标签： 上海水磨外卖工作室

　　Xinhua News Agency, Jerusalem, May 22nd　Question: Why do Israeli high-level officials "infighting"

　　Xinhua News Agency reporter Lv Yingxu Wang Zhuolun

　　Israeli Defense Minister galante, wartime cabinet member Ganz and other senior officials have recently publicly raised objections to Prime Minister Netanyahu’s decision, and Ganz even threatened to quit the wartime cabinet. Analysts believe that these actions have made the internal differences that have existed for a long time in Israel’s high-level open, which is behind the changes in domestic public opinion caused by Israel’s predicament in the Gaza conflict. If Ganz, who represents the center-left wing, withdraws from the wartime cabinet, the Israeli government’s policy on the Palestinian issue will be more "right".

　　Openness of internal differences

　　Prime Minister Benjamin Netanyahu, Defense Minister galante and the leader of the main opposition National Unity Party, Ganz, were the three core members with voting rights in the Israeli wartime cabinet established after the new round of Palestinian-Israeli conflict broke out last October. At the press conference on 18th of this month, Ganz released a six-point plan on the conflict in Gaza and its follow-up matters, including rescuing all detainees in Gaza, ending the control of Islamic Resistance Movement (Hamas) in Gaza and demilitarizing the Gaza Strip. After the conflict, the United States, European countries, Arab countries and Palestinians will jointly administer the Gaza Strip and normalize relations with Arab countries.

　　Ganz asked Netanyahu to accept this plan at the latest on June 8, or he would quit the wartime cabinet. "If you choose the fanatical road and lead the country to the abyss, we will be forced to quit the government and rely on the people to form a new government that can achieve real victory."

　　According to a report quoted by the media, the wartime cabinet of Israel considered a proposal to restart personnel exchange talks with Hamas on the evening of 18th, including the extension of the cease-fire period in the second stage, which was supported by galante and Ganz, but Netanyahu still stressed that he was "unwilling to accept any proposal that would lead to the end of the war".

　　Earlier, galante made a video speech on 15th, saying that he had been proposing in the cabinet that a non-hostile Palestinian government should be established to replace Hamas since the current Gaza conflict broke out, but he didn’t get any response. Galante said that in the absence of alternatives, Hamas can only be allowed to rule Gaza again or Israeli military rule over Gaza, but he opposed the latter and urged Netanyahu to give up this option. Ganz voiced his support for galante at that time, saying that he was telling the truth.

　　Israeli public opinion has pointed out that there have been long-standing differences between Israel and high-level officials in handling the war in Gaza, and the statements made by galante and Ganz have made internal contradictions public. This is the "most serious political challenge" for Netanyahu since the outbreak of the new round of Palestinian-Israeli conflict.

　　Public opinion has changed

　　Some analysts believe that galante and Ganz openly challenged Netanyahu this time, which reflects the current battlefield dilemma facing Israel and the changes in public opinion brought by it.

　　Israel has set three major goals for Gaza’s military operations, namely, rescuing detained Israeli personnel, eliminating Hamas and ensuring that the Gaza Strip no longer poses a threat to Israel, but these goals have not been achieved so far and seem to be in the foreseeable future.

　　Israel regards Rafah, the southernmost city in the Gaza Strip, as the last base of Hamas. It wanted to launch a large-scale attack, but it was strongly opposed by the international community, including its main supporter, the United States. At present, it can only adopt the way of "cutting the cake" to expand the scope of attack one by one. In the northern part of the Gaza Strip, the Israeli army recently had to resume air strikes and re-send ground troops to cope with Hamas’s "redeployment of armed forces" here.

　　Since the conflict broke out more than seven months ago, Israeli and Hamas have held several rounds of negotiations. There has been no new progress since a short ceasefire was reached in November last year in exchange for the release of some detainees, and there is no hope for the return of the remaining 100 detainees.

　　In addition, in the border area between Israel and Lebanon, Israel and the Lebanese Hezbollah armed forces supporting Hamas have continued to exchange fire to this day. According to Israeli statistics, the conflict has caused 80,000 Israeli residents on the northern border to flee their homes.

