Ha Phuong, a New York-based Asian superstar, is promising to donate 100 percent of her future profits from her singing, acting and producing projects to help underprivileged children.Phuong, who was born in Vietnam, hopes her generosity will inspire others to help marginalized youngsters.Here’s what’s coming in 2018! Phuong produced and stars with Andrew McCarthy and Richard Chamberlain in the feature film “Finding Julia,” which will be released on May 4 in New York, Houston, Los Angeles, San Jose and Orange County, California.“Finding Julia” is inspired by Phuong’s real life and her 2017 book of the same name. The book can be purchased on FindingJulia.net and Amazon. Phuong’s exciting English language song from the film, “Lost in a Dream,” has been released in a music video (also at FindingJulia.net).Fans are encouraged to make a video of themselves singing “Lost in a Dream” and send it to firstname.lastname@example.org by March 15, 2018. Five finalists will give a live performance in New York on April 15. The singer with the best video and live performance will win $20,000!All the profits from Phuong’s DVD/CD sales, concerts and films will go to the Ha Phuong Foundation, which helps underprivileged children by paying for their housing, surgery, food, clothing and education. The foundation also provides musical instruments, vocational training and career development for blind children. Thanks to this generous foundation, these kids can creatively express themselves while learning to use state-of-the-art professional equipment and software.Back in 2008, Phuong started the Ha Phuong Foundation with a $1 million donation in Huntington Beach, California. That donation helped build a multi-media arts center in partnership with the Boys & Girls Clubs of Garden Grove. Additionally, she sponsors the Ha Phuong Young Female Filmmakers Initiative, which supports aspiring female filmmakers through the nonprofit New York Women in Film and Television.Phuong also assists in the Vietnam Relief Effort, a non-profit organization created by her husband, Chinh Chu, and his sister. The Vietnam Relief Effort helps build schools, pay for surgeries for war veterans and disabled people, and brings Vietnamese doctors to the U.S. for training. In a nod to her generosity, Phuong was named a “top donor to UNICEF” in 2016.In addition to her career and charity efforts, Phuong is a mom to two precious daughters, Diana Phuong Phuong Chu, (11), and Angelina Tieu Phuong Chu, (10). Inspired by her own kids and her early years in Vietnam, Phuong is determined to make the world a better place for other children.Find out more here.
Mlynarik said the department’s decision removes the underpinning on which the marijuana industry in Alaska is based, and went on to say his role as a law enforcement officer factored into his decision. Chief Mlynarik cited the shift in federal policy as his decision to step down from his position on the board. He says the decision does away with the federal government “looking the other way” in states that have legalized marijuana. Facebook0TwitterEmailPrintFriendly分享Soldotna Police Chief Peter Mlynarik resigned from his position as head of the State Marijuana Control Board today, January 4, after the U.S. Department of Justice changed its policy on marijuana enforcement. The Marijuana Control Board regulates the legal marijuana industry in the state.
HM ErshadMentioning that there is no election in the country these days, Jatiya Party chairman HM Ershad on Saturday demanded that the polling system be reformed, reports UNB.”Candidates are being elected uncontested or through false votes or election engineering,” Ershad said at a programme organised by Jatiya Party-led United National Alliance (Shammilito Jatiya Jote) at Laldighi Maidan in Chattogram.Turning to bank scandals, Ershad said looting banks, including the reserve heist of the Bangladesh Bank, are rare incidents in history.”The banking system in the country has collapsed as the government didn’t take any legal steps,” he said adding, “So, we’ve to save our country as people want a change.”Criticising the government’s activities, the former military ruler said the ruling party men are looting banks in the name of development.About the prime minister’s promise to provide rice at only Tk 10, the Jatiya Party chief said, “Now rice is sold at Tk 60-70. How will a rickshaw-puller who has 3-4 children feed his family?”Talking about the country’s development during his rule, Ershad said, “No government could make development like I did in my tenure. So, the people of the country want to see me in power again. We don’t want a one-party government. Jatiya Party wants to form government with the participation of all parties.”Ershad called upon people to get united and come forward to save the country.
