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Acoustic pleasure returns today and we are pleased to welcome on board special guest Steven Flynn. Originally from Inverness in Scotland Steven is one of the hottest upcoming producers around right now having had releases on labels such as Hexagonal, Layer Caked and Saturo Sounds. New new release You know me is out now on NAB records and you can hear a taster of this in Stevens mix alongside some of his other productions as well as a sneaky peak at his forthcoming remix on Pro B Tech music This is also Stevens Acoustic pleasure debut so were delighted to have him on the show and were sure youll enjoy his set and hes certainly going to be one to look out for in the future
My 2025 Release's Labels - Hexagonal Music, Nab Records, Cho-Ku-Rei Records
My 2025 Release's Labels - Hexagonal Music, Nab Records, Cho-Ku-Rei Records
Esta semana, en el podcast de Voces por una Causa, la escritora Julia Navarro conversa con Raúl Oliván, Director de Hexagonal y ex Director General de Gobierno Abierto, Participación Ciudadana e Innovación Social del Gobierno de Aragón. Con él, con motivo del Día Mundial del Clima, que se celebra el 26 de marzo, nos acercamos a ‘Bla Bla Lab' un proyecto que explora las distintas formas en las que se puede comunicar sobre el cambio climático.
Face à la crise énergétique, la France hésite entre relancer son parc nucléaire et accélérer sa transition vers les énergies renouvelables.Traduction : Amid the energy crisis, France wavers between revamping its nuclear fleet and fast-tracking its shift to renewables. Hébergé par Acast. Visitez acast.com/privacy pour plus d'informations.
Escuche esta y más noticias de LA PATRIA Radio de lunes a viernes por los 1540 AM de Radio Cóndor en Manizales y en www.lapatria.com, encuentre videos de las transmisiones en nuestro Facebook Live: www.facebook.com/lapatria.manizales/videos
PDA - Uruguay cayó ante Brasil en el inicio del hexagonal final del Campeonato Sudamericano Sub 20 by En Perspectiva
Escuche esta y más noticias de LA PATRIA Radio de lunes a viernes por los 1540 AM de Radio Cóndor en Manizales y en www.lapatria.com, encuentre videos de las transmisiones en nuestro Facebook Live: www.facebook.com/lapatria.manizales/videos
Uruguay venció ayer 2-0 a Perú y logró su tercera victoria consecutiva en el Campeonato Sudamericano Sub 20. Los celestes ya están clasificados para la fase final, con una fecha de anticipación. El partido se disputó en el Estadio Metropolitano de Lara. Uruguay cerrará la primera fase ante el local, Venezuela. El próximo martes comenzará a disputarse el hexagonal final, que otorgará cuatro cupos para el Campeonato Mundial que se desarrollará a partir de setiembre en Chile. Conversamos En Perspectiva con Sebastián Moreira, del equipo de Por Decir Algo.
#181Have you seen teachers posting on social media about their hexagonal grouping activities? I certainly have and I got curious about how it works and how teachers are using it in their world language classes. I've seen Erin Coleman posting and presenting workshops on the topic, so I invited her onto the podcast to share with all of us how she uses hexagonal grouping with her students. Erin shares lots of ideas and pro tips so that you can start using hexagonal grouping with your students. Topics in this Episode:what Hexagonal Grouping is and how it works in classroomshow can Hexagonal Grouping can be particularly beneficial in world language classeswhat preparation is involved, creating templates and follow-up activitiesspecific examples where Erin has successfully used Hexagonal Grouping in her language classroompractical tips and strategies for implementing Hexagonal GroupingConnect with Erin Coleman:Instagram: @theengagedspanishclassroom Website: theengagedspanishclassroom.comConnect with Joshua and the World Language Classroom Community: wlclassrom.comX (aka Twitter): @wlclassroomThreads: @wlclassroomInstagram: @wlclassroomFacebook: /wlclassroomWLClassroom Facebook Group__________________________Interested in having Joshua work directly with your department, school or district? Look at options for collaborating in person or remotely.______________________________Sign up for Talking Points to get tips, tools and resources for your language teaching.______________________________Join Joshua as a guest on the podcast.______________________________Join Joshua for a Leveling Up Coaching Episode on the podcast. Send me a text and let me know your thoughts on this episode or the podcast.
For this months edition of Acoustic pleausure we welcome on board another hot upcoming producer Jon Towell. Jon Has been making big waves recently with productions on labels such as Krafted Underground, Hexagonal and Prognosis. He has also been DJing recently for Another life in Sheffield and Liverpool. Your show host warms things up with his usual deep and melodic selection, setting the scene for Jon to do his thing. Another brand new talent, brought to you courtesy of Acoustic pleasure
Welcome to The Nonlinear Library, where we use Text-to-Speech software to convert the best writing from the Rationalist and EA communities into audio. This is: The economics of space tethers, published by harsimony on August 22, 2024 on LessWrong. Some code for this post can be found here. Space tethers take the old, defunct space elevator concept and shorten it. Rockets can fly up to a dangling hook in the sky and then climb to a higher orbit. If the tether rotates, it can act like a catapult, providing a significant boost in a location where providing thrust is expensive. Kurzgesagt has a nice explainer and ToughSF has a great piece explaining the mechanics and some applications. Tethers make it cheaper to explore space, but how much cheaper? Let's look at the benefits. Tether materials and characteristic velocity The key performance metric for the tether material is the characteristic velocity: Vc=2Tρ Where T is the tensile strength and rho is the density. The stronger and lighter the material is, the faster the tether can spin, boosting payloads to higher speeds and saving more fuel. This quickly leads to thinking about exotic materials. Hexagonal boron nitride! Carbon nanotubes! I'm not immune to this kind of speculation, so I've added an appendix on the topic. But as I argue in another part of the appendix, we already have good enough materials to make a space tether. The potential gain from studying exotic materials is actually pretty small. For what it's worth, I like glass fibers. They're pretty easy to make, the material can be be sourced in space, they can handle large temperature ranges, and they're resistant to atomic oxygen environments and UV [1]. They can also get pretty good performance, S-2 glass fibers have a characteristic velocity close to 2 km/s while the best currently available material clocks in at 2.7 km/s. Now let's look at why the speed of the tether matters. Delta V and fuel savings Rockets have to reach a certain speed in order to orbit any object. For low earth orbit, that's roughly 7.9 km/s; that's over Mach 20 here on Earth. The change in velocity, or delta V (dV), required to reach orbit is the currency of spaceflight. You can essentially map out the solar system based on the delta V needed to reach different places: Source It takes a lot of fuel and engineering to get a payload up to these speeds, making launches expensive [2][3]. Tethers are exciting because they can wait in orbit and offer a rocket some extra delta V. A tether spinning at 1.5 km/s in LEO can grab a rocket moving at 5.8 km/s and release it at 8.8 km/s: Source It takes a while to visualize how these work. Staring at this gif helps: Source Even a small delta V boost saves a lot of fuel. That's because the total fuel required for a mission increases exponentially with delta V requirements, as we can see from the Tsiolkovsky rocket equation: ΔV=Ispg0ln(mimp) I_sp is the specific impulse of the rocket, g_0 is the gravitational acceleration (often just called *g *in Earth's gravity), m_i is the total initial mass of the rocket including fuel, and m_p is the payload mass of the rocket after the fuel has been expended. Note that m_p includes both the literal payload and the mass of the rocket itself. Rearranging to see the exponential: mi=mpexp(ΔVIspg0) m_i is the sum of the payload mass m_p and the fuel mass m_x. We can rewrite the above in terms of fuel mass: mx=mp(exp(ΔVIspg0)1) By offering a free delta V boost, tethers can save literal tons of fuel. If the tether is spinning at a certain velocity V_t, the tether provides a boost twice that size. You can subtract that boost from the dV requirements for the rocket: ΔV'=ΔV2Vt The new initial mass is: m'i=mpexp(ΔV2VtIspg0) The new fuel requirement is: m'x=m'imp=mp(exp(ΔV2VtIspg0)1) As an example, let's imagine a tether orbiting in LEO [4] at an orbital velocity of 7.5 km/s and spinning at 2 km/s. Our rocket only needs to reach 5.5 km/s in order to be boosted to 9.5 km/s. A Starsh...
Link to original articleWelcome to The Nonlinear Library, where we use Text-to-Speech software to convert the best writing from the Rationalist and EA communities into audio. This is: The economics of space tethers, published by harsimony on August 22, 2024 on LessWrong. Some code for this post can be found here. Space tethers take the old, defunct space elevator concept and shorten it. Rockets can fly up to a dangling hook in the sky and then climb to a higher orbit. If the tether rotates, it can act like a catapult, providing a significant boost in a location where providing thrust is expensive. Kurzgesagt has a nice explainer and ToughSF has a great piece explaining the mechanics and some applications. Tethers make it cheaper to explore space, but how much cheaper? Let's look at the benefits. Tether materials and characteristic velocity The key performance metric for the tether material is the characteristic velocity: Vc=2Tρ Where T is the tensile strength and rho is the density. The stronger and lighter the material is, the faster the tether can spin, boosting payloads to higher speeds and saving more fuel. This quickly leads to thinking about exotic materials. Hexagonal boron nitride! Carbon nanotubes! I'm not immune to this kind of speculation, so I've added an appendix on the topic. But as I argue in another part of the appendix, we already have good enough materials to make a space tether. The potential gain from studying exotic materials is actually pretty small. For what it's worth, I like glass fibers. They're pretty easy to make, the material can be be sourced in space, they can handle large temperature ranges, and they're resistant to atomic oxygen environments and UV [1]. They can also get pretty good performance, S-2 glass fibers have a characteristic velocity close to 2 km/s while the best currently available material clocks in at 2.7 km/s. Now let's look at why the speed of the tether matters. Delta V and fuel savings Rockets have to reach a certain speed in order to orbit any object. For low earth orbit, that's roughly 7.9 km/s; that's over Mach 20 here on Earth. The change in velocity, or delta V (dV), required to reach orbit is the currency of spaceflight. You can essentially map out the solar system based on the delta V needed to reach different places: Source It takes a lot of fuel and engineering to get a payload up to these speeds, making launches expensive [2][3]. Tethers are exciting because they can wait in orbit and offer a rocket some extra delta V. A tether spinning at 1.5 km/s in LEO can grab a rocket moving at 5.8 km/s and release it at 8.8 km/s: Source It takes a while to visualize how these work. Staring at this gif helps: Source Even a small delta V boost saves a lot of fuel. That's because the total fuel required for a mission increases exponentially with delta V requirements, as we can see from the Tsiolkovsky rocket equation: ΔV=Ispg0ln(mimp) I_sp is the specific impulse of the rocket, g_0 is the gravitational acceleration (often just called *g *in Earth's gravity), m_i is the total initial mass of the rocket including fuel, and m_p is the payload mass of the rocket after the fuel has been expended. Note that m_p includes both the literal payload and the mass of the rocket itself. Rearranging to see the exponential: mi=mpexp(ΔVIspg0) m_i is the sum of the payload mass m_p and the fuel mass m_x. We can rewrite the above in terms of fuel mass: mx=mp(exp(ΔVIspg0)1) By offering a free delta V boost, tethers can save literal tons of fuel. If the tether is spinning at a certain velocity V_t, the tether provides a boost twice that size. You can subtract that boost from the dV requirements for the rocket: ΔV'=ΔV2Vt The new initial mass is: m'i=mpexp(ΔV2VtIspg0) The new fuel requirement is: m'x=m'imp=mp(exp(ΔV2VtIspg0)1) As an example, let's imagine a tether orbiting in LEO [4] at an orbital velocity of 7.5 km/s and spinning at 2 km/s. Our rocket only needs to reach 5.5 km/s in order to be boosted to 9.5 km/s. A Starsh...
