Twitter On Nov. 30 in Los Angeles, Monsta X will be closing the iHeartRadio Jingle Ball on the main stage, the first K-pop group to perform at a Jingle Ball. Their English-only version of “Shoot Out” describing a toxic love promises to convert new audiences to Korean pop as they continue the tour to San Francisco on Dec. 1, Minneapolis on Dec. 3, Boston on Dec. 4, and finally Philadelphia on Dec. 5.As performers, Monsta X is not a substitute or an alternative for other bands — they succeed at doing their own thing. The mounting following for Korean pop and other cross-Pacific pop music in the U.S. is being won over by recordings and performances, and Monsta X has not let up.Monsta X Bring The Beat With “Jealousy,” Plan U.S. Summer TourRead more Monsta X Heat Up The K-Pop Competition keeping-k-pop-competitive-continued-success-monsta-x News Keeping K-Pop Competitive: The Continued Success Of Monsta X As the K-Pop group’s latest single, “Shoot Out,” tells a dark tale of toxic romance, Monsta X keep up the pressure for American audiences to fall in love with K-popPhilip MerrillGRAMMYs Nov 14, 2018 – 3:24 pm With charm, swagger and style of their own, Monsta X toured the U.S. summer 2018, is returning to tour the U.S., and their latest release, Take.1:Are You There?, reached No. 24 on Billboard’s Independent Albums chart for Nov. 3, 2018. Showing why there is room for more than BTS in American audiences’ discovery of Korean pop music, Monsta X is also on main stage closing out shows for five stops on the iHeartRadio Jingle Ball tour, Nov. 30 through Dec. 5.For the first time in the band’s very bilingual history, a version of their lead single “Shoot Out” has also been released completely in English. To separate the commercial competition from the cultural contributions of many K-pop artists, the fun they have with the English lyrics also has a fresh style all their own. The K-Pop wave reflects America back at us in its art, fusing its own aesthetic with the influence of U.S. music and culture as a growing number of Korean artists deliver pop songs that earn a loyal American following.A rave review of their Los Angeles show in Orange County’s OC Weekly from Aug. 2018 praised their sexiness and even greatness. Their summer U.S. tour was called “The Connect,” emphasizing the group’s connection to the diversity of their fans, an enthusiastic and growing base. As evidence of the success and resonance of their music and message, those U.S. dates all sold out. Facebook https://twitter.com/OfficialMonstaX/status/1062663028720553984 Email
Share this:TwitterFacebookLike this:Like Loading… RelatedMISSING CAT: Have You Seen Mic?In “Missing Pets”MISSING CAT: Have You Seen Lakshmi?In “Missing Pets”MISSING CAT: Have You Seen Loki?In “Missing Pets” WILMINGTON, MA — Stella, a female Bengal cat, has been missing from the Royal Street/Salem Street area since Wednesday, August 22. If seen, please call 781-420-0678.Stella(NOTE: The above information & photo was shared by the Wilmington Animal Control Officer.)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.
Intel’s stunning Twin Rivers and Honeycomb Glacier concept laptops reading • Computex 2019: Every announcement you need to know Next week the tech world will converge in San Francisco for WWDC, Apple’s conference on all things iOS and Mac. But for the past week in Taipei, Taiwan for Computex, we’ve gotten a glimpse into the future of Windows PCs and laptops.The big, long-term takeaway is that single-screen laptops are possibly a thing of the past — or dual-screen laptops are going to be the tech industry’s next spectacular gimmick. Either way, there will be many multiple-screen devices in our future.The chip business is also, ahem, heating up. AMD had a buzz-creating showing at Computex, while Intel introduced its 10th-generation Ice Lake CPUs, among other big announcements. Qualcomm, meanwhile, promises 5G laptops in the not-too-distant future, and Nvidia is expanding its graphics card line to better accomodate creatives.And then there were the cases. Oh, the cases. Here’s a breakdown of everything you need to know. 17 Photos See All The outrageous computer cases of Computex 2019 9 Photos Now playing: Watch this: And that’s just the beginning, Intel saysAs nifty as Asus’ ZenBook Pro Duo looks, it could be just the first step to a dual-screen future. Intel at Computex showed off two concept laptops, Twin Rivers and Honeycomb Glacier, to demonstrate what it thinks our laptops will look like in the coming years. (Remember, Intel doesn’t make computers, just computer parts, so these are just demonstrations to show what can be made off the back of Intel tech.)Twin Rivers is Intel’s take on thin-and-light, ultra-portable laptops. It’s a dual 12.3-inch display setup, where the bottom screen has an onscreen keyboard, like one you’d find on a tablet. However, this concept also comes with a