Stay on target Isabelle Turns Over a New Leaf!Super Smash Bros. Ultimate is huge. Not just in terms of hype and importance and sales potential, but just in terms of sheer stuff. The Nintendo Switch mascot fighter features over a hundred stages, nearly a thousand songs, and too many Pokemon and items and Assist Trophies to think of crammed onto a cartridge you can plan on the go or on a TV. When you have as many big franchises as Nintendo, putting them all in one game will make that game is very big boy indeed.But the biggest, most exciting thing about Super Smash Bros. Ultimate is its mind-blowing, heartwarming roster of playable characters. Fighting games pride themselves not just on the strength of their mechanics but the strength of its fighters, especially in a crossover fighters like this. And Super Smash Bros. Ultimate crushes all rivals by including every single playable character from the across the four previous games in the twenty-year-old series. Include the new combatants and so far we have over 70 fighters to wrap our heads around. We’re excited, but we’re also intimidated. So to get ready for Super Smash Bros. Ultimate, every day, character by character, we’re creating the ultimate guide to all of its characters. Today’s fighter: Isabelle. ‘Astral Chain’ and Other Dumb Nintendo SongsThe Ultimate Super Smash Bros. Character Guide: Hero Who Are They?Although Animal Crossing is a game about playing as a generic version of yourself, the cast of animal characters you encounter in your new town have more than enough personality to spare. And ever since she debuted in the recent but beloved Animal Crossing: New Leaf for Nintendo 3DS, Isabelle quickly became a crossover fan favorite. She’s a dog secretary that aids you as the mayor for crying out loud!Smash HistoryIsabelle is the second Animal Crossing character in Smash Bros., after Villager. She appeared as an Assist Trophy in the Wii U version, but after becoming a playable character in Mario Kart 8, her Smash Promotion only made sense. Although she shares some moves with Villager, like pocketing projectiles and a slingshot forward aerial, Isabelle is considered unique enough to be one of Smash Ultimate’s handful of new characters.What Looks New in Ultimate?Not that we’re complaining, but why do they keep making Animal Crossing characters play like Snake? First Villager had the Lloid rocket and tree traps. And now Isabelle can plant Lloid rockets like proximity mines and launch people into the air with a stop sign/mortar. Add in a fishing pole command grab with tons of troll potential and Isabelle’s cheery demeanor may just be a cover for her ability to set devastating traps.Our Hopes?To be brutally honest, Isabelle wasn’t our first pick for a new Animal Crossing character. Tom Nook, Resetti, K.K. Slider, that pig lady that sells like vegetables like it’s the stock market. The series is an embarrassment of riches when it comes to lovable characters. But after our hands-on time, Isabelle’s tricky moveset does have us seriously intrigued. A lack of powerful finishers may, appropriately, be all that holds her back.Super Smash Bros. Ultimate releases Dec. 7 for Nintendo Switch. Until we can play more for ourselves, changes we talk about here are mostly speculation. For more thoughts check out our Smash hands-on as well as cool Switch games to play that aren’t Smash Bros., because those definitely exist.View as: One Page Slides1/761. Read Mario’s Guide2. Read Donkey Kong’s Guide3. Read Link’s Guide4. Read Samus’s Guide5. Read Dark Samus’s Guide6. Read Yoshi’s Guide7. Read Kirby’s Guide8. Read Fox’s Guide9. Read Pikachu’s Guide10. Read Luigi’s Guide11. Read Ness’s Guide12. Read Captain Falcon’s Guide13. Read Jigglypuff’s Guide14. Read Peach’s Guide15. Read Daisy’s Guide16. Read Bowser’s Guide17. Read Ice Climbers’ Guide18. Read Sheik’s Guide19. Read Zelda’s Guide20. Read Dr. Mario’s Guide21. Read Pichu’s Guide22. Read Falco’s Guide23. Read Marth’s Guide24. Read Lucina’s Guide25. Read Young Link’s Guide26. Read Ganondorf’s Guide27. Read Mewtwo’s Guide28. Read Roy’s Guide29. Read Chrom’s Guide30. Read Mr. Game and Watch’s Guide31. Read Meta Knight’s Guide32. Read Pit’s Guide33. Read Dark Pit’s Guide34. Read Zero Suit Samus’s Guide35. Read Wario’s Guide36. Read Snake’s Guide37. Read Ike’s Guide38. Read Pokemon Trainer’s Guide39. Read Diddy Kong’s Guide40. Read Lucas’s Guide41. Read Sonic’s Guide42. Read King Dedede’s Guide43. Read Olimar’s Guide44. Read Lucario’s Guide45. Read R.O.B.’s Guide46. Read Toon