　　Under this circumstance, anti-war and anti-government demonstrations in Israel have become more frequent and larger. Harel Horev, a researcher at the moshe dayan Center for Middle East and Africa Studies at Tel Aviv University in Israel, said that the openness of high-level differences in Israel reflects the changes in domestic public opinion, and more and more Israelis think it is necessary to draw up a plan for Gaza’s post-war arrangements.

　　Johnathan Freeman, an expert on international relations at Hebrew University in Jerusalem, believes that Ganz’s public opposition to Netanyahu’s government may be aimed at a new round of general elections, and he intends to gain voters’ support by putting forward clear political ideas. The latest polls show that if the general election is held now, the support rate of Ganz is 35% and that of Netanyahu is 32%.

　　The government may be more "right"

　　Regarding Ganz’s proposal, Netanyahu said in a statement on the evening of 18th that these demands were "outdated remarks", which meant that "Israel failed, most of the hostages were abandoned, Hamas continued to exist and a Palestinian state was established".

　　In addition, Israeli far-right representative and national security minister Ben-Gervais called on Netanyahu to remove Ganz and galante from their posts on the 19th. Another far-right figure, Finance Minister Smout Leahy, called for a long-term "military presence" in the Gaza and launched an attack on Lebanon on the 19th.

　　The current Israeli government, composed of right-wing and far-right forces, is known as the "rightmost government in history" and has a tough attitude on the Palestinian issue. Among them, the ultra-right forces are especially so. They advocate continuing military operations in Gaza until Hamas is completely destroyed, and demand that aid materials be prohibited from entering Gaza. Analysts pointed out that the Likud group led by Netanyahu needs the support of the far-right party to maintain its ruling position, so the far-right can kidnap the government on relevant policies.

　　Horev said that Ganz’s withdrawal from the wartime cabinet could not force Netanyahu to dissolve the parliament and hold a new general election. If Netanyahu finally refuses to accept Ganz’s proposal and Ganz withdraws from the wartime cabinet, the influence of the centrist in government decision-making will be weakened and the government’s policy will be more "right".

　　However, some analysts believe that Ganz’s statement may be just a "show." Freeman said that Ganz felt that there was an increase in public criticism of his continuing to stay in the wartime cabinet. This statement was intended to show the public that his staying in the wartime cabinet could influence decision-making. Israel’s Ha ‘aretz published an article on the 18th, pointing out that Netanyahu needs Ganz from the center-left to stay in the wartime cabinet to hedge the pressure brought by the extreme right forces, and Ganz himself may not really quit the wartime cabinet.

Hosted by China Aerospace News Agency and co-organized by Beijing Aerospace Digital Sea Technology Co., Ltd., the "Aerospace Digital Sea Cup", which was jointly selected by famous academicians and experts in aerospace and military fields such as Zhang Lvqian, Xu Guangyu and Wang Wei, and authoritative media reporters engaged in scientific and technological reporting in China, was announced on the 2nd.

Ten pieces of news, including the successful mission of Tianzhou-1, were selected as the top ten news of China Aerospace in 2017. Ten pieces of news, including SpaceX’s major breakthrough in the reusable technology of spacecraft, were selected as the top ten news of world aerospace in 2017.

In this selection, two pieces of China space news were selected as the top ten news in the world space, which effectively reflected the new major scientific and technological achievements that China has continuously made in the process of building a space power and a world science and technology power.

China Aerospace Newspaper is the only authoritative industry media publicly issued in China’s aerospace field. So far, it has held five consecutive news selection activities for China Aerospace and World Aerospace, which has a wide influence in the industry. Beijing Aerospace Digital Sea Technology Co., Ltd., which co-organized this news selection activity, focuses on aerospace popular science education and the transformation of aerospace integration of defense and civilian technologies achievements, and is committed to promoting the extensive promotion of aerospace culture, the cross-integration of aerospace technology and civil market, promoting the transformation of aerospace scientific and technological achievements, and promoting the further development of China’s aerospace integration of defense and civilian technologies industry and popular science culture industry.

The specific selection results are as follows-

Top Ten News of China Aerospace

The mission of Tianzhou-1 was a complete success, and the second step of China’s manned spaceflight project was successfully completed.

