Add Russell ‘Midnight’ Thompson and his vivid story-telling – fiction with a sprinkling of fact – the five- or six-strong Wynter clan, all representing the black and green, and the call was like that following a Sir Garfield Sobers extra-cover drive – “not a man moved”. They all craved their ‘I was there’ status and had to be seen in the place – talk about distraction as the distant sound of a gunshot, piercing the air at intervals, indicating the start of yet another, seemingly irrelevant race. There was a cost for all this. Those highly anticipated races went by without the visual input of some of the most ardent followers of the sport. Thank you, ‘Stewie’ Spencer for passing by and bringing the group to attention as to what had been missed. It was a good day, and the hospitality of the homesters was first-class. It only needs a little fine-tuning to get the event in more spectator-friendly mode. Calabar has a tradition of excellence in the sport to uphold. Wint and McKenley started the trend, and those now in the limelight are carrying the baton, protected by a host of well-wishers. There can be no better way to concretise the tradition of the ‘Utmost for the Highest’. They were summoned to perform last Saturday, and the response was tumultuous. “Here, Sir.” Good job, Calabar! Saturday, January 23, 2016, was a significant day in the already richly endowed history of Jamaica’s track and field. It signalled the dawn of a new day in which Calabar High School hosted a track meet on a home-based, synthetic surface. The event was in honour of two of its athletic products who have etched their names in the annals of the sport around which the country has received its most global acclaim. That such prominence, privilege, and prestige should have gone to Red Hills Road was indeed fitting, given that school’s meaningful contribution to the process. The celebrants, Herb McKenley and Dr Arthur Wint, stand as the first two Jamaicans to record medals at the highest echelon of the sport. These came at the 1948 London Olympics when the country, not then an independent nation, huddled under the Union Jack, singing God Save the King, took gold (400m) and silver (800m) from Wint’s efforts, and silver (400m) from the McKenley performance. As if by a divine mandate, with the demands of history not to be denied, Saturday last was to feature a spectacle that could not have been accorded a more appropriate stage. On display, opening the year of the XXXI Olympiad, were two home-grown athletes of a more recent generation, both given to top world ranking at their age levels in the 400m, similar to Wint and McKenley. Javon Francis and Christopher Taylor have made their announcement that they would be factors to be considered when up against their global competitors. Francis took the spotlight at the 2013 Moscow World Championships after a spine-tingling anchor run in the 4x400m relay that plucked a silver medal out of nothing. His 44.00 split called to mind the gold medal, world record-breaking leg of 44.6 at the 1952 Helsinki Olympics by the undisputed great, Herb McKenley. Taylor ran to Jamaica’s only gold at the World Youth Championships in Cali, Colombia, last year, registering 45.27, not only a national youth (Under-18) record, but the second-best ever for a 15-year-old. If ever the healthy tradition was on the doorstep of repeat greatness, the time must be now – the prospect of it being cemented, mouth-watering. That the raison d’Ítre for being present was sidelined is testimony to the atmosphere and ambiance that was the Red Hills facility on the day. The presence of old stagers in local scholastic sport, representing the administrative, supporter or on-the-field cohort, detracted somewhat from the competition, however enticing. This columnist, in several aborted attempts to take up trackside viewing advantage, was thwarted by absorbing conversation with such sporting stalwarts as Bernie Panton of a former local governing body fame and a Calabar old-timer; ‘Bowla’ Morant of mid-60’s Fortis football glory; and Devon ‘Stone Age’ Smith, who they all acknowledged to have been a fierce middle-order batsman at the host school. NOT A MAN MOVED
Guus Hiddink managed Memphis Depay during his time in charge of Holland 1 Guus Hiddink believes Memphis Depay’s form is suffering because he is having to overcome the pressure of being one of Holland’s brightest prospects while adjusting to the demands of the Barclays Premier League.Manchester United spent £31million to recruit the talented forward from PSV Eindhoven in the summer when he was already a member of Hiddink’s Holland national team – but like so many in a United shirt this season he has struggled to make an impression under manager Louis van Gaal.Hiddink, who has since begun his second reign as Chelsea’s interim manager, may not even see Depay play on Monday when Chelsea visit Old Trafford.Depay was substituted at half-time in United’s 2-0 defeat at Stoke – but Hiddink has defended the forward’s “talent”, and says the solution to improving his form comes in patience and with the assistance of United’s more senior players.“He’s a very young guy,” said Hiddink, who oversaw a 2-2 draw with Watford in his first game back at Stamford Bridge.“When he was in Holland he was one of the star players, at a very young age.“There is a lack of star players in Holland who are playing already many years in their league so at a young age he was bombarded as one of the big talents.“He has this talent but he’s also now having a confrontation with the demands of the Premier League, which are much higher in intensity of the game during 90 minutes.“That’s a period all players, not just him, have to overcome, and I think they need time for that.“He has this talent, but he’s also giving interviews saying ‘hey, I have to get used to another way of playing, the intensity of the games every three days, plus the intensity of the game’. Those guys, they need a bit the cover of experienced players.”