Link’s Guide47. Read Wolf’s Guide48. Read Villager’s Guide49. Read Mega Man’s Guide50. Read Wii Fit Trainer’s Guide51. Read Rosalina and Luma’s Guide52. Read Little Mac’s Guide53. Read Greninja’s Guide54. Read Mii Fighters’ Guide55. Read Palutena’s Guide56. Read Pac-Man’s Guide57. Read Robin’s Guide58. Read Shulk’s Guide59. Read Bowser Jr.’s Guide60. Read Duck Hunt’s Guide61. Read Ryu’s Guide62. Read Cloud’s Guide63. Read Corrin’s Guide64. Read Bayonetta’s Guide65. Read Inkling’s Guide66. Read Ridley’s Guide67. Read Simon’s Guide68. Read Richter’s Guide69. Read King K. Rool’s Guide70. Read Isabelle’s Guide71. Read Ken’s Guide72. Read Incineroar’s Guide73. Read Piranha Plant’s Guide74. Read Joker’s Guide75. Read Hero’s Guide76.
Structure of the metasurface beam splitter. (a) Schematic diagram. TM light enters the slits in plasmonic waveguide mode and is reflected by the bottom Al layer. The light is strongly negatively reflected, as indicated by the chromatic sector. The reflection includes light corresponding to lateral SPR, as shown by green arrow, and light in the non-diffraction zone shown in Fig. 2(b1) and Fig. 3(b1). TE light cannot enter the slits and is primarily reflected. (b) SEM images of the top and side views (insets) of the fabricated device. The grating pitch is T = 420 nm, the width of the dielectric PMMA is t1 = 170 nm, and the width of the metal Al in the bottom PMMA-Al grating layer is t2 = 250 nm. The thicknesses of the PMMA and Al are h1 = 110 nm and h2 = 30 nm, respectively. The size of the Al on the sidewalls of the PMMA grating lines is t3 ´ h3 = 20 nm ´ 110 nm. The substrate is silicon. Credit: Zheng J et al. Highly anisotropic metasurface: a polarized beam splitter and hologram. Scientific Reports 4, 6491 (29 September 2014). “Our technique is quite different from that generally employed in metamaterials research, where very fine nano-size resonators are often required to achieve a specific function, and where the diffraction effect – while more efficient and robust in either periodical or aperiodical structures – is rarely considered,” Ye points out. Our study gave us the profound perspective that we can gain knowledge by utilizing long-established basic mechanisms to alleviate the difficulty of nano-optical device fabrication, rather than by pursuing very complex metastructures without considering cost and application practicality.”Summarizing their approach to creating a novel polarized beam splitters, Ye says that a dielectric grating was fabricated by nano-imprinting or laser interference on a silicon or glass substrate. “The grating was subsequently coated with ten nanometers of metal film by E-beam evaporation,” he tells Phys.org. “In order to narrow the slits to restrain the TE diffraction, the deposition was optimized to make the metal film conform to the dielectric grating as far as possible. In doing so, the metal deposited on the side walls of the grating lines helped reduce the slit width.”The paper discusses how metasurface beam splitting enables a broad range of useable wavelengths and incident angles with flexible tunability in operation by not relying on a resonant coupling mechanism. “For the metasurface polarized beam splitter with TM negative reflection/TE reflection, the upper limit of the working wavelength is determined by the pitch, and the lower limit is decided by the slit width. Thus,” he explains, “by choosing appropriate grating pitch and slit width, the polarized beam splitting can be achieved. For further improving the extinction ratio, it needs to optimize silt and metal thickness.” Therefore, the device is flexible tunability in a wide range of spectra which is more robust than those beam splitters using resonant mechanism in which grating height, refractive index, pitch and duty circle must be precisely designed.”Relatedly, our metasurface holograph – decodable only by transverse-magnetic polarized light –consists of a bilayer metal grating which ensures that only TM light can be diffracted. This means that the metasurface hologram can only be decodable by TM light, and the real image is reconstructed in the reflection side with the negative first order refraction.” Periodically constructed metamaterials, in which permittivity (a measure of how an electric field affects, and is affected by, a dielectric medium) and permeability (the degree of magnetization that a material obtains in response to an applied magnetic field) have simultaneous negative values, creating negative refraction (a dimensionless