Adam describes using Hexagonal Architecture, also known as Ports and Adapters, for software delivery excellence.Want more?
------------------------------- 通勤學英語VIP加值內容與線上課程 ------------------------------- 通勤學英語VIP訂閱方案：https://open.firstory.me/join/15minstoday VIP訂閱FAQ: https://15minsengcafe.pse.is/5cjptb 社會人核心英語有聲書課程連結：https://15minsengcafe.pse.is/554esm ------------------------------- 15Mins.Today 相關連結 ------------------------------- 歡迎針對這一集留言你的想法： 留言連結 主題投稿/意見回覆 : ask15mins@gmail.com 官方網站：www.15mins.today 加入Clubhouse直播室：https://15minsengcafe.pse.is/46hm8k 訂閱YouTube頻道：https://15minsengcafe.pse.is/3rhuuy 商業合作/贊助來信：15minstoday@gmail.com ------------------------------- 以下是此單集逐字稿 (播放器有不同字數限制，完整文稿可到官網) ------------------------------- Topic: Water-Stressed India Seeks a Tap for Every Home The pipes are laid, the taps installed and the village tank is under construction — all promising signs that, come spring, Girja Ahriwar will get water at her doorstep and finally shed a lifelong burden. 管子鋪好，水龍頭裝好，村子的水槽正在建造。這些充滿希望的跡象顯示，春季來臨時，吉爾嘉．艾里瓦可以在家門口取到水，而且終於解除長期以來的負擔。 “I go out and put the jerrycans in the queue at around 5 a.m. and wait there with the children,” Ahriwar, a mother of three who lives in the central Indian state of Madhya Pradesh, said about her routine of fetching from the village hand pump. “Sometimes it could take five or six hours. I have to stay there because if I leave, someone else moves ahead.” 「我大約在清晨5時出門，把大水桶排進隊伍，然後和孩子們一起等待」，住在印度中部中央邦、三個孩子的媽艾里瓦說，她的例行公事就是從村子的手動泵浦取水，「有時候得花五或六個小時，我必須一直留在這裡，因為如果我離開了，其他人就會搶先往前」。 India, one of the world's most water-stressed countries, is halfway through an ambitious drive to provide clean tap water by 2024 to all of the roughly 192 million households across its 600,000 villages. About 18,000 government engineers are overseeing the $50 billion undertaking, which includes hundreds of thousands of contractors and laborers who are laying more than 2.5 million miles of pipe. 印度是全世界用水最吃緊的國家之一，在2024年之前提供60萬個村落共約1億9200萬戶乾淨自來水，這項宏大的計畫已進行到一半。約1萬8000名政府工程師監督規模500億美元的工程，包括數十萬名包商和工人，鋪設超過250萬哩的水管。 The project has a powerful champion in Prime Minister Narendra Modi, who has slashed through India's notorious red tape and pushed aside thorny political divisions to see it through. His success thus far helps explain his dominance over the country's political landscape. 這項計畫有個有力的擁護者：總理莫迪，他打破印度惡名昭彰的官僚作風，把棘手的政治分歧暫放一邊，推動計畫。目前為止他的成功也顯示他在這個國家政治版圖的主導力。 Modi has remained popular despite a weak economy and a bungled initial response to the coronavirus that left hundreds of thousands dead. He has increasingly relied on communal politics, continuing to consolidate a Hindu nationalist base he has worked for decades to rally. 即使經濟疲弱，且一開始對新冠病毒的笨拙反應造成數十萬人死亡，莫迪仍舊廣得人心。他日漸依賴宗教團體式政治，持續鞏固印度教國族主義基本盤，他投注數十年整合這些勢力。 But the mission to deliver water to every household combines two of Modi's political strengths: his grasp of the day-to-day problems of hundreds of millions of India's poor and his penchant for ambitious solutions. Modi, who grew up in a poor village, has spoken emotionally about his own mother's hardship in fetching water. 不過，將水送到所有家戶的任務，結合莫迪的兩個政治力量：他對印度數億貧窮人口日常問題的理解，以及喜好採取極具雄心的解決方案。在貧窮村莊長大的莫迪，曾充滿感情的談到母親以前取水的困難。 About one-sixth of India's households had a clean water tap when the program, called Jal Jeevan Mission, began in 2019. Now, almost half have one. 當這個「水生活任務」2019年開始時，印度家戶有潔淨自來水者約六分之一。現在，幾乎一半。 “You rarely have this drive from the government, the head of state, and it is well funded. Behind the concept, there is budget,” said Nicolas Osbert, who leads the UNICEF water and sanitation unit in India. “All social sectors were impacted by COVID. Not this one. This one was preserved.” 「你很少能從政府或國家領袖獲得這種推動力，而且資金充裕。在這個概念後面，重點是預算」，聯合國兒童基金會印度分部水資源和衛生主管歐斯柏特說，「所有社福單位都遭遇新冠病毒衝擊，但這個沒有，這個計畫保留下來」。 The country's water problem speaks to the mismatch between its global economic ambitions and the dire conditions of much of its 1.4 billion population, two-thirds of whom still live in rural areas. 這個國家的用水問題顯示，其全球經濟野心和14億人口中許多人的悲慘情況，頗不相配。印度人口三分之二住在鄉村地區。Source article: https://udn.com/news/story/6904/6034821 Next Article Topic: Typhoonless year brings water shortage in fall/winter Most years, Taiwan is hit by typhoons during the summer and fall, but we have yet to see a typhoon this year. This unusual situation has put pressure on water supply levels in reservoirs around Taiwan. 台灣每年夏、秋兩季颱風頻繁，但詭異的是，今年截至目前為止，竟無任何一個颱風登陸台灣，造成水庫缺水問題。 Due to global warming, the typhoons generated in the Pacific Ocean this year have all moved northward, bypassing Taiwan. Although successive fronts and afternoon showers have brought rainfall, it was only fragmented, covering limited areas and did little to replenish reservoirs. As a result, the reservoir storage this year is lower than in previous years. 這是因為全球暖化之影響，今年大平洋生成的颱風往北移，導致沒有任何一個颱風進來台灣，雖然陸續有鋒面及午後陣雨帶來雨量，但下雨範圍多為局部地區，導致水庫蓄水量較往年低。 According to the Water Resource Agency, as of 2pm yesterday, the Shihmen Reservoir's water storage was 44 percent of capacity, the Feicuei Reservoir's was 62.3 percent and the Zengwen Reservoir's was 31.3 percent. Two of the three major water reservoirs have less than 50 percent of their water storage capacity. 水利署資料顯示，截至昨日下午二時為止，石門水庫蓄水量為百分之四十四，翡翠水庫蓄水量百分之六十二點三，曾文水庫蓄水率百分之三十一點三，三大水庫中有兩座儲水量低於五成。 In order to prepare for demand for water next year, the government has decided to implement three measures to control water usage. Firstly, starting from last Wednesday, night water pressure in the Taoyuan, Hsinchu and Miaoli areas was to be lowered from 11pm through to 5am the following day. Secondly, the irrigation of some areas of Taoyuan, Hsinchu and Miaoli was to be suspended, and farmers affected by the measures will receive government compensation. Thirdly, the Ministry of Economic Affairs is setting up a central drought response center to better respond to the crisis and to distribute water resources according to needs. Taiwanese are advised to take water-saving measures. 為審慎因應明年用水需求，政府實施三項因應措施。第一，桃竹苗中自上週三起，每天晚上十一點至隔日清晨五點實施減壓供水；第二，桃竹苗部分地區的農田，將停止供灌，政府也會給予補償，維持農民生活；第三，經濟部將成立抗旱中央應變中心，拉高應變層級，做好調度節水，更請全民配合省水。Source article: https://www.taipeitimes.com/News/lang/archives/2020/10/19/2003745390 Next Article Topic: Gel-like ice is the lightest form of waterer ever discovered 迄今發現最輕盈的水形態，凝膠般的冰 The frosty cubes we pull from our freezers are just one of 17 possible types of ice, and an 18th type isn't far from being made real. 我們從冰箱裡拿出來的冰塊，只是17種可能出現的冰類型之一，而第18種冰類型的出現，距離也不遠了。 Hexagonal ice, and the occasional cubic ice in our upper atmosphere, are the only two forms that occur naturally on Earth. Other ices might be found on exoplanets or in the atmospheres of the outer planets. 「六角形晶體結構冰」和偶爾出現的「立方體構冰」存在於我們的上層大氣，是唯二能在地球上自然形成的冰類型。其他類型的冰，則可見於系外行星或外行星的大氣層中。 Under atmospheric pressure or higher, water molecules get squeezed and freeze into a solid denser than normal ice. But when the pressure drops below this, water molecules become a less-dense, lightweight crystal that's more air than molecule – like an icy candy floss. So far, we only know of two kinds of low-density ice: space fullerenes and zeolitic ices. But lighter ice structures hadn't been spotted until now. 在一般大氣壓力或更高壓的情況下，被擠壓的水分子凝固成比正常水冰更密集的固體。不過，當大氣壓力降低，水分子會轉變成輕盈、密度較低的晶體，分子內含有更多空氣，就像是冰的棉花糖。目前，我們只知道兩種低密度的冰：「富勒烯冰」和「沸石冰」。更輕盈的冰結構，迄今仍未被辨識。 Masakazu Matsumoto at Okayama University in Japan and his team played molecular Jenga to find this new type of ice, removing and reconfiguring existing zeolitic ice structures to make them lighter. They found more than 300 different nanoscale structures through computer simulations. 日本岡山理科大學的松本正和研究團隊，透過分子疊疊樂，發現這款新類型的冰；他們移除並重新配置既存的「沸石冰」結構，使其更加輕盈。研究團隊透過電腦模擬，找出超過300種不同的奈米尺度結構。Source article: http://iservice.ltn.com.tw/Service/english/english.php?engno=1161164&day=2017-12-18