Explore further 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. Researchers from Harvard University and the University of Hawaii at Manoa recently announced a new method for organizing nanowires and carbon nanotubes across large areas: blowing bubbles. Bubble blowing, or blown-film extrusion, is a well developed technique used in industry, such as in plastic-film manufacturing, where polymers are melted and inflated into balloons that can be collapsed and cut. However, this is the first time that this approach has been used in nanoscience research. The scientists suspended each type of nanostructure in a polymer-based liquid and created large bubbles using a circular die and controlled pressure. The very thin wall of each bubble (a few hundred nanometers thick) contains an even, well organized and aligned distribution of nanostructures. When an expanding bubble is placed against a surface, the bubble wall is transferred to it. This allows a thin film with a controllable nanostructure density and pattern to be deposited onto relatively large wafers, plastic sheets, and curved surfaces.“This ability is necessary for many proposed optical and electronic applications for nanowires and nanotubes but, so far, other methods cannot be extended to the large-scale assembly of nanowires and nanotubes on both flexible and rigid substrates,” said Harvard scientist Charles Lieber, the paper’s corresponding author, to PhysOrg.com.Lieber and his colleagues worked with two types of nanowires – silicon and cadmium sulfide – and both single- and multi-walled carbon nanotubes. In each case, they were able to produce bubbles with diameters greater than 25 centimeters (cm) and heights greater than 50 cm. The films were transferred to various surfaces: a silicon wafer 20 cm in diameter, a flexible plastic sheet with dimensions of 22.5 cm x 30 cm, and a half cylinder 2.5 cm in diameter and 6 cm long.The researchers say that by using larger dies and learning how to gain greater control of the expansion process they could potentially create bubbles up to a few meters in dimension as is achieved in today’s plastic-film industry. This means that films larger than one meter across could be produced and transferred, opening up the potential of new large-area electronics applications using nanowires and nanotubes.Lieber and his colleagues illustrated this potential by using a silicon-nanowire blown-bubble film to create a large array of nanowire-based transistors on 7.5-cm-diameter plastic sheets. The transistors’ properties and performance compare to, and often exceed, those created using other assembly methods. By using higher performance nanowires, the scientists expect that significant improvements are possible.“Our method has the added advantage of being a more straightforward and efficient approach than other techniques in terms of making functional nanodevices over large areas,” said Lieber.The scientists do concede that the nanowire density and wire-to-wire distance of the silicon-nanowire film currently achieved are “modest,” but can be further increased by preparing a higher concentration polymer suspension of nanostructures. However, they say, those values are still useful for some applications, such as biological sensor arrays and display screens.This research is discussed in the May 27 online edition of Nature Nanotechnology.Citation: Guihua Yu, Anyuan Cao and Charles M. Lieber, Nature Nanotechnology, 2007, 2, 372-377.Copyright 2007 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. Citation: ‘Blown Bubble’ Method Disperses Nanostructures Over Large Areas (2007, June 22) retrieved 18 August 2019 from https://phys.org/news/2007-06-blown-method-disperses-nanostructures-large.html New technology gives insight into how nanomaterials form and grow A blown-bubble film (bubble diameter is 35 cm, height is 50 cm) that has coated the surface of two silicon wafers. Credit: Charles Lieber, et al.