number that much light is bent when entering a material. More information: Highly anisotropic metasurface: a polarized beam splitter and hologram, Scientific Reports 4, 6491 (29 September 2014), doi:10.1038/srep06491 © 2014 Phys.org Improving terahertz optics with efficient broadband antireflection coatings Journal information: Scientific Reports In addition to the 1-D metasurface applications discussed in the paper – displays, holograms, and laser optics – Ye mentions several others:Compact reflective mirrors for laser cavities where the polarized output is required to meet the coherence for optical communication or laser interferenceDiffractive gratings in optical spectrometers, where the TM diffraction efficiency is stably high in a wide waveband with high angle resolution since the pith is only several hundred nanometers, which has several advantages: as a reflection element it provides a range of benefits, such as allowing the controlling circuit to be placed below the reflective surface, and more advanced integrated circuit technology becomes available when the substrate materials are not limited by their opaqueness; and a folded light path wherein the input and output light beam share the same physical space, which offers a desirable compact arrangementAs a novel plasmonic beam splitter, it can also be implemented in integrated optics devices for communication: TM light is diffracted into one waveguide and TE light is reflected into the other, allowing the two beams to be manipulated for further useThere are also long-term implications of a higher-security anti-counterfeit plasmonic hologram produced by adding the additional criterion of what Ye refers to as the “simple example” of polarization dependence demonstrated in the paper. “The greater enlightenment is that plasmonic effects can be used for higher-security anti-counterfeits,” he confirms. “In fact, not only the polarized diffraction-change of the brightness but also the polarized reflection-change of the color can be utilized as new criterions to judge a hologram.” Yet another advantage of the plasmonic anti-counter faking is that optical resonance can be well-engineered by the thickness of metal films, slit width and grating pitch, substantially increasing the cost and difficulty of fakery – especially for a complex pattern with several values of pitch, metal thickness and direction of the metallic nanowire grating. “In a word,” Ye notes, “we open a new door for the application of metasurface devices in anti-counter faking.”Moving forward, in the near future the scientists are planning to create a theoretical 1-D metasurface model that presents a quantitative effective refractive index to analyze structural properties, thus facilitating further device design. “In the long-term,” he adds, “for polarized beam splitting we plan to increase the waveband and extinction ratio for both reflection and negative reflection simultaneously by using a more delicate nanowire arrangement. Moreover, in addition to our current emphasis in anti-counter faking, we’ll be looking at other applications, including integrated optics, spectrometers and laser cavities.” Another important innovation that the researchers might consider developing is combining actively tunable metasurfaces with other techniques, such as liquid crystals and electrowetting. “Tunability will enable metasurfaces to be applied to displays, optical storage and communications,” Ye tells Phys.org. “Also, we’re considering if the optical properties we’ve observed can be extended to other frequency spectra – for example, the terahertz range, since doing so may help us to build terahertz devices. In closing, Ye says that other areas of research, such as high-field laser physics, might also benefit from their study. Citation: Flatland, we hardly knew ye: Unique 1-D metasurface acts as polarized beam splitter, allows novel form of holography (2014, October 24) retrieved 18 August 2019 from https://phys.org/news/2014-10-flatland-knew-ye-unique-d.html (Phys.org) —Traditional three-dimensional (3-D) plasmonic metamaterials with metallic structures – artificial materials that exploit coherent delocalized electron oscillations known as surface plasmons produced from the interaction of light with metal-dielectric materials – exhibit unique electromagnetic properties not found in natural materials, such as extraordinary transmission beyond the diffraction limit, efficient light-harvesting ability, plasmonic color filtering, and the ability to control the