------------------------------- 通勤學英語VIP加值內容與線上課程 ------------------------------- 通勤學英語VIP訂閱方案：https://open.firstory.me/join/15minstoday 社會人核心英語有聲書課程連結：https://15minsengcafe.pse.is/554esm ------------------------------- 15Mins.Today 相關連結 ------------------------------- 歡迎針對這一集留言你的想法： 留言連結 主題投稿/意見回覆 : ask15mins@gmail.com 官方網站：www.15mins.today 加入Clubhouse直播室：https://15minsengcafe.pse.is/46hm8k 訂閱YouTube頻道：https://15minsengcafe.pse.is/3rhuuy 商業合作/贊助來信：15minstoday@gmail.com ------------------------------- 以下是此單集逐字稿 (播放器有不同字數限制，完整文稿可到官網) ------------------------------- Topic: Water-Stressed India Seeks a Tap for Every Home The pipes are laid, the taps installed and the village tank is under construction — all promising signs that, come spring, Girja Ahriwar will get water at her doorstep and finally shed a lifelong burden. 管子鋪好，水龍頭裝好，村子的水槽正在建造。這些充滿希望的跡象顯示，春季來臨時，吉爾嘉．艾里瓦可以在家門口取到水，而且終於解除長期以來的負擔。 “I go out and put the jerrycans in the queue at around 5 a.m. and wait there with the children,” Ahriwar, a mother of three who lives in the central Indian state of Madhya Pradesh, said about her routine of fetching from the village hand pump. “Sometimes it could take five or six hours. I have to stay there because if I leave, someone else moves ahead.” 「我大約在清晨5時出門，把大水桶排進隊伍，然後和孩子們一起等待」，住在印度中部中央邦、三個孩子的媽艾里瓦說，她的例行公事就是從村子的手動泵浦取水，「有時候得花五或六個小時，我必須一直留在這裡，因為如果我離開了，其他人就會搶先往前」。 India, one of the world's most water-stressed countries, is halfway through an ambitious drive to provide clean tap water by 2024 to all of the roughly 192 million households across its 600,000 villages. About 18,000 government engineers are overseeing the $50 billion undertaking, which includes hundreds of thousands of contractors and laborers who are laying more than 2.5 million miles of pipe. 印度是全世界用水最吃緊的國家之一，在2024年之前提供60萬個村落共約1億9200萬戶乾淨自來水，這項宏大的計畫已進行到一半。約1萬8000名政府工程師監督規模500億美元的工程，包括數十萬名包商和工人，鋪設超過250萬哩的水管。 The project has a powerful champion in Prime Minister Narendra Modi, who has slashed through India's notorious red tape and pushed aside thorny political divisions to see it through. His success thus far helps explain his dominance over the country's political landscape. 這項計畫有個有力的擁護者：總理莫迪，他打破印度惡名昭彰的官僚作風，把棘手的政治分歧暫放一邊，推動計畫。目前為止他的成功也顯示他在這個國家政治版圖的主導力。 Modi has remained popular despite a weak economy and a bungled initial response to the coronavirus that left hundreds of thousands dead. He has increasingly relied on communal politics, continuing to consolidate a Hindu nationalist base he has worked for decades to rally. 即使經濟疲弱，且一開始對新冠病毒的笨拙反應造成數十萬人死亡，莫迪仍舊廣得人心。他日漸依賴宗教團體式政治，持續鞏固印度教國族主義基本盤，他投注數十年整合這些勢力。 But the mission to deliver water to every household combines two of Modi's political strengths: his grasp of the day-to-day problems of hundreds of millions of India's poor and his penchant for ambitious solutions. Modi, who grew up in a poor village, has spoken emotionally about his own mother's hardship in fetching water. 不過，將水送到所有家戶的任務，結合莫迪的兩個政治力量：他對印度數億貧窮人口日常問題的理解，以及喜好採取極具雄心的解決方案。在貧窮村莊長大的莫迪，曾充滿感情的談到母親以前取水的困難。 About one-sixth of India's households had a clean water tap when the program, called Jal Jeevan Mission, began in 2019. Now, almost half have one. 當這個「水生活任務」2019年開始時，印度家戶有潔淨自來水者約六分之一。現在，幾乎一半。 “You rarely have this drive from the government, the head of state, and it is well funded. Behind the concept, there is budget,” said Nicolas Osbert, who leads the UNICEF water and sanitation unit in India. “All social sectors were impacted by COVID. Not this one. This one was preserved.” 「你很少能從政府或國家領袖獲得這種推動力，而且資金充裕。在這個概念後面，重點是預算」，聯合國兒童基金會印度分部水資源和衛生主管歐斯柏特說，「所有社福單位都遭遇新冠病毒衝擊，但這個沒有，這個計畫保留下來」。 The country's water problem speaks to the mismatch between its global economic ambitions and the dire conditions of much of its 1.4 billion population, two-thirds of whom still live in rural areas. 這個國家的用水問題顯示，其全球經濟野心和14億人口中許多人的悲慘情況，頗不相配。印度人口三分之二住在鄉村地區。Source article: https://udn.com/news/story/6904/6034821 Next Article Topic: Typhoonless year brings water shortage in fall/winter Most years, Taiwan is hit by typhoons during the summer and fall, but we have yet to see a typhoon this year. This unusual situation has put pressure on water supply levels in reservoirs around Taiwan. 台灣每年夏、秋兩季颱風頻繁，但詭異的是，今年截至目前為止，竟無任何一個颱風登陸台灣，造成水庫缺水問題。 Due to global warming, the typhoons generated in the Pacific Ocean this year have all moved northward, bypassing Taiwan. Although successive fronts and afternoon showers have brought rainfall, it was only fragmented, covering limited areas and did little to replenish reservoirs. As a result, the reservoir storage this year is lower than in previous years. 這是因為全球暖化之影響，今年大平洋生成的颱風往北移，導致沒有任何一個颱風進來台灣，雖然陸續有鋒面及午後陣雨帶來雨量，但下雨範圍多為局部地區，導致水庫蓄水量較往年低。 According to the Water Resource Agency, as of 2pm yesterday, the Shihmen Reservoir's water storage was 44 percent of capacity, the Feicuei Reservoir's was 62.3 percent and the Zengwen Reservoir's was 31.3 percent. Two of the three major water reservoirs have less than 50 percent of their water storage capacity. 水利署資料顯示，截至昨日下午二時為止，石門水庫蓄水量為百分之四十四，翡翠水庫蓄水量百分之六十二點三，曾文水庫蓄水率百分之三十一點三，三大水庫中有兩座儲水量低於五成。 In order to prepare for demand for water next year, the government has decided to implement three measures to control water usage. Firstly, starting from last Wednesday, night water pressure in the Taoyuan, Hsinchu and Miaoli areas was to be lowered from 11pm through to 5am the following day. Secondly, the irrigation of some areas of Taoyuan, Hsinchu and Miaoli was to be suspended, and farmers affected by the measures will receive government compensation. Thirdly, the Ministry of Economic Affairs is setting up a central drought response center to better respond to the crisis and to distribute water resources according to needs. Taiwanese are advised to take water-saving measures. 為審慎因應明年用水需求，政府實施三項因應措施。第一，桃竹苗中自上週三起，每天晚上十一點至隔日清晨五點實施減壓供水；第二，桃竹苗部分地區的農田，將停止供灌，政府也會給予補償，維持農民生活；第三，經濟部將成立抗旱中央應變中心，拉高應變層級，做好調度節水，更請全民配合省水。Source article: https://www.taipeitimes.com/News/lang/archives/2020/10/19/2003745390 Next Article Topic: Gel-like ice is the lightest form of waterer ever discovered 迄今發現最輕盈的水形態，凝膠般的冰 The frosty cubes we pull from our freezers are just one of 17 possible types of ice, and an 18th type isn't far from being made real. 我們從冰箱裡拿出來的冰塊，只是17種可能出現的冰類型之一，而第18種冰類型的出現，距離也不遠了。 Hexagonal ice, and the occasional cubic ice in our upper atmosphere, are the only two forms that occur naturally on Earth. Other ices might be found on exoplanets or in the atmospheres of the outer planets. 「六角形晶體結構冰」和偶爾出現的「立方體構冰」存在於我們的上層大氣，是唯二能在地球上自然形成的冰類型。其他類型的冰，則可見於系外行星或外行星的大氣層中。 Under atmospheric pressure or higher, water molecules get squeezed and freeze into a solid denser than normal ice. But when the pressure drops below this, water molecules become a less-dense, lightweight crystal that's more air than molecule – like an icy candy floss. So far, we only know of two kinds of low-density ice: space fullerenes and zeolitic ices. But lighter ice structures hadn't been spotted until now. 在一般大氣壓力或更高壓的情況下，被擠壓的水分子凝固成比正常水冰更密集的固體。不過，當大氣壓力降低，水分子會轉變成輕盈、密度較低的晶體，分子內含有更多空氣，就像是冰的棉花糖。目前，我們只知道兩種低密度的冰：「富勒烯冰」和「沸石冰」。更輕盈的冰結構，迄今仍未被辨識。 Masakazu Matsumoto at Okayama University in Japan and his team played molecular Jenga to find this new type of ice, removing and reconfiguring existing zeolitic ice structures to make them lighter. They found more than 300 different nanoscale structures through computer simulations. 日本岡山理科大學的松本正和研究團隊，透過分子疊疊樂，發現這款新類型的冰；他們移除並重新配置既存的「沸石冰」結構，使其更加輕盈。研究團隊透過電腦模擬，找出超過300種不同的奈米尺度結構。Source article: http://iservice.ltn.com.tw/Service/english/english.php?engno=1161164&day=2017-12-18
Abrimos en tierras asiáticas, con vivaces cantos japoneses evocaciones del cine bollywoodiense, enlazando después China con Italia y la Iberia medieval, para terminar con muy diversos e intrigantes experimentos desde el Hexágono, es decir, el territorio francés, con sorprendentes producciones llegadas desde Auvernia, Gascuña y Bretaña. We open in Asian lands, with lively Japanese songs, evocations of Bollywood cinema, then linking China with Italy and medieval Iberia, to finish with very diverse and intriguing experiments from the Hexagon, that is, the French territory, with surprising productions coming from Auvergne, Gascony and Brittany. – Remon Nakanishi – Hohai bushi – Hinano Iezuto – Priti Menon – Aaja tu mera ban ke – Namaste Bombay: A musical tribute to Hindi cinema [V.A.] – Priti Kaur – Baadal aur hawa – Namaste Bombay: A musical tribute to Hindi cinema [V.A.] – Guo Gan, Fabio Turchetti, Alberto Venturini – Folle è ben chi si crede – Monteverdi world – Luca Congedo, Fabio Turchetti – Miragres fremosos – Una luce – Suonno d’Ajere – Fotografia – Nun v’annammurate – La Dévorante – Bourrée du grand père de Gustave Ythier – La Dévorante – Aèdes – A malaja la bugada – Camin sobiran – Jeuselou du Dimanche – Bourrée du voisin de Lamorangie – Saison 1 – François Robin & Mathias Delplanque – Perdu – L’ombre de la bête – Artús – Faust – Cerc 📸 Aèdes
Colombia comparte el Grupo B en el Sudamericano con las selecciones de Brasil, Venezuela, Chile y Bolivia. Paniagua espera clasificar al hexagonal final y disputar el título.See omnystudio.com/listener for privacy information.
