detection of gravitational waves in 2015 marked the start of a new era in astronomy.  First predicted by Albert Einstein a century ago, these tiny ripples in the fabric of space-time are generated by cataclysmic events like the merger of black holes or neutron stars and offer an entirely new way to study the Universe.Dr Ewan Fitzsimons, who was part of the team at the University of Glasgow which developed the LISA Pathfinder optical bench and is now leading the LISA team at STFC’s UK ATC, said:“It’s a very interesting time right now – the amazing science that LIGO has enabled is showing us the potential of gravitational wave astronomy to revolutionise our understanding of the Universe. In addition, the success of the LISA Pathfinder mission, and now the commencement of work on LISA with UK participation has been excellent news.“This UK Space Agency investment will ensure that UK scientists are centrally involved in developing and utilising one of the most exciting and significant astronomy projects of the next few decades.”Dr Harry Ward, who leads the University of Glasgow’s LISA team, said:“The funding announced today sets the Glasgow and UK ATC teams firmly on the road to playing a leading role in a mission that promises to provide dramatically new insights into the nature and evolution of the Universe.“After working very hard for over 15 years to bring LISA Pathfinder to such a successful conclusion, we are very happy indeed to be so strongly supported to take the crucial next step towards LISA. This commitment from the UK Space Agency will ensure that UK technology will lie at the heart of the most revolutionary astronomy mission of the next 20 years.”Gravitational waves can be studied from space, away from ground-based ‘noise’ and measured over vast distances. LISA will be able to observe new sources invisible to the ground based gravitational wave observatories like LIGO. The LISA mission will study these gravitational waves using three spacecraft flying in a triangular configuration, separated from each other by a distance of 2.5 million km. At the heart of each spacecraft will be an interferometer.These interferometers fire laser beams between each satellite, using them to measure tiny fluctuations in the distance between the spacecraft, which arises when a gravitational wave passes by.  Although the waves are generated by massive, violent events, they are miniscule and the interferometers must measure these tiny squeezes and stretches of the light beams to a few trillionths of a metre.To support this the optical components of the interferometer must be arranged on an innovative optical bench that is thermally and mechanically isolated from any other effects apart from gravitational waves.The team at the University of Glasgow designed and built the optical bench for LISA Pathfinder with funding from the UK Space Agency and STFC, supported in the early development phase by STFC’s RAL Space.  The LISA Pathfinder mission, which launched in 2015 and ended in 2017, successfully showed that two test masses at the heart of the spacecraft could be put into a state of virtual free fall in space, under the influence of gravity alone and unperturbed by other external forces, with a precision more than five times better than originally required. The Glasgow team will build on this world-leading experience to develop the optical benches for LISA.LISA Pathfinder only used one optical bench, which the Glasgow team built by hand, while LISA will be more complex and on a larger scale, requiring up to 12 benches. STFC’s UK Astronomy Technology Centre will partner with the University of Glasgow to develop the robotic ultra-precision technology required and lead the overall design and build of the LISA optical benches. This technology will be developed specifically for LISA, but the work of the UK ATC facility in this area is expected to be of considerable interest to UK optics and photonics companies once the robotic technology is proved.The first optical bench is due to be delivered to ESA around 2030.last_img read more

McVitie’s to extend ‘sweeet’ campaign with Victoria biscuits

first_imgUnited Biscuits’ (UB) Christmas TV debut for its McVitie’s Victoria biscuit selection will kick off on 4 December.The company, which has just been sold to Turkish food group Yildiz Holding for £2bn, has made an investment of £1m that will see the popular branded biscuit assortment featured in a 60-second advert during high-profile programmes for the three weeks leading up to Christmas Day. The advert is an extension of the ‘sweeet’ animal family debuted earlier this year in the McVitie’s master brand advertisements.A longstanding consumer favourite, McVitie’s Victoria returns to shelves this season in a new hinged box, designed to give a more modern and premium feel. Following UB’s investment in packaging technology, the revised format will also contain two re-closable individually-wrapped foil film trays as well as weighing in 200g heavier at 700g (RSP £10).Meanwhile, McVitie’s Penguin brand has also tapped into the John Lewis Christmas advert, and has created a Monty the Penguin-inspired ‘tearjerker’ advert using the hashtags #MontyThePenguin and #sweeet. Its ‘sweeet’ campaign also uses animals to help its products appeal to children.Sarah Heynen, marketing director for sweet biscuits at UB, said: “The launch of McVitie’s Victoria onto our TV screens this Christmas marks another momentous occasion for McVitie’s at the end of what has been a highly successful year for the brand.“Although we are keeping the stars of the campaign under wraps, we hope our customers will be as excited as we are to see the debut of Britain’s best-loved biscuit assortment on TVs in homes throughout the country. We expect a positive response from consumers following the success of the McVitie’s ‘sweeet’ TV campaign earlier in the year so will be working closely with our retail customers to ensure they can meet anticipated demand.”Private equity fund business Blackstone and PAI Partners handled the deal with international biscuit manufacturer Yildiz Holding, which already owns chocolate brand Godiva.If you havn’t seen the infamous John Lewis Christmas advert yet, which inspired UB’s penguin campaign, then watch it below.last_img read more