reflection or transmission direction of a light beam. However, they are difficult to fabricate, have a narrow usable bandwidth due to their resonant character, and exhibit low optical efficiency due to the inherent metal absorption. While two-dimensional metasurface structures have been proposed in an attempt to address these functional limitations, they still require complex designs and sophisticated fabrication procedures. Spectra and photos of a 280-nm-pitch grating. (a) Measured (solid lines) and simulated (dashed lines) NR (blue and cyan lines) and reflection (red and magenta lines) spectra for TM (blue and red lines) and TE (cyan and magenta lines) light with an incident angle of 60o. The inset is the simulated extinction ratio of NRTM/NRTE. (b) Photos of the device irradiated by un-polarized white light with an incident angle of approximately 60o and filtered by a polyvinyl alcohol (PVA) plastic polarizer (extinction ratio of 300). The yellow dotted line indicates the direction of the grating lines. The white dashed lines illustrate the electric field direction of the light passing through the polarizer. An SEM image of the device is also presented. The dielectric grating in the device was fabricated by laser interference, with an Al thickness of 50 nm. Credit: Zheng J et al. Highly anisotropic metasurface: a polarized beam splitter and hologram. Scientific Reports 4, 6491 (29 September 2014). Optical performance is not the only issue the scientists faced: The fabrication challenge is that in order to obtain high extinction ratio for both negative reflection and reflection, the ratio between the silt-width and pitch is always smaller than ½ – that is, the exposure condition for laser interference lithography (LIL) should be optimized. “The issue will be more challenging as the slit-refractive index increases, because the slit width should be further reduced to achieve the cut-off effect,” Ye notes. “Smarter design of the grating structures is needed for the high extinction ratio of both reflection and negative reflection, especially for a very wide waveband device.”The third challenge was combining the intrinsically fringed structure of a hologram and the anisotropic character of metasurface beam splitter. “In a hologram, the interference fringes usually have random direction, pitch, duty cycle, and depth,” Ye points out. “Therefore, to combine the hologram and beam splitter, photoresist processing and recording parameters should be well-designed in order to get deep and narrow slits for guaranteeing high-efficiency of TM light and inhibiting TE diffraction simultaneously. Otherwise, extinction ratios for both negative reflection and reflection will be lowered.” Moreover, since a laser hologram is usually recorded on photoresist film in the form of fringes caused by two-beam interference, the patterns are typically fringed structure with pitch decided by the wavelength and angle between the interference beams. “To obtain maximum diffraction efficiency,” Ye explains, “the fringes should be deep enough – but the contradiction is that deepening photoresist fringes causes slit width to increase, which in turn weakens anisotropy.”The researchers leveraged a range insights and techniques to address these challenges. “In our one-dimensional metasurface, the key point was fully combining the intrinsic properties of dielectric-metal-dielectric slit and the diffraction characteristics of grating, and finding the proper parameters to meet the required waveband,” Ye recounts. “At the same time, the starting point of our research is physically as simple and fundamental as the description in classic optics textbooks that for diffraction to exist in a grating, the light should be able to enter into the slits. Therefore,” he explains, “by considering the fact that in metal-insulator-metal waveguides TM mode is always supported while TE mode is dissipative in sub-wavelength size, we intuited that TM diffraction can be made to break the diffraction limit – corresponding to vector diffraction optics – while for TE light the diffraction should disappear without ‘sensing’ the slits, corresponding to geometrical optics.” The demonstration of the hypothesis not only convincingly reveals a new way to control photons, but also gives a very clearly physical image for the transition between scalar optics (where the optical phenomena can be described by scalar diffraction) and nano-optics (where the wavelengths are much larger than the size and pitch of the resonant units so the