physical Bluetooth keyboard that fits perfectly atop the virtual one for use in long sessions. Then there’s Honeycomb Glacier. It’s a gaming rig, with a 17.3-inch main display and a 12.3-inch secondary screen. It’s similar to the ZenBook Pro Duo, except that it has an ergonomic lift that lets you game with less shoulder-hunching action. Tags May 29 • The outrageous computer cases of Computex 2019 23 Photos 1 Asus doubles down on dual displaysAsus unveiled the ZenBook Pro 15 at last year’s show. Its star feature was the ScreenPad, a phone-sized second screen that functioned as the laptop’s trackpad. One year later, Asus’ ZenBook Pro Duo became Computex 2019’s star product.In addition to its 15-inch 4K main display, the ZenBook Pro Duo has a 14-inch screen above its keyboard. It’s the same length and resolution as the top screen, but about half as deep. It can serve two different functions: you can either use it as an extension of the main stream, so for instance your Facebook feed will flow from one screen down to the second, or as a completely separate display.The latter option allows you to run three programs on the bottom screen. So, you may be doing your work on the main display and have Spotify, Facebook Messenger and Netflix open on the bottom three. (In which case, you’re probably not getting much work done.)Apart from that, it’s an impressively spec’d high-end laptop. It can be configured with up to an Intel Core i9 CPU and an Nvidia RTX 2060 GPU. There’s also a less expensive version, the ZenBook Duo, that goes up to a Core i7 and an Nvidia MX250 card. The sacrifice here is weight: It’s not chunky like a gaming laptop, but it’s not a thin-and-light device either. Asus is calling the big second screen a ScreenPad Plus. The regular ScreenPad in last year’s ZenBook Pro 15, now called the ScreenPad 2 thanks to improvements in responsiveness and functionality, will be ported to Asus’ less expensive ZenBook line and its less expensive still VivoBook S range. May 29 • The laptops of tomorrow will make us even more productive — and it’s terrifying Share your voice • Computex 2019 Laptops Gaming Asus ZenBook Pro Duo foreshadows our multiscreen future Alienware m15, m17 get a bold new look 2:17 But Intel had a strong showing at Computex, too. Apart from the dazzling concepts shown above, Intel’s two main announcements were its 10th-gen Ice Lake CPUs and Project Athena.While AMD focused on benchmark comparisons, Intel promised tangible quality-of-life improvements. Laptops with its Ice Lake chips will be even thinner than already lithe devices like the Dell XPS and HP Envy and their battery life will be improved, too. I was personally most impressed by Ice Lake’s gaming chops: Intel showed an Ice Lake-powered laptop running Destiny 2 on integrated graphics alone, without any discrete GPU.Project Athena, meanwhile, is a new class of laptop. To get the Athena stamp of approval, companies like Asus, Lenovo and Dell need to make laptops that hit certain criteria. These include the ability to wake up within a second, achieve 9 hours of “real-world battery life” and more. Project Athena laptops will hit the market by the end of the year, Intel says.Qualcomm made a similar pitch. Just as its parts power the 5G phones from Samsung, LG and Nokia, the American company wants to fuel the 5G laptop revolution. It says we’ll soon have laptops that are internet connected at all times and location aware — in addition to the usual promises of svelter designs and longer battery lives.Nvidia unveiled RTX Studio, which are laptops powered by its new Quadros RTX GPUs. These graphics cards have similar power to the new RTX GeForce cards (that is to say, a lot), but have much more memory. A high-end GeForce GPU will have 8GB of memory, for instance, while Quadro cards can double that. The average Joe won’t need that boost, but for creatives who work with 3D rendering and high-resolution video editing (think 4K, 6K and 8K), it makes a huge difference.And finally, UK-based Arm announced its Cortex-A77 chip, which it promises will make high-end Android phones 20% faster in 2020.The laptops of ComputexThe Asus ZenBook Pro Duo was the most attention-grabbing laptop at Computex, but it wasn’t the only one worth your attention. Dell pushed meaningful updates to both its premium productivity laptop, the XPS, and its premium gaming laptop, the Alienware m. The XPS 15 gets OLED displays for the first time, as well as Intel’s Ice Lake CPU, Nvidia’s GTX 1650 and 64GB of RAM. The Alienware m15 and m17 laptops got significant facelifts, and the latter can now be configured with a 244Hz display. By the way, if you prefer hulking gaming laptops over thin-and-light-but-less-powerful ones, check out MSI’s newest Titan. It has an RTX 2080 — no Max-Q tweaking needed. The most futuristic feature of this laptop, however, is eye tracking. In the demo we saw the laptop