------------------------------- 通勤學英語VIP加值內容與線上課程 ------------------------------- 通勤學英語VIP訂閱方案：https://open.firstory.me/join/15minstoday 社會人核心英語有聲書課程連結：https://15minsengcafe.pse.is/554esm ------------------------------- 15Mins.Today 相關連結 ------------------------------- 歡迎針對這一集留言你的想法： 留言連結 主題投稿/意見回覆 : ask15mins@gmail.com 官方網站：www.15mins.today 加入Clubhouse直播室：https://15minsengcafe.pse.is/46hm8k 訂閱YouTube頻道：https://15minsengcafe.pse.is/3rhuuy 商業合作/贊助來信：15minstoday@gmail.com ------------------------------- 以下是此單集逐字稿 (播放器有不同字數限制，完整文稿可到官網) ------------------------------- Topic: Water-Stressed India Seeks a Tap for Every Home The pipes are laid, the taps installed and the village tank is under construction — all promising signs that, come spring, Girja Ahriwar will get water at her doorstep and finally shed a lifelong burden. 管子鋪好，水龍頭裝好，村子的水槽正在建造。這些充滿希望的跡象顯示，春季來臨時，吉爾嘉．艾里瓦可以在家門口取到水，而且終於解除長期以來的負擔。 “I go out and put the jerrycans in the queue at around 5 a.m. and wait there with the children,” Ahriwar, a mother of three who lives in the central Indian state of Madhya Pradesh, said about her routine of fetching from the village hand pump. “Sometimes it could take five or six hours. I have to stay there because if I leave, someone else moves ahead.” 「我大約在清晨5時出門，把大水桶排進隊伍，然後和孩子們一起等待」，住在印度中部中央邦、三個孩子的媽艾里瓦說，她的例行公事就是從村子的手動泵浦取水，「有時候得花五或六個小時，我必須一直留在這裡，因為如果我離開了，其他人就會搶先往前」。 India, one of the world's most water-stressed countries, is halfway through an ambitious drive to provide clean tap water by 2024 to all of the roughly 192 million households across its 600,000 villages. About 18,000 government engineers are overseeing the $50 billion undertaking, which includes hundreds of thousands of contractors and laborers who are laying more than 2.5 million miles of pipe. 印度是全世界用水最吃緊的國家之一，在2024年之前提供60萬個村落共約1億9200萬戶乾淨自來水，這項宏大的計畫已進行到一半。約1萬8000名政府工程師監督規模500億美元的工程，包括數十萬名包商和工人，鋪設超過250萬哩的水管。 The project has a powerful champion in Prime Minister Narendra Modi, who has slashed through India's notorious red tape and pushed aside thorny political divisions to see it through. His success thus far helps explain his dominance over the country's political landscape. 這項計畫有個有力的擁護者：總理莫迪，他打破印度惡名昭彰的官僚作風，把棘手的政治分歧暫放一邊，推動計畫。目前為止他的成功也顯示他在這個國家政治版圖的主導力。 Modi has remained popular despite a weak economy and a bungled initial response to the coronavirus that left hundreds of thousands dead. He has increasingly relied on communal politics, continuing to consolidate a Hindu nationalist base he has worked for decades to rally. 即使經濟疲弱，且一開始對新冠病毒的笨拙反應造成數十萬人死亡，莫迪仍舊廣得人心。他日漸依賴宗教團體式政治，持續鞏固印度教國族主義基本盤，他投注數十年整合這些勢力。 But the mission to deliver water to every household combines two of Modi's political strengths: his grasp of the day-to-day problems of hundreds of millions of India's poor and his penchant for ambitious solutions. Modi, who grew up in a poor village, has spoken emotionally about his own mother's hardship in fetching water. 不過，將水送到所有家戶的任務，結合莫迪的兩個政治力量：他對印度數億貧窮人口日常問題的理解，以及喜好採取極具雄心的解決方案。在貧窮村莊長大的莫迪，曾充滿感情的談到母親以前取水的困難。 About one-sixth of India's households had a clean water tap when the program, called Jal Jeevan Mission, began in 2019. Now, almost half have one. 當這個「水生活任務」2019年開始時，印度家戶有潔淨自來水者約六分之一。現在，幾乎一半。 “You rarely have this drive from the government, the head of state, and it is well funded. Behind the concept, there is budget,” said Nicolas Osbert, who leads the UNICEF water and sanitation unit in India. “All social sectors were impacted by COVID. Not this one. This one was preserved.” 「你很少能從政府或國家領袖獲得這種推動力，而且資金充裕。在這個概念後面，重點是預算」，聯合國兒童基金會印度分部水資源和衛生主管歐斯柏特說，「所有社福單位都遭遇新冠病毒衝擊，但這個沒有，這個計畫保留下來」。 The country's water problem speaks to the mismatch between its global economic ambitions and the dire conditions of much of its 1.4 billion population, two-thirds of whom still live in rural areas. 這個國家的用水問題顯示，其全球經濟野心和14億人口中許多人的悲慘情況，頗不相配。印度人口三分之二住在鄉村地區。Source article: https://udn.com/news/story/6904/6034821 Next Article Topic: Typhoonless year brings water shortage in fall/winter Most years, Taiwan is hit by typhoons during the summer and fall, but we have yet to see a typhoon this year. This unusual situation has put pressure on water supply levels in reservoirs around Taiwan. 台灣每年夏、秋兩季颱風頻繁，但詭異的是，今年截至目前為止，竟無任何一個颱風登陸台灣，造成水庫缺水問題。 Due to global warming, the typhoons generated in the Pacific Ocean this year have all moved northward, bypassing Taiwan. Although successive fronts and afternoon showers have brought rainfall, it was only fragmented, covering limited areas and did little to replenish reservoirs. As a result, the reservoir storage this year is lower than in previous years. 這是因為全球暖化之影響，今年大平洋生成的颱風往北移，導致沒有任何一個颱風進來台灣，雖然陸續有鋒面及午後陣雨帶來雨量，但下雨範圍多為局部地區，導致水庫蓄水量較往年低。 According to the Water Resource Agency, as of 2pm yesterday, the Shihmen Reservoir's water storage was 44 percent of capacity, the Feicuei Reservoir's was 62.3 percent and the Zengwen Reservoir's was 31.3 percent. Two of the three major water reservoirs have less than 50 percent of their water storage capacity. 水利署資料顯示，截至昨日下午二時為止，石門水庫蓄水量為百分之四十四，翡翠水庫蓄水量百分之六十二點三，曾文水庫蓄水率百分之三十一點三，三大水庫中有兩座儲水量低於五成。 In order to prepare for demand for water next year, the government has decided to implement three measures to control water usage. Firstly, starting from last Wednesday, night water pressure in the Taoyuan, Hsinchu and Miaoli areas was to be lowered from 11pm through to 5am the following day. Secondly, the irrigation of some areas of Taoyuan, Hsinchu and Miaoli was to be suspended, and farmers affected by the measures will receive government compensation. Thirdly, the Ministry of Economic Affairs is setting up a central drought response center to better respond to the crisis and to distribute water resources according to needs. Taiwanese are advised to take water-saving measures. 為審慎因應明年用水需求，政府實施三項因應措施。第一，桃竹苗中自上週三起，每天晚上十一點至隔日清晨五點實施減壓供水；第二，桃竹苗部分地區的農田，將停止供灌，政府也會給予補償，維持農民生活；第三，經濟部將成立抗旱中央應變中心，拉高應變層級，做好調度節水，更請全民配合省水。Source article: https://www.taipeitimes.com/News/lang/archives/2020/10/19/2003745390 Next Article Topic: Gel-like ice is the lightest form of waterer ever discovered 迄今發現最輕盈的水形態，凝膠般的冰 The frosty cubes we pull from our freezers are just one of 17 possible types of ice, and an 18th type isn't far from being made real. 我們從冰箱裡拿出來的冰塊，只是17種可能出現的冰類型之一，而第18種冰類型的出現，距離也不遠了。 Hexagonal ice, and the occasional cubic ice in our upper atmosphere, are the only two forms that occur naturally on Earth. Other ices might be found on exoplanets or in the atmospheres of the outer planets. 「六角形晶體結構冰」和偶爾出現的「立方體構冰」存在於我們的上層大氣，是唯二能在地球上自然形成的冰類型。其他類型的冰，則可見於系外行星或外行星的大氣層中。 Under atmospheric pressure or higher, water molecules get squeezed and freeze into a solid denser than normal ice. But when the pressure drops below this, water molecules become a less-dense, lightweight crystal that's more air than molecule – like an icy candy floss. So far, we only know of two kinds of low-density ice: space fullerenes and zeolitic ices. But lighter ice structures hadn't been spotted until now. 在一般大氣壓力或更高壓的情況下，被擠壓的水分子凝固成比正常水冰更密集的固體。不過，當大氣壓力降低，水分子會轉變成輕盈、密度較低的晶體，分子內含有更多空氣，就像是冰的棉花糖。目前，我們只知道兩種低密度的冰：「富勒烯冰」和「沸石冰」。更輕盈的冰結構，迄今仍未被辨識。 Masakazu Matsumoto at Okayama University in Japan and his team played molecular Jenga to find this new type of ice, removing and reconfiguring existing zeolitic ice structures to make them lighter. They found more than 300 different nanoscale structures through computer simulations. 日本岡山理科大學的松本正和研究團隊，透過分子疊疊樂，發現這款新類型的冰；他們移除並重新配置既存的「沸石冰」結構，使其更加輕盈。研究團隊透過電腦模擬，找出超過300種不同的奈米尺度結構。Source article: http://iservice.ltn.com.tw/Service/english/english.php?engno=1161164&day=2017-12-18
Steven Flynn - Something (Marco Vittori Remix) [Hexagonal Music]
Steven Flynn - Something (Akiva Remix) [Hexagonal Music] Progressive House
Steven Flynn - Something (John Keding Remix) [Hexagonal Music].