diffraction is therefore absent.) Recently, scientists at Shanghai Jiao Tong University proposed a unique method for controlling photons with a 1-D metasurface that, by integrating diffraction, waveguide, and plasmonic effects, is fundamentally distinct from 2-D or 3-D methods. The 1-D metasurface they presented, based on bilayered metallic nanowire gratings, behaves as an ideal polarized beam splitter that produces highly anisotropic strong negative reflection for transverse-magnetic (TM) light and efficient reflection for transverse-electric (TE) light. (Anisotropy is the property of being directionally dependent, as opposed to isotropy, which implies identical properties in all directions.) Moreover, by combining this feature with the fringed structure of a hologram, the researchers demonstrated a higher-security anti-counterfeit metasurface holograph, that can be decoded only by TM light.Dr. Zhicheng Ye discussed the paper that he, Dr. Jun Zheng and their co-authors published in Scientific Reports with Phys.org. A key factor is simplifying the metastructure to a one-dimensional metasurface using a bilayer metallic nanowire grating. “Designing three- or two-dimensional nanoantenna arrays can modify the optical wavefront with spatially-varying phase response,” Ye tells Phys.org. “However, complex designs and sophisticated fabrication procedures are required. Simplifying the metastructure to one dimension is preferred for applications and large-scale production, but the structure that allows tunable parameters is limited. Therefore, the main challenges to achieve specific functions using bilayer metallic nanowire grating involve exploring and utilizing the intrinsic properties of surface plasmon waveguide, combining these with the diffraction characteristics of grating, and finding proper parameters.”Relatedly, Ye continues, using bilayer metallic nanowire gratings with nano-slits as 1-D metamaterials to realize both polarized negative reflection and reflection carries its own challenges. “Thus far, the dielectric or metal beam splitters based on gratings usually have narrow working spectrum and angle range. On the other hand, these studies have typically focused only on transmission and reflection properties – but polarized diffraction has not been considered,” he explains. “We proposed the bilayer metallic nanowire gratings with nano-slits as 1-D metamaterials to realize polarized negative reflection for transverse-magnetic light and reflection for transverse-electric light, with a broad range of useable wavelengths and incident angles.” The key point is that metasurface beam splitting does not rely on a resonant coupling mechanism, thereby enabling a broad range of useable wavelengths and incident angles, with flexible tunability in operation. “The main challenge was determining how to simultaneously realize broadband, angle-insensitivity and high polarization extinction ratios. Our research shows that, the grating pitch should be large enough to ensure a broad working spectrum; the slit should be wide enough to insure that transverse-magnetic light can be refracted strongly, but also thin enough to suppress TE refraction efficiently; and the proper slit height should significantly enhance the polarization extinction ratio.” Metasurface hologram. (a) Photoresist hologram fabrication scheme: The badge was placed perpendicularly to the photoresist film, and both were illuminated by a large cross-section collimated laser beam with an incident angle of 49o to the photoresist film. (b) Microscopy and SEM images of the top views of the metasurface hologram film at different scales. The film consists of randomly distributed B-MNGs with a pitch of 300 nm. The width of the dielectric PMMA is t1 = 150 nm, and the thicknesses of the PMMA and Al are h1 = 110 nm and h2 = 50 nm, respectively. (c) Real images reconstructed using TM and TE laser light, respectively. The metasurface hologram was illuminated by a TM or TE laser with a wavelength of 532 nm and an incident angle of 75o. The reconstructed real 3-D image was formed by the negative first-order diffraction mode with a diffractive angle of 55o and was imaged onto a black screen, as presented in the bottom left pictures. The image was also viewed with a camera, as presented in the top right pictures, or directly by eye. Credit: Zheng J et al. Highly anisotropic metasurface: a polarized beam splitter and hologram. Scientific Reports 4, 6491 (29 September 2014). 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.