On April 20th, China successfully launched the first cargo spacecraft Tianzhou-1 at Wenchang Space Launch Site in Hainan. Tianzhou-1 successfully verified the key technologies of space station cargo replenishment, in-orbit propellant replenishment and autonomous rapid rendezvous and docking, and was controlled to re-enter the atmosphere and burned on September 22. Tianzhou-1 mission is the final battle of the space laboratory mission of manned spaceflight project. The complete success of the mission marks the successful completion of the second step of China’s manned spaceflight project, and China’s manned spaceflight project has entered a new stage of development.

2. China’s commercial space launch has made new breakthroughs.

On January 9th, the Kuaizhou-1A universal solid-state launch vehicle was successfully launched at Jiuquan Satellite Launch Center in China. This is the "first order" for commercial space launch of Kuaizhou series rockets developed by China Aerospace Science and Industry Group Co., Ltd.. On November 21st, China’s new generation carrier rocket Long March 6 successfully launched three satellites at Taiyuan Satellite Launch Center. This is the first commercial launch mission of the Chang-6 rocket developed by China Aerospace Science and Technology Corporation. At present, the global market demand for satellite applications is increasingly extensive, and China’s commercial launch is characterized by many models, wide demand, rapid response and rapid development.

3. The successful launch of Zhongxing 16 opened the era of satellite communication in Qualcomm, China.

On April 12th, the satellite Shijian-13 (Zhongxing-16) was successfully launched into orbit from long march 3b in xichang satellite launch center. This satellite is China’s first communication satellite with engineering application of electric propulsion in Qualcomm, and it is also the first satellite with full configuration of Dongfanghong-3 B platform. It has undertaken the task of carrying out high-speed laser communication experiment with the earth on the geosynchronous orbit satellite for the first time in China.

4. Mozi completed three scientific goals ahead of schedule.

On August 10th, Mozi, the world’s first experimental satellite for quantum science, which was completely independently developed by China, successfully realized two-way quantum communication between satellite and ground for the first time in the world. In less than a year, Mozi completed the three scientific goals of high-speed quantum key distribution, quantum entanglement distribution and quantum teleportation experiment of satellites, which were originally scheduled for two years. This indicates that China’s quantum communication research has reached a leading position in the world.

5. The Beidou-3 double star was successfully launched, opening a new era of global networking.

On November 5th, China successfully launched the first binary star of Beidou-3 with the Long March 3B/Expedition I carrier rocket in xichang satellite launch center. The first launch of Beidou-3 global networking satellite was a complete success, which opened a new era of global networking of Beidou satellite navigation system, and the "three-step" development strategy of Beidou satellite navigation system entered the "last step".

6. On-orbit delivery of China’s new generation geostationary meteorological satellite Fengyun-4

On September 25th, the on-orbit delivery ceremony of China’s new generation geostationary meteorological satellite Fengyun-4 was held in Beijing. The satellite was officially delivered to the user China Meteorological Bureau by the development unit China Aerospace Science and Technology Corporation. The on-orbit delivery of Fengyun-4 satellite marks the upgrading of China’s geostationary meteorological satellite observation system and the leap from "parallel running" to "leading" of China’s geostationary meteorological satellites, which is of great significance for ensuring the continuous, reliable and stable operation of China’s geostationary meteorological observation business and improving the international status and influence of China’s aerospace and meteorological undertakings.

7. Algerian No.1 communication satellite was successfully launched, and Arab countries welcomed the first China star.

On December 11th, long march 3b successfully launched Algerian-1 communication satellite in xichang satellite launch center. A Xing-1 is the first communication satellite in Algeria and the first cooperation project between China and Algeria in the space field, which has set a successful precedent for cooperation between China and Arab countries in the space field.

8. "Wukong" successfully obtained the most accurate electron cosmic ray spectrum.

On November 30th, China Academy of Sciences announced the detection results of China’s dark matter particle detection satellite "Wukong": during the first 530 days of its orbit, the satellite collected about 2.8 billion high-energy cosmic rays, including about 1.5 million electron cosmic rays above 25 GeV (1 GeV = 1 billion electron volts). Based on these data, researchers have successfully obtained the most accurate electron cosmic ray energy spectrum in the world, which will help to find clues about the existence of dark matter.