had four windows open, one on the main screen and three on the bottom one. The laptop tracked the demonstrator’s eyes and put him in control at whatever window he was looking at, distinguishing even between the three on the bottom screen. It was wild.Intel says we’ll see devices like Twin Rivers in “one to two years.” However, it gave no timeline on when a Honeycomb Glacier-like gaming rig would hit the market.Processor proselytismOne of Computex’s biggest stories wasn’t about devices, but the parts that power them. Intel and Nvidia have both dominated the CPU and GPU markets, respectively, for the past decade. Since 2015, Intel has held roughly 80 percent of the processor market against its main rival, AMD. Meanwhile, Nvidia has fluctuated from 60 to 80% over its main rival, AMD.But AMD, whose CPU marketshare has jumped 3% in the last year, came out guns blazing at Computex. It officially announced its Navi range of Radeon GPUs, which will power the Sony PlayStation 5, but its main focus was on competing with Intel. The “one last thing” moment of the press conference was the Ryzen 7 3900X CPU. A competitor for Intel’s top-of-the-line Core i9 9920X CPU, the “no compromise” Ryzen 7 3900X features 12 cores and has a boost clock speed of 4.6GHz. It runs on 105 watts, versus the 9920X’s less efficient 165 watts, and more importantly will retail for $499 upon its July 7 release. The 9920X, for comparison, costs $1,199.Notably, AMD stock rose 10% after the announcement. 40 Photos May 30 • Alienware redesigns its thin gaming laptops and offers OLED Comment Luxury trimmings were also displayed at Computex, with Asus revealing a special 30th-anniversary edition of the ZenBook. A 13-inch, ScreenPad-equipped laptop clad in genuine white leather and 18 karat rose gold plating. Then there’s HP’s updated Envy, which comes with a wooden palm rest.Last but not least, Nvidia’s RTX Studio parts are cool — but mean nothing without companies making laptops for creatives. Razer and Acer have stepped up to the plate, with the former committing its Razer Pro 17 to the RTX Studio program and Acer updating its ConceptD with new Quadro parts.And that’s it for Computex 2019! We’ll see you again next year, where we will presumably welcome our new 5G, tri-screened overlords. Computex 2019 Asus ZenBook Pro Duo doubles down on screens 5G Acer Asus Dell HP Intel Lenovo LG Nokia Nvidia Razer Samsung Sony Apple
The massive cyber attack on Sony Pictures could cost the company about $100 million, security experts said.Experts who have studied previous hacks told Reuters that though the cost would be less than the $171 million Sony estimated when its Playsation Network was hacked in 2011; it would still be a huge tab for the company.Sony would have to pay for tighter security, further investigation and protection of employee profiles and company passwords this time. The attack, which has been deemed the most damaging cyber hack in the US, has also hurt Sony’s reputation for its failure to ensure protection of company files.The attack crippled employee activity and production for almost a week, which would also cost the company another million dollars.People familiar with the matter told the agency that Sony has insurance cover for such kind of hacks but the insurance only compensates for a portion of the cost.Sony is still grappling with data breaches. Just after the hacker group that calls itself “Guardians of Peace” released employee passwords, salaries and some unpublished pilot scripts, the group has now released a cache of documents that reveals secret aliases of Hollywood actors who use the alternative identities to check in to hotels and use other services anonymously.According to the latest data reveal, Tom Hanks uses “Harry Lauder” as an alias while Sarah Michelle Gellar goes by “Neely O’ Hara.” Natalie Portman and Toby Maguire use “Laura Brown” and “Neil Deep”, respectively.Sony suspects the hacker group belongs to North Korea, which has vehemently denied any involvement. However, the country has called the group “righteous.”Adding to the suspicion is a recent open letter that the hacker group issued to the studio asking it to stop the release of “The Interview.” The movie stars James Franco and Seth Rogan, portraying two journalists who land a rare interview with North Korean leader Kim Jong-Un.The group anonymously posted the letter on GitHub, a programming tool, and threatened to expose more data if their demands were not met.”We are sending you our warning again. Do carry out our demand if you want to escape us. And, Stop immediately showing the movie of terrorism which can break the regional peace and cause the War! You, SONY & FBI, cannot find us. We are perfect as much. The destiny of SONY is totally up to the wise reaction & measure of SONY,” the group’s message read.The message could not be independently verified, according to The Verge.