Steven Flynn - Something (Selsi Cueva Remix) [Hexagonal Music]
An airhacks.fm conversation with Jose Paumard (@JosePaumard) about: discussion about Object-oriented programming vs data-oriented programming in Java, using Java record classes, hexagonal architectures, considerations for decoupling and abstractions, the advantages of polymorphism and transparent persistence, the pitfalls of inheritance and abstraction, the importance of naming and cohesion sealed interfaces and switch expressions to implement business logic outside of data classes, using sealed types and switch statements, advantages of better separation of concerns and ease of removing unused code, data-oriented programming with NoSQL, the Citroen 2CV (Duck) Car Jose Paumard on twitter: @JosePaumard
Our adventurers have accepted a job offer from The Firm and have chosen to test their mettle by going through some regular, definitely NOT broken, job simulations. Check out Valda's Spire of Secrets! ▶ https://magehandpress.com/valdas Support the podcast and Patreon ▶ https://www.patreon.com/SirMeowMusic Join the PST Discord server! ▶ https://discord.gg/YNqTT65 Our Dungeon Master ▶ https://twitter.com/BrendanielH Our adventurers: Zhe (Billy) ▶ https://twitter.com/SirMeowMusic Sketch (Mandy) ▶ https://twitter.com/Lord_Mandalore Colt (Cameron) ▶ https://twitter.com/SuperSneakSheep Khyzoq (Ten) ▶ https://twitter.com/TenWebbs Fish (Corbin) ▶ https://twitter.com/lobbymemez Podcast ▶ https://twitter.com/PSTPodcast Animated portraits by Squidinu ▶ https://twitter.com/squidinu Logo by Cards of Ace ▶ https://twitter.com/CardsOf_Ace Thumbnail art by Boo_Rad13y ▶ https://twitter.com/Boo_Rad13y Additional music by Cicada Sirens ▶ https://twitter.com/CicadaSirens
In this episode, Betsy Potash shares how to use hexagonal thinking to improve classroom discussions. She walks you through some of the potential applications at various grade levels with different subject areas. Listen to the Podcast If you enjoy this blog but you'd like to... The post Betsy Potash Shares How to Use Hexagonal Thinking to Improve Discussions appeared first on John Spencer.
In this episode, I was joined by Valentina Cupać to chat about Hexagonal Architecture. We discussed what Hexagonal Architecture is, how it can help us build better software, and the difference between it and other similar architectures, such as Clean and Onion Architecture.Valentina is a Technical Coach at Optive, helping development teams deliver quality software with TDD and Clean Architecture. She also the runs the Tech Excellence community.For a full list of show notes, or to add comments - please see the website here
Tech/House Podacst mixes download free LIVE DJ music mixes EDDIE KITSNER
(Podcast Takeover by Jon Towell and Hexagonal Music)Description:Prepare yourselves for an unparalleled musical experience as Jon Towell and Hexagonal Music take over the airwaves in this groundbreaking podcast episode. In this exclusive session, Jon Towell assumes command, steering us through a sonic adventure that transcends the constraints of time and beats. Brace yourselves to be enthralled by a meticulously curated tracklist, showcasing some of the most exceptional talents in the industry.Tracklist: Sergio Vilas - I'll Be Right There (EANP Remix) Kooku - Dark Places Steven Flynn - Night Runner (Jon Towell Remix) Kebin Van Reeken - Hypnotize (Extended Mix) Jon Towell - Freedom Fighter (Original Mix) Dan Kashtan - Dangerous Places Argy - Ketuvim (Chaim & Jenia Tarsol Remix) Jon Towell - Trancoso (Original Mix) Nicholas Van Orten - Oseram Dan & Dan - In the Back Room (Original Mix) Nicholas Van Orten - Double T Join us on this extraordinary sonic odyssey, where melodic house and techno interweave seamlessly, crafting an immersive experience that will enrapture your senses and elevate your soul. Each track has been carefully handpicked to weave a narrative that unfolds with every beat, enticing you to lose yourself in the enchanting melodies and pulsating rhythms.Follow Jon Towell and Hexagonal Music: Linktree: Jon Towell Facebook: Jon Towell Genres: Progressive House, Melodic House, Melodic Techno Don't miss out on this musical extravaganza, a testament to the artistry of Jon Towell and the creative prowess of Hexagonal Music. Tune in, let the music be your guide, and immerse yourself in the captivating sounds of the Trancoso EP and much more. Get ready to embark on a journey that transcends the boundaries of time and sound.
------------------------------- 強化英語課程資訊 ------------------------------- 「社會人核心英語」有聲書課程連結：https://15minsengcafe.pse.is/554esm ------------------------------- 15Mins.Today 相關連結 ------------------------------- 歡迎針對這一集留言你的想法： 留言連結 官方網站：www.15mins.today 加入Clubhouse直播室：https://15minsengcafe.pse.is/46hm8k 訂閱YouTube頻道：https://15minsengcafe.pse.is/3rhuuy 主題投稿/意見回覆 : ask15mins@gmail.com 商業合作/贊助來信：15minstoday@gmail.com ------------------------------- 以下有參考文字稿～ 各播放器有不同字數限制，完整文稿可到官網搜尋 ------------------------------- Topic: Water-Stressed India Seeks a Tap for Every Home The pipes are laid, the taps installed and the village tank is under construction — all promising signs that, come spring, Girja Ahriwar will get water at her doorstep and finally shed a lifelong burden. 管子鋪好，水龍頭裝好，村子的水槽正在建造。這些充滿希望的跡象顯示，春季來臨時，吉爾嘉．艾里瓦可以在家門口取到水，而且終於解除長期以來的負擔。 “I go out and put the jerrycans in the queue at around 5 a.m. and wait there with the children,” Ahriwar, a mother of three who lives in the central Indian state of Madhya Pradesh, said about her routine of fetching from the village hand pump. “Sometimes it could take five or six hours. I have to stay there because if I leave, someone else moves ahead.” 「我大約在清晨5時出門，把大水桶排進隊伍，然後和孩子們一起等待」，住在印度中部中央邦、三個孩子的媽艾里瓦說，她的例行公事就是從村子的手動泵浦取水，「有時候得花五或六個小時，我必須一直留在這裡，因為如果我離開了，其他人就會搶先往前」。 India, one of the world's most water-stressed countries, is halfway through an ambitious drive to provide clean tap water by 2024 to all of the roughly 192 million households across its 600,000 villages. About 18,000 government engineers are overseeing the $50 billion undertaking, which includes hundreds of thousands of contractors and laborers who are laying more than 2.5 million miles of pipe. 印度是全世界用水最吃緊的國家之一，在2024年之前提供60萬個村落共約1億9200萬戶乾淨自來水，這項宏大的計畫已進行到一半。約1萬8000名政府工程師監督規模500億美元的工程，包括數十萬名包商和工人，鋪設超過250萬哩的水管。 The project has a powerful champion in Prime Minister Narendra Modi, who has slashed through India's notorious red tape and pushed aside thorny political divisions to see it through. His success thus far helps explain his dominance over the country's political landscape. 這項計畫有個有力的擁護者：總理莫迪，他打破印度惡名昭彰的官僚作風，把棘手的政治分歧暫放一邊，推動計畫。目前為止他的成功也顯示他在這個國家政治版圖的主導力。 Modi has remained popular despite a weak economy and a bungled initial response to the coronavirus that left hundreds of thousands dead. He has increasingly relied on communal politics, continuing to consolidate a Hindu nationalist base he has worked for decades to rally. 即使經濟疲弱，且一開始對新冠病毒的笨拙反應造成數十萬人死亡，莫迪仍舊廣得人心。他日漸依賴宗教團體式政治，持續鞏固印度教國族主義基本盤，他投注數十年整合這些勢力。 But the mission to deliver water to every household combines two of Modi's political strengths: his grasp of the day-to-day problems of hundreds of millions of India's poor and his penchant for ambitious solutions. Modi, who grew up in a poor village, has spoken emotionally about his own mother's hardship in fetching water. 不過，將水送到所有家戶的任務，結合莫迪的兩個政治力量：他對印度數億貧窮人口日常問題的理解，以及喜好採取極具雄心的解決方案。在貧窮村莊長大的莫迪，曾充滿感情的談到母親以前取水的困難。 About one-sixth of India's households had a clean water tap when the program, called Jal Jeevan Mission, began in 2019. Now, almost half have one. 當這個「水生活任務」2019年開始時，印度家戶有潔淨自來水者約六分之一。現在，幾乎一半。 “You rarely have this drive from the government, the head of state, and it is well funded. Behind the concept, there is budget,” said Nicolas Osbert, who leads the UNICEF water and sanitation unit in India. “All social sectors were impacted by COVID. Not this one. This one was preserved.” 「你很少能從政府或國家領袖獲得這種推動力，而且資金充裕。在這個概念後面，重點是預算」，聯合國兒童基金會印度分部水資源和衛生主管歐斯柏特說，「所有社福單位都遭遇新冠病毒衝擊，但這個沒有，這個計畫保留下來」。 The country's water problem speaks to the mismatch between its global economic ambitions and the dire conditions of much of its 1.4 billion population, two-thirds of whom still live in rural areas. 這個國家的用水問題顯示，其全球經濟野心和14億人口中許多人的悲慘情況，頗不相配。印度人口三分之二住在鄉村地區。Source article: https://udn.com/news/story/6904/6034821 Next Article Topic: Typhoonless year brings water shortage in fall/winter Most years, Taiwan is hit by typhoons during the summer and fall, but we have yet to see a typhoon this year. This unusual situation has put pressure on water supply levels in reservoirs around Taiwan. 台灣每年夏、秋兩季颱風頻繁，但詭異的是，今年截至目前為止，竟無任何一個颱風登陸台灣，造成水庫缺水問題。 