9. China’s first X-ray space astronomical satellite "Huiyan" was launched.

On June 15th, China successfully launched the first X-ray space astronomical satellite "Huiyan" with the Long March 4 B carrier rocket at Jiuquan Satellite Launch Center. At the same time, the launch also carried a number of satellites such as the Uruguayan NewSat-3 small satellite. The full name of "Huiyan" is Hard X-ray Modulation Telescope Satellite (HXMT), which is another important space science satellite in China. It will significantly improve the development level of China’s large-scale scientific satellites, fill the gap of China’s space X-ray exploration satellites, and realize the leap from ground observation to joint observation of heaven and earth in the field of space high-energy astrophysics.

10. The "Moon Palace 365" plan was launched.

On May 10th, the first batch of volunteers of "Yuegong 365" experimental plan entered Yuegong No.1 experimental module. The experimental plan of "Yuegong 365" is to live in "Yuegong No.1" for 365 days. The experimenters are divided into two groups alternately, with 4 people in each group. The first group has 60 days, the second group has 200 days, and then the first group completes another 105 days. "Yuegong No.1" is the first ground-based experimental device of biological regeneration life support system in space base in China and the third in the world.

Top Ten World Aerospace News in 2017

1. SpaceX has made a major breakthrough in the reusable technology of spacecraft.

In 2017, SpaceX made several major breakthroughs in the reusable technology of spacecraft. On March 31, the company successfully launched the "second-hand" Falcon 9 rocket, realizing the company’s first reuse of a liquid launch vehicle. On June 4, the company’s Falcon 9 rocket successfully launched the "second-hand" dragon spacecraft developed for the company, which was the first time SpaceX reused the orbital-class spacecraft. On December 15th, the company launched a "second-hand" spacecraft with a "second-hand" rocket for the first time. The first stage of Falcon 9 rocket and the cargo "Dragon" spacecraft used in this launch were used once in June 2017 and April 2015 respectively.

2. China Mozi completed three scientific goals ahead of schedule.

On August 10th, Mozi, the world’s first quantum science experimental satellite independently developed by China, successfully realized the two-way quantum communication between satellite and ground for the first time in the world. In less than one year, Mozi completed the three scientific goals of high-speed quantum key distribution between satellite and ground, quantum entanglement distribution and quantum teleportation experiment between satellite and ground, which indicated that China’s quantum communication research had reached a leading position in the world.

3. Cassini probe hits Saturn and ends its mission.

On September 15th, the American Cassini probe, which has been running in Saturn’s orbit for 13 years, ended its mission by hitting Saturn, and sent the atmospheric data obtained back to Earth before it crashed, which is helpful to further increase human’s understanding of Saturn. Cassini probe has been running in Saturn’s orbit for 13 years since it arrived in Saturn’s orbit in 2004, which has brought amazing discoveries to mankind-knowledge about this "straw hat planet" and its many mysterious satellites.

The mission of Tianzhou-1 was a complete success, and the second step of China’s manned spaceflight project was successfully completed.

On April 20th, China successfully launched the first cargo spacecraft Tianzhou-1 at Wenchang Space Launch Site in Hainan. Tianzhou-1 successfully verified the key technologies of space station cargo replenishment, in-orbit propellant replenishment and autonomous rapid rendezvous and docking, and was controlled to re-enter the atmosphere and burned on September 22. Tianzhou-1 mission is the final battle of the space laboratory mission of manned spaceflight project. The complete success of the mission marks the successful completion of the second step of China’s manned spaceflight project, and China’s manned spaceflight project has entered a new stage of development.

5. The United States successfully restarted the voyager 1 thruster that had been dormant for 37 years.

On November 28th, NASA issued a statement saying that a group of thrusters of Voyager 1 probe which had been dormant for 37 years had been successfully restarted. According to the statement, Voyager 1 has been using a set of "attitude control thrusters" to fine-tune its attitude, so that its antenna is always aimed at the earth and the communication between the two is kept smooth. However, since 2014, the performance of this group of thrusters began to deteriorate. Therefore, NASA decided to start four spare "orbit correction operation thrusters". Voyager 1 was launched in 1977, and now it has flown more than 20 billion kilometers away from the sun, leaving the heliosphere region of the sun and being in interstellar space.