In an example of doped nanocrystals, this charge density plot shows magnesium impurities in cadmium-selenium nanocrystals at two different gap levels: (a) resonant and (b) hybrid. Image credit: Gustavo Dalpian and James Chelikowsky. On the macroscale, doping led to the transistor. On the nanoscale, scientists believe that doping could lead to an assortment of technologies, including solar cells, electroluminescent devices and electronic devices. Doping, which means adding impurities containing electrons, can enable electric conductance in a controlled way. But the miniscule size of semiconductor nanocrystals – also described as one-dimensional “quantum dots” – means that scientists must explore new methods for doping. Because nanocrystals have very little interior volume and are virtually all surface, scientists in the past believed that inner impurities can easily migrate the short distance to the surface and be ejected. “People used to believe that nanocrystals had fewer defects due to their limited size,” explains Gustavo Dalpian, coauthor with James Chelikowsky of a recent publication in Physical Review Letters on the energetics of doping. “People believed that defects could be annealed away from the nanocrystal in an easy way due to its limited size. After a few jumps, the impurity will be out of the nanocrystal.”In 2005, scientists (Erwin et al.) proposed that the difficulties in doping nanocrystals could be explained by the crystals’ surface topology and how easily impurities could bind to the surface. For these reasons, these scientists determined that the smaller the size of a nanocrystal, the less binding energy, and the more difficult doping becomes.Dalpian and Chelikowsky, from the University of Texas, have shown that understanding doping in semiconductor nanocrystals requires an understanding of both kinetic and thermodynamic/energetic properties. By explaining nanocrystals’ tendency toward self-purification in terms of the energy needed to form impurities in nanocrystals, the scientists hope to find new ways to increase the dopability of these materials.“Annealing was basically a kinetic argument,” Dalpian said to PhysOrg.com. “[Erwin et al.] show that, changing their solution to an anion-rich (negatively-charged) environment, they could put more impurities into the nanocrystals. Their argument was that there is a shape change in their nanocrystal that increases the binding energy of the impurity into the surface. We show that the difficulty of nanocrystal doping can also be explained through energetic arguments: when you change the solution to an anion-rich environment, the formation energy of the defects is decreased. Explore further ‘Nanocrystal doping’ enhances semiconductor nanocrystals Citation: Nanocrystals’ ‘self-purification’ mechanisms explained by energetics (2006, June 21) retrieved 18 August 2019 from https://phys.org/news/2006-06-nanocrystals-self-purification-mechanisms-energetics.html “In principle, an energetic argument should be better because it is simpler:” he continued. “To discuss kinetics, one needs energy barriers, diffusion coefficients, exact shape of the nanocrystal, etc. However, in our model, supposing the system is under thermodynamic equilibrium, we just need the formation energy of the defect.” When an impurity enters a nanocrystal, a level is created in the gap of the nanocrystal, which (along with structural properties) affects the formation energy of the impurity. Dalpian and Chelikowsky found that a defect’s structural properties do not depend on nanocrystal size, but that the level in the gap is deeper (energy difference is larger) for smaller nanocrystals. “Suppose you have two different systems that create levels in the gap, and one is deeper than the other,” said Dalpian. “If you want to populate these levels (put electrons on them), it will cost more energy to populate the one that is deeper. That is why it costs more energy to put impurities in the small nanocrystals than the larger ones: the level created in the gap is filled and is deeper for smaller nanocrystals.”Because smaller nanocrystals contain deeper impurity levels, more energy is required for doping and the lower the population of defects. This explanation supports the idea that self-purification is an intrinsic property of nanocrystals, but also a property that can be overcome.“In order to make doping easier, we also propose that the sample should be grown in an anion-rich solution,” said Dalpian. “Since manganese impurities like to go to the cation (positively-charged) site in cadmium-selenium nanocrystals, a lot of cations create ´competition´ between the impurities and the cadmium (a cation precursor) to occupy the cation site. In an anion-rich environment (the other thermodynamic limit), you have a lot of selenium (an anion precursor) and a deficiency of cadmium, reducing the competition between impurities and cadmium, and making it more likely for the impurities to go to the cadmium site.”Citation: Dalpian, Gustavo M., and Chelikowsky, James R. Self-purification in Semiconductor Nanocrystals. Physical Review Letters 96, 226802 (2006)By Lisa Zyga, Copyright 2006 PhysOrg.com. All rights reserved. This material may not be published, broadcast, rewritten or redistributed. Doping semiconductor nanocrystals will likely provide a basis for a wide variety of nano applications. But since the tiny nanocrystals tend to repel impurities, scientists must first find a way to overcome nanocrystals’ “self-purification” mechanisms and exploit them for doping. 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.