Due to global warming, the typhoons generated in the Pacific Ocean this year have all moved northward, bypassing Taiwan. Although successive fronts and afternoon showers have brought rainfall, it was only fragmented, covering limited areas and did little to replenish reservoirs. As a result, the reservoir storage this year is lower than in previous years. 這是因為全球暖化之影響，今年大平洋生成的颱風往北移，導致沒有任何一個颱風進來台灣，雖然陸續有鋒面及午後陣雨帶來雨量，但下雨範圍多為局部地區，導致水庫蓄水量較往年低。 According to the Water Resource Agency, as of 2pm yesterday, the Shihmen Reservoir's water storage was 44 percent of capacity, the Feicuei Reservoir's was 62.3 percent and the Zengwen Reservoir's was 31.3 percent. Two of the three major water reservoirs have less than 50 percent of their water storage capacity. 水利署資料顯示，截至昨日下午二時為止，石門水庫蓄水量為百分之四十四，翡翠水庫蓄水量百分之六十二點三，曾文水庫蓄水率百分之三十一點三，三大水庫中有兩座儲水量低於五成。 In order to prepare for demand for water next year, the government has decided to implement three measures to control water usage. Firstly, starting from last Wednesday, night water pressure in the Taoyuan, Hsinchu and Miaoli areas was to be lowered from 11pm through to 5am the following day. Secondly, the irrigation of some areas of Taoyuan, Hsinchu and Miaoli was to be suspended, and farmers affected by the measures will receive government compensation. Thirdly, the Ministry of Economic Affairs is setting up a central drought response center to better respond to the crisis and to distribute water resources according to needs. Taiwanese are advised to take water-saving measures. 為審慎因應明年用水需求，政府實施三項因應措施。第一，桃竹苗中自上週三起，每天晚上十一點至隔日清晨五點實施減壓供水；第二，桃竹苗部分地區的農田，將停止供灌，政府也會給予補償，維持農民生活；第三，經濟部將成立抗旱中央應變中心，拉高應變層級，做好調度節水，更請全民配合省水。Source article: https://www.taipeitimes.com/News/lang/archives/2020/10/19/2003745390 Next Article Topic: Gel-like ice is the lightest form of waterer ever discovered 迄今發現最輕盈的水形態，凝膠般的冰 The frosty cubes we pull from our freezers are just one of 17 possible types of ice, and an 18th type isn't far from being made real. 我們從冰箱裡拿出來的冰塊，只是17種可能出現的冰類型之一，而第18種冰類型的出現，距離也不遠了。 Hexagonal ice, and the occasional cubic ice in our upper atmosphere, are the only two forms that occur naturally on Earth. Other ices might be found on exoplanets or in the atmospheres of the outer planets. 「六角形晶體結構冰」和偶爾出現的「立方體構冰」存在於我們的上層大氣，是唯二能在地球上自然形成的冰類型。其他類型的冰，則可見於系外行星或外行星的大氣層中。 Under atmospheric pressure or higher, water molecules get squeezed and freeze into a solid denser than normal ice. But when the pressure drops below this, water molecules become a less-dense, lightweight crystal that's more air than molecule – like an icy candy floss. So far, we only know of two kinds of low-density ice: space fullerenes and zeolitic ices. But lighter ice structures hadn't been spotted until now. 在一般大氣壓力或更高壓的情況下，被擠壓的水分子凝固成比正常水冰更密集的固體。不過，當大氣壓力降低，水分子會轉變成輕盈、密度較低的晶體，分子內含有更多空氣，就像是冰的棉花糖。目前，我們只知道兩種低密度的冰：「富勒烯冰」和「沸石冰」。更輕盈的冰結構，迄今仍未被辨識。 Masakazu Matsumoto at Okayama University in Japan and his team played molecular Jenga to find this new type of ice, removing and reconfiguring existing zeolitic ice structures to make them lighter. They found more than 300 different nanoscale structures through computer simulations. 日本岡山理科大學的松本正和研究團隊，透過分子疊疊樂，發現這款新類型的冰；他們移除並重新配置既存的「沸石冰」結構，使其更加輕盈。研究團隊透過電腦模擬，找出超過300種不同的奈米尺度結構。Source article: http://iservice.ltn.com.tw/Service/english/english.php?engno=1161164&day=2017-12-18
Welcome back to Growing With Proficiency The Podcast. We've got something special lined up for Episode 50!!! In this episode, we've got Bertha Delgadillo, Spanish teacher and 2022 TOY for the state of Georgia.Today Bertha is sharing with us all about Hexagonal Thinking in the World Language class. But, what is Hexagonal Thinking? It´s a great strategy borrowed from the business world and often seen in English Language Arts classes where students get to make different connections among topics or ideas.And, guess what? You can tweak and adjust it to fit our World Language class, no matter the level.Bertha has used Hexagonal Thinking not only as a formative assessment with PQAs (and if you want to know more about PQAs check out Episode 48) but also as a formative assessment. Whether you're exploring a novel, a movie, a story, a topic, or even a song, Bertha's strategies will help your students connect the dots like never before.In this chat, Bertha breaks it all down, giving you the lowdown on what Hexagonal Thinking is and, more importantly, how you can put it into action. No jargon, just practical tips and insights you can use right away.By the end of this episode, you'll be ready to bring this innovative strategy into your classroom, no matter your language or your students' proficiency level. And if you need more, check out the links below to get into Bertha's upcoming online course all about Hexagonal thinking.So, if you're ready, click right here to listen and learn how Hexagonal Thinking can transform your language class. Tune in now and grow with proficiency!Links & ResourcesHexagonal Thinking Online Course by Bertha DelgadilloHexagonal Thinking PQAs Template FreeBertha Delgadillo's BlogGrowing With Proficiency Blog FB Community Growing With CIConnect with me on IGTPT Store
------------------------------- 強化英語課程資訊 ------------------------------- 「社會人核心英語」有聲書課程連結：https://15minsengcafe.pse.is/554esm ------------------------------- 15Mins.Today 相關連結 ------------------------------- 歡迎針對這一集留言你的想法： 留言連結 官方網站：www.15mins.today 加入Clubhouse直播室：https://15minsengcafe.pse.is/46hm8k 訂閱YouTube頻道：https://15minsengcafe.pse.is/3rhuuy 主題投稿/意見回覆 : ask15mins@gmail.com 商業合作/贊助來信：15minstoday@gmail.com ------------------------------- 以下有參考文字稿～ 各播放器有不同字數限制，完整文稿可到官網搜尋 ------------------------------- Topic: Water-Stressed India Seeks a Tap for Every Home The pipes are laid, the taps installed and the village tank is under construction — all promising signs that, come spring, Girja Ahriwar will get water at her doorstep and finally shed a lifelong burden. 管子鋪好，水龍頭裝好，村子的水槽正在建造。這些充滿希望的跡象顯示，春季來臨時，吉爾嘉．艾里瓦可以在家門口取到水，而且終於解除長期以來的負擔。 “I go out and put the jerrycans in the queue at around 5 a.m. and wait there with the children,” Ahriwar, a mother of three who lives in the central Indian state of Madhya Pradesh, said about her routine of fetching from the village hand pump. “Sometimes it could take five or six hours. I have to stay there because if I leave, someone else moves ahead.” 「我大約在清晨5時出門，把大水桶排進隊伍，然後和孩子們一起等待」，住在印度中部中央邦、三個孩子的媽艾里瓦說，她的例行公事就是從村子的手動泵浦取水，「有時候得花五或六個小時，我必須一直留在這裡，因為如果我離開了，其他人就會搶先往前」。 India, one of the world's most water-stressed countries, is halfway through an ambitious drive to provide clean tap water by 2024 to all of the roughly 192 million households across its 600,000 villages. About 18,000 government engineers are overseeing the $50 billion undertaking, which includes hundreds of thousands of contractors and laborers who are laying more than 2.5 million miles of pipe. 印度是全世界用水最吃緊的國家之一，在2024年之前提供60萬個村落共約1億9200萬戶乾淨自來水，這項宏大的計畫已進行到一半。約1萬8000名政府工程師監督規模500億美元的工程，包括數十萬名包商和工人，鋪設超過250萬哩的水管。 The project has a powerful champion in Prime Minister Narendra Modi, who has slashed through India's notorious red tape and pushed aside thorny political divisions to see it through. His success thus far helps explain his dominance over the country's political landscape. 這項計畫有個有力的擁護者：總理莫迪，他打破印度惡名昭彰的官僚作風，把棘手的政治分歧暫放一邊，推動計畫。目前為止他的成功也顯示他在這個國家政治版圖的主導力。 Modi has remained popular despite a weak economy and a bungled initial response to the coronavirus that left hundreds of thousands dead. He has increasingly relied on communal politics, continuing to consolidate a Hindu nationalist base he has worked for decades to rally. 即使經濟疲弱，且一開始對新冠病毒的笨拙反應造成數十萬人死亡，莫迪仍舊廣得人心。他日漸依賴宗教團體式政治，持續鞏固印度教國族主義基本盤，他投注數十年整合這些勢力。 But the mission to deliver water to every household combines two of Modi's political strengths: his grasp of the day-to-day problems of hundreds of millions of India's poor and his penchant for ambitious solutions. Modi, who grew up in a poor village, has spoken emotionally about his own mother's hardship in fetching water. 不過，將水送到所有家戶的任務，結合莫迪的兩個政治力量：他對印度數億貧窮人口日常問題的理解，以及喜好採取極具雄心的解決方案。在貧窮村莊長大的莫迪，曾充滿感情的談到母親以前取水的困難。 About one-sixth of India's households had a clean water tap when the program, called Jal Jeevan Mission, began in 2019. Now, almost half have one. 當這個「水生活任務」2019年開始時，印度家戶有潔淨自來水者約六分之一。現在，幾乎一半。 “You rarely have this drive from the government, the head of state, and it is well funded. Behind the concept, there is budget,” said Nicolas Osbert, who leads the UNICEF water and sanitation unit in India. “All social sectors were impacted by COVID. Not this one. This one was preserved.” 「你很少能從政府或國家領袖獲得這種推動力，而且資金充裕。在這個概念後面，重點是預算」，聯合國兒童基金會印度分部水資源和衛生主管歐斯柏特說，「所有社福單位都遭遇新冠病毒衝擊，但這個沒有，這個計畫保留下來」。 The country's water problem speaks to the mismatch between its global economic ambitions and the dire conditions of much of its 1.4 billion population, two-thirds of whom still live in rural areas. 這個國家的用水問題顯示，其全球經濟野心和14億人口中許多人的悲慘情況，頗不相配。印度人口三分之二住在鄉村地區。