Masters champion Bubba Watson roared back to beat Tim Clark in a playoff after seemingly blowing his chances down the back nine of the WGC-HSBC Champions on a super Sunday in Shanghai. Watson punched the air after holing an outrageous 20-yard bunker shot for eagle at the 18th to get into a playoff with South Africa’s Clark at 11-under. The left-hander then rolled in a lightning quick 20-foot putt down the hill on the same hole for the winning birdie, sparking wild celebrations for his first world golf championships event win and his first victory of any kind outside of US. Leading at 12-under par with three holes to play, Watson had seemingly imploded with a bogey followed by a double-bogey at the 16th and 17th to fall to nine under. At that point five players were a shot ahead of him, until his magic from the sand saw him finish 11-under for the tournament. Clark, playing alongside Watson, holed out for birdie from six feet at 18 to also get to 11 under as Rickie Fowler’s chance disappeared into the greenside water. The final group of overnight leader Graeme McDowell, Martin Kaymer and Japan’s Hiroshi Iwata then all failed to get the birdie they needed to join the extra-holes shootout. Also Read – Khel Ratna for Deepa and Bajrang, Arjuna for JadejaWatson turned up the heat in the front nine with a hat-trick of birdies from the sixth to lead at the turn by one from McDowell and Kaymer. Watson put his drive into the water at 13 and dropped a shot to slip back alongside McDowell, one ahead now of Kaymer who dropped a shot at the 11th after finding sand twice. Watson then birdied the par-five 14th from 15 feet to put himself alone in froant. Iwata, who was hanging on grimly after a two-over par outward half, finally nailed his first birdie at 11th and clawed his way back into contention with a fine back nine before Watson’s stunning finish.
Kolkata: A Heritage Fest is being organised in Chandannagar on November 25 (Sunday) by a project team consisting of members from University of Liverpool and IIT Kharagpur. The Fest is a part of two-year project taken up jointly by the Indian Council for Historical Research (ICHR) and the UK’s Arts and Humanities Research Council (AHRC) with an aim to protect and raise awareness of the rich cultural heritage of the cities and towns along the course of Hooghly River from Bandel to Barrackpore. Also Read – Rain batters Kolkata, cripples normal lifeThe Heritage Fest in Chandannagar will bring participants together from schools and colleges in this historic town by Hooghly River, and sensitise them about the value of the heritage of their town through an interactive event that will also see the deployment of technology. Through iPads, the school children will be educated on how to use a custom-made, free smartphone app. The app on the free-to-download Layar platform allows any location-enabled smartphone user in Chandannagar to point his or her camera at important houses and monuments and to see, superimposed or the actual real-time image, a historical image taken from the same angle of that place, ten, twenty and maybe a hundred and twenty years ago. Also Read – Speeding Jaguar crashes into Mercedes car in Kolkata, 2 pedestrians killedThe image also carries attendant information about the heritage site. In addition, there will be various competitive events, such as drawing, debate and interactive quiz on Chandannagar. Prof Jenia Mukherjee, the principal investigator on the part of IIT Kharagpur, said: “This will allow us to gauge how much information or awareness is already available on the ground and help us generate enthusiasm among youngsters about Chandannagar heritage.” The event will also see the launch of a bilingual heritage resource book on the place — Chandernagore mon amour: the Citadel of the Moon, edited by Antara Mukherjee, Assistant Professor, West Bengal Education Services, and published by University of Liverpool.