6. Japan has completed the deployment of the initial operation capability of the "quasi-zenith" system.

On August 19th, Japan successfully launched the fourth quasi-zenith system satellite. So far, Japan has completed the deployment of the first phase of the quasi-zenith system, creating conditions for the initial operation of the system. According to the plan, Japan will complete the test of the system in early 2018 and put it into initial operation. "Quasi-zenith" system is an autonomous regional satellite navigation system independently developed by Japan, which has two functions of GPS enhancement and autonomous navigation service, covering Japan and its surrounding areas, and will enable Japan to establish an independent satellite navigation service capability.

7. The QB50 project satellite led by Europe and participated by many countries was successfully launched.

On April 18th, 28 QB50 satellites were launched by American Cosmos-5 carrier rocket. On June 23rd, the second batch of eight satellites of QB50 project entered sun-synchronous orbit by Indian carrier rocket, and the deployment of QB50 scientific satellites was officially completed. The purpose of this project is to carry out the largest multi-point in-situ detection of the earth’s atmosphere’s lower thermosphere so far, and at the same time verify the "resistance sail" deorbiting technology. The QB50 project was initiated by the European Union in 2011. Fifteen international institutions cooperated to lead the project. More than 40 universities, research institutions and companies from 23 countries, including four universities in China, participated in the satellite development.

8. India successfully launched a 104-star rocket to set a world record.

On February 15th, India successfully launched 104 satellites with PSLV carrier rocket, setting a world record for launching multiple satellites with one arrow. The carrying capacity of Indian PSLV rocket in 620km sun synchronous orbit is 1.75t.. Among the 104 satellites launched this time, the main load is a domestic remote sensing satellite weighing 714 kilograms. There are also two nanosatellites from India weighing 8.4 kg and 9.7 kg respectively, and the other 101 satellites are from the United States, Israel, Kazakhstan, Switzerland, the United Arab Emirates and the Netherlands, with a maximum weight of no more than 4.7 kg.

9. The United States and Russia jointly launched the "Deep Space Portal" lunar orbit space station project.

On September 27th, NASA and the Russian National Aerospace Corporation signed a joint statement, announcing that they would jointly build the first lunar orbiting space station named "Deep Space Portal" as a lunar base for deep exploration of the solar system and sending humans to Mars. "Deep Space Portal" is the name of the first space station in NASA’s manned landing on Mars. It will orbit between the earth and the moon and is expected to be launched as early as 2022. Since then, on December 12, US President Trump officially signed the "Space Policy No.1 Directive", requesting NASA to restart the manned moon landing program.

10. The US X-37B space plane set a new record for in-orbit flight.

On May 7, the U.S. space plane X-37B flew in Earth orbit for a record 718 days and returned to the ground on the same day. Like its previous three space missions, the US Air Force kept the mission very secret. The US Air Force issued a statement saying that the X-37B space plane carried out an in-orbit test during this mission, and at the same time extended the total time of the aircraft in orbit to 2085 days.

(Guangming Rong Media Reporter Xing Yuxi)

In recent years, more and more China students choose to study abroad. Which Japanese animation design schools are there? This article aims at this problem, sorting out the information for everyone, and then let’s learn about it together.

Recommended by Japan Animation Design School

1. Kyoto elite university

Kyoto Seika University (English: Kyoto Seika University) is a Japanese private university located in Kyoto Prefecture, which was founded in 1968. Kyoto Essence University takes respecting personality and treating every student seriously as its educational foundation, and through imparting and researching knowledge and art, it enables students to form self-reliant personality that serves human society wholeheartedly. The purpose of the school is to cultivate self-reliant talents who are responsible for the society, so it has always maintained the perspective of paying attention to the real society and implemented activities that contribute to the society. In Kyoto elite university, an organic society is formed with the support of teachers and students, and education is implemented on the basis of interpersonal communication in this university society.