Source article: https://udn.com/news/story/6904/6034821 Next Article Topic: Typhoonless year brings water shortage in fall/winter Most years, Taiwan is hit by typhoons during the summer and fall, but we have yet to see a typhoon this year. This unusual situation has put pressure on water supply levels in reservoirs around Taiwan. 台灣每年夏、秋兩季颱風頻繁，但詭異的是，今年截至目前為止，竟無任何一個颱風登陸台灣，造成水庫缺水問題。 Due to global warming, the typhoons generated in the Pacific Ocean this year have all moved northward, bypassing Taiwan. Although successive fronts and afternoon showers have brought rainfall, it was only fragmented, covering limited areas and did little to replenish reservoirs. As a result, the reservoir storage this year is lower than in previous years. 這是因為全球暖化之影響，今年大平洋生成的颱風往北移，導致沒有任何一個颱風進來台灣，雖然陸續有鋒面及午後陣雨帶來雨量，但下雨範圍多為局部地區，導致水庫蓄水量較往年低。 According to the Water Resource Agency, as of 2pm yesterday, the Shihmen Reservoir's water storage was 44 percent of capacity, the Feicuei Reservoir's was 62.3 percent and the Zengwen Reservoir's was 31.3 percent. Two of the three major water reservoirs have less than 50 percent of their water storage capacity. 水利署資料顯示，截至昨日下午二時為止，石門水庫蓄水量為百分之四十四，翡翠水庫蓄水量百分之六十二點三，曾文水庫蓄水率百分之三十一點三，三大水庫中有兩座儲水量低於五成。 In order to prepare for demand for water next year, the government has decided to implement three measures to control water usage. Firstly, starting from last Wednesday, night water pressure in the Taoyuan, Hsinchu and Miaoli areas was to be lowered from 11pm through to 5am the following day. Secondly, the irrigation of some areas of Taoyuan, Hsinchu and Miaoli was to be suspended, and farmers affected by the measures will receive government compensation. Thirdly, the Ministry of Economic Affairs is setting up a central drought response center to better respond to the crisis and to distribute water resources according to needs. Taiwanese are advised to take water-saving measures. 為審慎因應明年用水需求，政府實施三項因應措施。第一，桃竹苗中自上週三起，每天晚上十一點至隔日清晨五點實施減壓供水；第二，桃竹苗部分地區的農田，將停止供灌，政府也會給予補償，維持農民生活；第三，經濟部將成立抗旱中央應變中心，拉高應變層級，做好調度節水，更請全民配合省水。Source article: https://www.taipeitimes.com/News/lang/archives/2020/10/19/2003745390 Next Article Topic: Gel-like ice is the lightest form of waterer ever discovered 迄今發現最輕盈的水形態，凝膠般的冰 The frosty cubes we pull from our freezers are just one of 17 possible types of ice, and an 18th type isn't far from being made real. 我們從冰箱裡拿出來的冰塊，只是17種可能出現的冰類型之一，而第18種冰類型的出現，距離也不遠了。 Hexagonal ice, and the occasional cubic ice in our upper atmosphere, are the only two forms that occur naturally on Earth. Other ices might be found on exoplanets or in the atmospheres of the outer planets. 「六角形晶體結構冰」和偶爾出現的「立方體構冰」存在於我們的上層大氣，是唯二能在地球上自然形成的冰類型。其他類型的冰，則可見於系外行星或外行星的大氣層中。 Under atmospheric pressure or higher, water molecules get squeezed and freeze into a solid denser than normal ice. But when the pressure drops below this, water molecules become a less-dense, lightweight crystal that's more air than molecule – like an icy candy floss. So far, we only know of two kinds of low-density ice: space fullerenes and zeolitic ices. But lighter ice structures hadn't been spotted until now. 在一般大氣壓力或更高壓的情況下，被擠壓的水分子凝固成比正常水冰更密集的固體。不過，當大氣壓力降低，水分子會轉變成輕盈、密度較低的晶體，分子內含有更多空氣，就像是冰的棉花糖。目前，我們只知道兩種低密度的冰：「富勒烯冰」和「沸石冰」。更輕盈的冰結構，迄今仍未被辨識。 Masakazu Matsumoto at Okayama University in Japan and his team played molecular Jenga to find this new type of ice, removing and reconfiguring existing zeolitic ice structures to make them lighter. They found more than 300 different nanoscale structures through computer simulations. 日本岡山理科大學的松本正和研究團隊，透過分子疊疊樂，發現這款新類型的冰；他們移除並重新配置既存的「沸石冰」結構，使其更加輕盈。研究團隊透過電腦模擬，找出超過300種不同的奈米尺度結構。Source article: http://iservice.ltn.com.tw/Service/english/english.php?engno=1161164&day=2017-12-18
This week we have the long awaited return of Landspeeder Luke, the prince of 3D Printing! If you've seen cool dioramas for Black Series or Hexagonal stands, odds are you have Landspeeder Luke to thank for that design! We catch up with him and how much has changed since he was last on, and completely ignore the time he was on at the beginning of this year with the OOTB crew. Be sure to check out Landspeeder Luke on IG @landspeederluke Also his YouTube channel! https://www.youtube.com/@LandspeederLuke If you want to watch the video version of this podcast, check it out here: https://www.youtube.com/live/CUySSG9ilpI?feature=share Don't forget to give Zach a follow on his new IG @blackseriescantina! https://www.instagram.com/blackseriescantina/ If you want to join future podcasts and listen as we record live and interact with us as it's recording, consider joining us on Patreon. We also host give aways. Or if you just want to support the podcast and see a video version, you can do that there too. The video version is already up! Right now our Patreon is going towards getting us to Star Wars Celebration Tokyo in 2025! https://www.patreon.com/blackseriescantina Check out our Merch! https://black-series-cantina-podcast.creator-spring.com Follow us on twitter: @tbscantina Email us with any questions or comments blackseriescantina@gmail.com Check out Zach on Instagram @blackseriescantina Zach on TikTok @thestarwarsblackseries Check out Mike on YouTube www.youtube.com/c/mikekaess And on IG @Trustysidekick And on Twitter @mikekaess
SpaceTime with Stuart Gary | Astronomy, Space & Science News
This episode of SpaceTime is brought to you with the support of NordVPN. To check out the special deal we have for, please visit www.nordvpn.com/stuartgary - you'll be glad you did.In this episode:**Mars Curiosity Rover's Discovery**: Unearth the secrets of the Red Planet with NASA's latest findings. Ancient mud cracks suggest potential life-friendly conditions on Mars. Dive deep into the significance of these hexagonal patterns and what they mean for the history of microbial life. - **Europe's Eucalyptus Spacecraft's Journey**: Join the European Space Agency as their spacecraft reaches its final orbit. Discover its mission alongside the James Webb Space Telescope and the mysteries they aim to unravel. - **Fiery Skies Over Melbourne**: Experience the awe as Melbourne's sky lights up with space junk from a Russian Soyuz rocket. Learn about the mission behind this rocket and where the debris finally settled. - **Euclid's Mission to Uncover Dark Matter**: Embark on a cosmic journey with the European Space Agency's Euclid spacecraft. Delve into its mission to study dark matter, dark energy, and the accelerating expansion of the universe. - **Science Report Highlights**: Explore the latest in science, from the tragic history of Europe's first human inhabitants to the alarming climate changes in Asia. Stay updated with the most recent discoveries and studies shaping our understanding of the world. Stay tuned with "SpaceTime with Stuart Gary" for more exciting space adventures and scientific revelations.
This week we're bringing you a rerun from very early in the podcast to help refresh our minds on some strategy. Amanda had the pleasure of interviewing Betsy Potash from Spark Creativity. Their conversation centers on hexagonal thinking, and you'll want a pen and notepad handy for this one - so many good ideas!! Enjoy!CLICK HERE FOR SHOW NOTESJoin us around the campfire for Camp BNT at https://bravenewteaching.podia.com/campSupport the show
Jay and Clifton try to decode an inscrutable emblem from our past, Roadside Monument's Beside This Brief Hexagonal. https://www.facebook.com/roadsidemonument https://web.archive.org/web/20070608220652/http:/www.roadsidemonument.com:80/home.html https://mbird.com/religion/17-years-at-mars-hill-life-after-disillusionment/
En Palabras Mayores del 10 de febrero de 2023, Carlos Antonio Vélez analizó el partido la Selección Colombia ante Brasil en la penúltima fecha del Hexagonal sub 20. También felicitó a Falcao García, pero cuestionó el hecho que de no haya ganado nada con el combinado nacional de mayores.
Hernán Peláez y Martín De Francisco conversaron a propósito del desempeño de la Selección Colombia Sub-20 después del partido frente a Uruguay en el Sudamericano.
Que Ruede la Pelota - Miércoles 01 Febrero 2023 Disfruta del mundo del deporte con Que Ruede la Pelota, una producción de Su Presencia Radio.
La selección Colombia sub 20 de la mano del entrenador Héctor Cárdenas clasificó al hexagonal final del suramericano que se jugará en la ciudad de Bogotá. Por su parte la selección de Mayores, dirigida por el argentino Néstor Lorenzo empató en un partido irregular contra su similar de Estados Unidos. Todo esto lo analizaremos como siempre… Entre amigos. Acompáñanos. ----------------------------------------------------------------------------------------------------------
Que Ruede la Pelota - Lunes 30 Enero 2023 Disfruta del mundo del deporte con Que Ruede la Pelota, una producción de Su Presencia Radio.
