▲ High-level meeting between the two parties

Chen Junwei, Secretary of the Party Committee and President of Hailiang Education, introduced the blueprint for the future development of Hailiang Education. He pointed out: Hailiang Education is vigorously implementing the two strategies of “prospering education with talents” and “prospering education with science and technology”, taking “making the world without difficult schools” as its mission, exploring a brand-new smart campus governance system, and setting management thinking into context , To achieve new changes in the future school management model. Ruijie Networks has been focusing on the research and development of smart teaching products and being an expert in smart classrooms for many years, and has provided professional information solutions for 3 million primary and middle school teachers and students. The two parties can form a very good complementation of their advantages and achieve common development, especially in strategic centralized procurement and cooperative research and development with broad prospects for cooperation. It is hoped that through this signing, both parties can work together to accelerate cooperation projects and achieve a win-win situation at an early date.

Huang Yuhui, vice president of Ruijie Networks, said: Hailiang Education’s vision is very great, and many views coincide with Ruijie. Ruijie’s market positioning when it was founded was to do education, and it started from K12, with a deep sense of education. In the twenty years of serving and educating users, Ruijie has never forgotten its original intention and is grateful. Based on the trust of users, whether in the field of basic education, vocational education or higher education, Ruijie has continuously launched useful and easy-to-use special solutions for various educational information scenarios. Ruijie and Hailiang Education have many opportunities for cooperation, and hope that through multi-dimensional and deep-level cooperation, they can jointly develop products that meet the needs of Hailiang’s education, so that revolutionary educational concepts can be implemented in each school.

▲ The strategic cooperation is officially signed Hailiang Education Party Secretary and President Chen Junwei (left), Ruijie Networks Vice President Huang Yuhui (right) Facing the future, the two parties will cooperate to establish a “teaching innovation experimental base” to conduct all-round exchanges and cooperation on cutting-edge technical topics related to education informatization, sharing results, and application practices. The content involves campus all-optical networks, smart classrooms, and campuses. Cloud desktop and many other educational information fields promote the in-depth integration of leading informatization and digital technology with modern teaching concepts. ▲ Ruijie Networks awarded Hailiang Education the “Teaching Innovation Experimental Base” At the same time, Ruijie Networks will also become an important alliance unit of the “Hailiang Education Smart Campus Global Alliance”. The “Hailiang Education Smart Campus Global Alliance” led by the Hailiang Education Research Institute aims to introduce the world’s highest-end scientific research and technical forces, and through cooperation with outstanding enterprises in the industry, universities, scientific research institutes, etc., to empower with science and technology” The construction of “smart campus” will ultimately accelerate the realization of the goal of promoting education through science and technology. ▲ Hailiang Education awarded Ruijie Networks the “Hailiang Education Smart Campus Global Alliance Strategic Partner” ▲ Group photo at the signing ceremony of strategic cooperation In the construction of a smart campus, the daily use and management of a large number of teaching equipment, the management and control of the Internet of Things in meeting rooms, co-class classrooms and special classrooms, the access, use, management, operation and maintenance of various new teaching equipment and scenes, and the school The construction of data management requires a set of high-speed, stable, easy-scalable, and easy-to-manage network topology solutions to carry services. In 2020, Hailiang Education conducted an in-depth discussion on the “Minimal Ethernet All-Optical Network Solution” launched by Ruijie, and fully demonstrated it in its two newly-built schools, and then formally adopted the solution for the construction of smart campuses. A good result of informatization construction has been achieved. The high-quality campus network construction, management, and operation and maintenance experience brought by the “Minimalist Ethernet All Optical Network” has made Hailiang Education aware of the accelerated realization of “Using standards and technology to empower traditional basic education, allowing high-quality resources to be shared and The academic experience can be quickly copied.” The alliance force of the educational construction goal has become a good opportunity for the two sides to carry out strategic cooperation. Based on deep industry accumulation in the education field, Hailiang Education and Ruijie Networks are both shouldering the historical mission and corporate responsibilities of promoting China to become an education power and realizing the great Chinese dream. Become a partner that advances hand in hand and forge ahead. The two parties will realize mutual empowerment, promote the R&D and design of innovative technologies and solutions that meet the application scenarios of education and teaching, and promote the construction and application of higher standards of education informatization. The intelligent campus governance system reforms the management model of future schools, adding more digital and intelligent new vitality to China’s private education. With the expectation that, as Mr. Ye Cuiwei, the principal of Hailiang Education Management Group and a contemporary education expert, said, “Hold on our mission, pursue forever, seize opportunities, raise the starting point, and achieve a new leap in private education in the new era!” [HailiangEducationwasfoundedin1995bytheworld’stop500companies-HailiangGroupIthas26yearsofbasiceducationand19yearsofinternationaleducationhistoryItisChina’sfirstbasiceducationgrouplistedonNASDAQintheUnitedStatesOneoftheprivateeducationgroupswiththewidestcoverageandlargestscaleintheK12fieldItindependentlyorganizesoperatesandmanagesnearly100schools(parks)in12provincesTherearemorethan80000studentsintheschoolfrom34provincesmunicipalitiesand26countriesandregions】 [RuijieNetworksisanindustry-leadingproviderofICTinfrastructureandindustrysolutionsIthasanindependentR&Dteamcomposedofnearly3000R&Dpersonnelanditsbusinessscopecoversmorethan50countriesandregionsaroundtheworldServingeducationfor20yearsRuijie’sbasiceducationsolutionshavebeenwidelyusedin2000educationmetropolitanareanetworksmorethan80000primaryandsecondaryschoolsandkindergartensmorethan60000wirelessteachingclassroomsand12millionclouddesktopterminalsacrossthecountry】