Referred to as essence or essence. Essence University is the first university in Japan to establish a cartoon major. It is a very representative university in the field of cartoon major. It has an excellent lineup of professors and even attracts much attention in the world. In 2010, the first manga research department in Japan was established for the purpose of studying manga and developing manga business. In Japan, the Department of Cartoon Studies at Kyoto Seibu University is the cradle for training cartoonists and cartoonists. There, students can learn how to make cartoons of so-called cartoonists, and also study many theories of cartoons in depth.

2. Tokyo University of the Arts

Tokyo University of the Arts (Japanese Hiragana: とぅきょぅげぃじゅつだぃがく) is referred to as ". Its predecessor was the Tokyo Fine Arts School and the Tokyo Music School, which were founded in 1887 respectively. In 1949, the two schools merged to form the new Tokyo University of the Arts. The main purpose of Tokyo University of the Arts is to train artists in the fields of fine arts and music. Among them, the Music Department has trained many famous composers, performers and conductors, and the Fine Arts Department has also produced many famous painters, artists and architects.

The educational purpose of this school is: to cultivate artists with the highest level of art education in the world, artists with artistic professionals, and educators/researchers in the art field; Promote the inheritance of traditional culture and create new artistic expressions, and at the same time communicate with Japanese and overseas art and education research institutions and other fields; Recognizing the importance of heart activity and promoting the formation of a rich and dynamic society in this field, citizens are committed to creating opportunities to be familiar with art and make contributions to society with art.

The school consists of 2 departments and 14 disciplines, including the Fine Arts Department (painting department, sculpture department, craft department, design department, architecture department, art performance department and art discipline) and the Music Department (composition department, conductor department, vocal music department, instrumental music department, bang music department, music science department and music environment creation department).

3. Musashino University of Fine Arts

Musashino University of Fine Arts (Japanese pseudonym: むさしのびじゅつだぃがく, English name: Musashino Art University, MAU) is located in Ogawa, Xiaoping City, Tokyo. Founded in 1962, it was formerly the Imperial School of Fine Arts, which began in 1929.

In the 24th year of Heisei (2012), Musashino University of Fine Arts was successfully included in Japan’s global talent cultivation promotion plan. The program is jointly implemented by the Ministry of Education, Culture, Sports, Science and Technology of Japan and the Japan Association for the Promotion of Academic Affairs, and is a financial support program aimed at cooperating with universities to promote international education and enhance the international competitiveness of a new generation of young Japanese talents.

Musashino University of Fine Arts is a comprehensive university of fine arts modeling education. The fine arts discipline has four majors: Japanese painting, oil painting, printmaking and sculpture. The design discipline includes six majors: visual communication, craft industry, space performance, basic design, architecture and image. In order to explore new fields, the school has also set up two new majors, namely, art culture and information design, with a total of 12 majors. Musashino University of Fine Arts is an art specialized institution of higher learning with the largest classification of disciplines and the largest education scale in Japan.

4. Tama University of Fine Arts

Tama University of Fine Arts, established in 1935, was a Japanese private university with university education in 1953. It’s called "Domomey" for short. The main campuses of the university are located in Hachiko and Ueno Mao, and it is now the largest fine arts university in Japan. It is also one of the five largest universities in Tokyo. Together with Tokyo University of Arts and Musashino University of Fine Arts, it is the top fine arts university in Japan.

5. Baozang University

Baozuka University is a private university established in 1987, referred to as Baozuka University. Formerly known as Baozhong University of Plastic Arts, it is operated by Kansai Women’s College, a school legal person. It consists of three major disciplines, namely plastic arts, media content design and nursing. Compared with the majors of design and animation, Baodong University has set up related courses in plastic arts and media content design. However, there are still some differences in emphasis. For example, in the cartoon course of plastic arts design, computer design and abstract design will be more emphasized, and the direction of employment is animation design in film and television and stage. In the subject of media content design, the cartoon course focuses on the basic skills of independent work design and hand-drawing, and trains talents with cartoonists and full-time authors as the goals.

The above is the introduction of Japanese animation design school, I hope it will help you.

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