Today, I am delighted to share a recent discussion that I had with Chad Ferris, He is an Education Consultant who focuses on learning design and organisational culture by developing and sustaining effective and innovative approaches for students, staff, and leaders. He also explores, evaluates, and designs learning spaces that enhance future-focused thinking and learning. Leadership development is a passion and key function of his work, mainly through coaching, mentoring, and professional learning. Chad believes building individual and collective capacity through effective innovative practices is where real change occurs in preparation for the world of tomorrow. You can get n touch with Chad here: Website Twitter The Art of Teaching Podcast resources: Facebook Group: https://www.facebook.com/groups/artofteaching Here is the link to the show notes: https://theartofteachingpodcast.com/ Instagram: https://www.instagram.com/theartofteachingpodcast/
In today's all-panelist episode, we take a shot at demystify domain-driven design. We discuss several books and some concepts that stand out in those texts. How easy or hard do Elixir and Phoenix make it to apply DDD principles? We give our experience with taking these concepts and putting them into practice, and give some tips and resources for getting started. Some of the topics covered: Tactical vs. strategic domain-driven design Event Storming Bounded Contexts Accidental vs Intentional complexity Connect with Adi aditya7iyengar@gmail.com Sponsors Top End Devs Coaching | Top End Devs Links Domain-Driven Design: Tackling Complexity in the Heart of Software Domain-Driven Design Distilled Domain Modeling Made Functional: Tackle Software Complexity with Domain-Driven Design and F# EventStorming DDD, Hexagonal, Onion, Clean, CQRS, ... How I put it all together Picks Adi- GitHub - sasa1977/boundary Adi- Mix: Using Xref to Enforce better Design Adi- Macro - Elixir v1.13.4 Adi- digraph Adi - Three people looking for jobs - reach out to me to connect with them (sr. Elixir engineer, two Jr. Elixir engineers, and others too) Adi- Assassin's Creed Valhalla for Xbox One, PS4, PC & More | Ubisoft (US) Sascha- Virtual Domain-Driven Design Sascha- KanDDDinsky - The art of business software Sascha- Citizen Sleeper on Steam
In this episode Adi and Sascha dig deeper into what it means to consume and build APIs in Elixir and how a RESTful approach compares to choosing GraphQL as your weapon of choice. Along the way they discuss common pitfalls when building APIs (spoiler: one is caching), how to test all of this, and what their personal preferences and experiences are in creating APIs in Elixir. Sponsors Top End Devs Coaching | Top End Devs Links Finch - Finch v0.12.0 HTTPoison - HTTPoison v1.8.1 GitHub - elixir-plug/plug_cowboy: Plug adapter for the Cowboy web server Instant GraphQL APIs on your data | Built-in Authz & Caching JWT.IO DDD, Hexagonal, Onion, Clean, CQRS, ... How I put it all together Protocol Buffers | Google Developers GitHub - parroty/exvcr: HTTP request/response recording library for elixir, inspired by VCR. Boston Elixir June 2021 - Adi Iyengar - Levels of testing API calls How I deal with behaviours and boilerplate - Sascha Wolf A guide to fuzz testing Picks Adi- Reach out if you're hiring Elixir devs! (aditya7iyengar@gmail.com) Adi- Buy a punching bag for both workout/releasing frustration Adi- Testing Elixir Sascha- Deep Rock Galactic
Need an assessment that integrates language skills and requires students to think critically? Try hexagonal thinking. This strategy has students working together to create connections of words, phrases, and ideas. It easily incorporates reading, writing, speaking, and listening as students have to explain their thinking for the connections they make. --- Send in a voice message: https://anchor.fm/ttelt/message Support this podcast: https://anchor.fm/ttelt/support
Imagine having a go-to discussion activity that is both guided and open-ended, both fun and rigorous, both creative and easy to implement. The Hexagonal Thinking Activity has it all, and Betsy Potash from the Spark Creativity Teacher Podcast is here to share it with you! Links mentioned in this episode: https://youtu.be/MZCQeBj6KOk https://www.instagram.com/nowsparkcreativity/?hl=en https://nowsparkcreativity.com/free-hexagonal-thinking-digital-toolkit Are you enjoying the podcast? Tag us @ebacademics and let us know which episode you're listening to! Make sure to Subscribe and leave us a Review! Your review helps us reach even more middle school ELA teachers just like you! It would mean so much to us. To leave a review in iTunes, click HERE and scroll down to Rating and Reviews. Click on "Write a Review" and let us know how this podcast is helping you in your ELA classroom! Other episodes you might enjoy: Constructive Criticism: How to Change Your Mindset and Be Open to Feedback Mini Literary Analysis Writing PD: H
Topic: Water-Stressed India Seeks a Tap for Every Home The pipes are laid, the taps installed and the village tank is under construction — all promising signs that, come spring, Girja Ahriwar will get water at her doorstep and finally shed a lifelong burden. 管子鋪好，水龍頭裝好，村子的水槽正在建造。這些充滿希望的跡象顯示，春季來臨時，吉爾嘉．艾里瓦可以在家門口取到水，而且終於解除長期以來的負擔。 “I go out and put the jerrycans in the queue at around 5 a.m. and wait there with the children,” Ahriwar, a mother of three who lives in the central Indian state of Madhya Pradesh, said about her routine of fetching from the village hand pump. “Sometimes it could take five or six hours. I have to stay there because if I leave, someone else moves ahead.” 「我大約在清晨5時出門，把大水桶排進隊伍，然後和孩子們一起等待」，住在印度中部中央邦、三個孩子的媽艾里瓦說，她的例行公事就是從村子的手動泵浦取水，「有時候得花五或六個小時，我必須一直留在這裡，因為如果我離開了，其他人就會搶先往前」。 India, one of the world's most water-stressed countries, is halfway through an ambitious drive to provide clean tap water by 2024 to all of the roughly 192 million households across its 600,000 villages. About 18,000 government engineers are overseeing the $50 billion undertaking, which includes hundreds of thousands of contractors and laborers who are laying more than 2.5 million miles of pipe. 印度是全世界用水最吃緊的國家之一，在2024年之前提供60萬個村落共約1億9200萬戶乾淨自來水，這項宏大的計畫已進行到一半。約1萬8000名政府工程師監督規模500億美元的工程，包括數十萬名包商和工人，鋪設超過250萬哩的水管。 The project has a powerful champion in Prime Minister Narendra Modi, who has slashed through India's notorious red tape and pushed aside thorny political divisions to see it through. His success thus far helps explain his dominance over the country's political landscape. 這項計畫有個有力的擁護者：總理莫迪，他打破印度惡名昭彰的官僚作風，把棘手的政治分歧暫放一邊，推動計畫。目前為止他的成功也顯示他在這個國家政治版圖的主導力。 Modi has remained popular despite a weak economy and a bungled initial response to the coronavirus that left hundreds of thousands dead. He has increasingly relied on communal politics, continuing to consolidate a Hindu nationalist base he has worked for decades to rally. 即使經濟疲弱，且一開始對新冠病毒的笨拙反應造成數十萬人死亡，莫迪仍舊廣得人心。他日漸依賴宗教團體式政治，持續鞏固印度教國族主義基本盤，他投注數十年整合這些勢力。 But the mission to deliver water to every household combines two of Modi's political strengths: his grasp of the day-to-day problems of hundreds of millions of India's poor and his penchant for ambitious solutions. Modi, who grew up in a poor village, has spoken emotionally about his own mother's hardship in fetching water. 不過，將水送到所有家戶的任務，結合莫迪的兩個政治力量：他對印度數億貧窮人口日常問題的理解，以及喜好採取極具雄心的解決方案。在貧窮村莊長大的莫迪，曾充滿感情的談到母親以前取水的困難。 About one-sixth of India's households had a clean water tap when the program, called Jal Jeevan Mission, began in 2019. Now, almost half have one. 當這個「水生活任務」2019年開始時，印度家戶有潔淨自來水者約六分之一。現在，幾乎一半。 “You rarely have this drive from the government, the head of state, and it is well funded. Behind the concept, there is budget,” said Nicolas Osbert, who leads the UNICEF water and sanitation unit in India. “All social sectors were impacted by COVID. Not this one. This one was preserved.” 「你很少能從政府或國家領袖獲得這種推動力，而且資金充裕。在這個概念後面，重點是預算」，聯合國兒童基金會印度分部水資源和衛生主管歐斯柏特說，「所有社福單位都遭遇新冠病毒衝擊，但這個沒有，這個計畫保留下來」。 The country's water problem speaks to the mismatch between its global economic ambitions and the dire conditions of much of its 1.4 billion population, two-thirds of whom still live in rural areas. 這個國家的用水問題顯示，其全球經濟野心和14億人口中許多人的悲慘情況，頗不相配。印度人口三分之二住在鄉村地區。Source article: https://udn.com/news/story/6904/6034821 Next Article Topic: Typhoonless year brings water shortage in fall/winter Most years, Taiwan is hit by typhoons during the summer and fall, but we have yet to see a typhoon this year. This unusual situation has put pressure on water supply levels in reservoirs around Taiwan. 台灣每年夏、秋兩季颱風頻繁，但詭異的是，今年截至目前為止，竟無任何一個颱風登陸台灣，造成水庫缺水問題。 Due to global warming, the typhoons generated in the Pacific Ocean this year have all moved northward, bypassing Taiwan. Although successive fronts and afternoon showers have brought rainfall, it was only fragmented, covering limited areas and did little to replenish reservoirs. As a result, the reservoir storage this year is lower than in previous years. 這是因為全球暖化之影響，今年大平洋生成的颱風往北移，導致沒有任何一個颱風進來台灣，雖然陸續有鋒面及午後陣雨帶來雨量，但下雨範圍多為局部地區，導致水庫蓄水量較往年低。 According to the Water Resource Agency, as of 2pm yesterday, the Shihmen Reservoir's water storage was 44 percent of capacity, the Feicuei Reservoir's was 62.3 percent and the Zengwen Reservoir's was 31.3 percent. Two of the three major water reservoirs have less than 50 percent of their water storage capacity. 水利署資料顯示，截至昨日下午二時為止，石門水庫蓄水量為百分之四十四，翡翠水庫蓄水量百分之六十二點三，曾文水庫蓄水率百分之三十一點三，三大水庫中有兩座儲水量低於五成。 In order to prepare for demand for water next year, the government has decided to implement three measures to control water usage. Firstly, starting from last Wednesday, night water pressure in the Taoyuan, Hsinchu and Miaoli areas was to be lowered from 11pm through to 5am the following day. Secondly, the irrigation of some areas of Taoyuan, Hsinchu and Miaoli was to be suspended, and farmers affected by the measures will receive government compensation. Thirdly, the Ministry of Economic Affairs is setting up a central drought response center to better respond to the crisis and to distribute water resources according to needs. Taiwanese are advised to take water-saving measures. 為審慎因應明年用水需求，政府實施三項因應措施。第一，桃竹苗中自上週三起，每天晚上十一點至隔日清晨五點實施減壓供水；第二，桃竹苗部分地區的農田，將停止供灌，政府也會給予補償，維持農民生活；第三，經濟部將成立抗旱中央應變中心，拉高應變層級，做好調度節水，更請全民配合省水。Source article: https://www.taipeitimes.com/News/lang/archives/2020/10/19/2003745390 Next Article Topic: Gel-like ice is the lightest form of water ever discovered 迄今發現最輕盈的水形態，凝膠般的冰 The frosty cubes we pull from our freezers are just one of 17 possible types of ice, and an 18th type isn't far from being made real. 我們從冰箱裡拿出來的冰塊，只是17種可能出現的冰類型之一，而第18種冰類型的出現，距離也不遠了。 Hexagonal ice, and the occasional cubic ice in our upper atmosphere, are the only two forms that occur naturally on Earth. Other ices might be found on exoplanets or in the atmospheres of the outer planets. 「六角形晶體結構冰」和偶爾出現的「立方體構冰」存在於我們的上層大氣，是唯二能在地球上自然形成的冰類型。其他類型的冰，則可見於系外行星或外行星的大氣層中。 Under atmospheric pressure or higher, water molecules get squeezed and freeze into a solid denser than normal ice. But when the pressure drops below this, water molecules become a less-dense, lightweight crystal that's more air than molecule – like an icy candy floss. So far, we only know of two kinds of low-density ice: space fullerenes and zeolitic ices. But lighter ice structures hadn't been spotted until now. 在一般大氣壓力或更高壓的情況下，被擠壓的水分子凝固成比正常水冰更密集的固體。不過，當大氣壓力降低，水分子會轉變成輕盈、密度較低的晶體，分子內含有更多空氣，就像是冰的棉花糖。目前，我們只知道兩種低密度的冰：「富勒烯冰」和「沸石冰」。更輕盈的冰結構，迄今仍未被辨識。 Masakazu Matsumoto at Okayama University in Japan and his team played molecular Jenga to find this new type of ice, removing and reconfiguring existing zeolitic ice structures to make them lighter. They found more than 300 different nanoscale structures through computer simulations. 日本岡山理科大學的松本正和研究團隊，透過分子疊疊樂，發現這款新類型的冰；他們移除並重新配置既存的「沸石冰」結構，使其更加輕盈。研究團隊透過電腦模擬，找出超過300種不同的奈米尺度結構。 Source article: http://iservice.ltn.com.tw/Service/english/english.php?engno=1161164&day=2017-12-18
HE'S BACK. On this episode of the Flights of the Round Table Podcast, Dan is activated off the injured reserve and re-joins his beloved squad. The crew looks back on an interesting wild card weekend and examines the fallout from each matchup. A delicious flight board containing a hazy IPA, jalapeno pale ale, blonde ale, and hefeweizen awaits. --- Support this podcast: https://anchor.fm/flightsoftheroundtable/support
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