In fact, new technology is becoming the key for mobile phone manufacturers to seize the market. Judging from the new models released by major mobile phone brand manufacturers recently, folding screen phones with novel appearances have become the main line of smart phone hardware innovation. For more than 10 years, the iPhone has defined the overall shape and style of smartphones, but it is clear that people have become a little tired of continuing the same shape for many years. For the folding mobile phone that most tests the technical strength of the mobile phone manufacturer, who can make the folding screen mobile phone from an expensive financial product to a product that can effectively improve the user’s efficiency will undoubtedly bring a halo effect to the mobile phone manufacturer. The new era of mobile phone form: folding screen A few days ago, China Mobile Terminal Laboratory’s “The Second Phase of 5G Terminal Consumption Trend Report in 2020” showed that the frequency of mobile phone users in China is further extending, reaching an average of 25.3 months. In the PC era, there is a law that software promotes the continuous development of hardware, and the early mobile phone market also followed this law. But with the general improvement in quality control and mediocre innovation, this law has begun to fail during the bottleneck period of the industry, and many people have no urge to change to a new mobile phone. The turning point occurred with the emergence of folding phones. Folding and stretching, craftsmanship is exquisite, who doesn’t want to have a folding phone? Many organizations believe that folding screens will become a major trend in the development of the smart phone market in the future. According to IHS Markit’s forecast, the global folding screen market shipments in 2020 will reach nearly 5.2 million units, and it is expected to exceed 50 million units in 2025, with a compound growth rate of about 57% from 2020 to 2025. With the rapid rise in the popularity of folding screen mobile phones, more and more mobile phone manufacturers have begun to enter the game. In February 2020, Samsung released the Z Flip, its second folding screen mobile phone. In terms of design, it uses a fold up and down method. When the screen is fully unfolded, it is a 6.7-inch screen; On February 22 this year, Huawei also iterated its new product folding screen mobile phone-Huawei Mate X2. Compared with the previous two generations, it has a major change in appearance design. It adopts an internal folding screen design scheme. The inner screen is a flexible screen with a golden ratio of 8:7.1, with a size of 8.01 inches. From the timeline, although Samsung and Huawei’s folding screen phones have been “debut” for 2 years, the million-level shipments still remain in the niche group early adopters, largely because of their high cost. price. IHS has compared Samsung’s folding mobile phone with the flagship phone released at the same time and found that the increased raw material cost is mainly reflected in the display, hinge, motherboard PCB, battery, chip and other components. “Taking the comparison between Samsung Galaxy Fold and Galaxy S10+ as an example, the total cost has increased by 30%. Among them, due to the increase of the display screen area, the BOM cost of the display screen of the Galaxy Fold has increased by 77% compared with the Galaxy S10+; while the battery and the hinge are zero. The cost of components has increased by 120%, and the cost of PCB has increased by 14%. Not only that, due to the dual-mainboard design of folding mobile phones, the consumption of chips, FPC, metal structural parts, electromagnetic shielding parts, etc. will also be greatly increased.” However, in April this year, Xiaomi came to change the folding screen industry. The first sale breaks 400 million in one minute; it has been folded for 180 hours and has been folded 400,000 times in a row…The Xiaomi MIX FOLD folding screen with a price of less than 10,000 yuan releases a strong signal to the outside world through a series of data: folding The machine may no longer be a toy for a few people. It is also worth mentioning that Apple, which is absent from the folding screen market, is also actively developing folding screen products. Earlier, there were media reports that Apple is studying a technology that enables two or more devices to work together when they are close. This technology can create a foldable iPhone that does not bend the screen. According to the document description, Apple’s folding technology uses two completely independent screens, which can be used as a display when unfolded. “We predict that if Apple can solve the key technology and mass production problems of folding mobile devices in 2021, Apple may launch a 7.5-8 inch foldable iPhone in 2023.” Tianfeng Securities, well-known Apple analyst Guo Ming Z, announced Wrote in the research report. With more and more mainstream mobile phone manufacturers launching new folding mobile phones, senior industry insiders believe that in the future, folding screen mobile phones are expected to accelerate from a “niche” to popularization. Folding screens are approaching the cost and reliability explosion cycle Even if it is becoming a trend, compared with ordinary mobile phones, folding screen mobile phones still face greater problems in terms of screen, cover, hinge, touch, cost, and software matching. Founder Securities once pointed out that “folding screen hinges use more than 100 components, which have the characteristics of high complexity, high folding life requirements, and high product reliability requirements.” And Everbright Securities stated that the hinges of folding mobile phones must ensure that the mobile phone is folded. Keep a certain R angle after opening, and keep it flat after opening, and it also needs to withstand more than 100,000 folding tests, which is very difficult for research and development. As early as February 2019, Samsung was the first to release the Galaxy Fold, a folding screen phone. However, due to black screen, splash screen, and screen bumps, Samsung delayed the global sales date of this $1,980 product. It was a big setback for Samsung. Although the Huawei Mate X did not reveal any quality problems when it went public, the lack of mass production has caused it to be in a state of “difficult to find a single machine” for a long time. A Mate X on the second-hand market was once fired up to RMB 8 to 90,000. After redesigning the Galaxy Fold and officially launching it on the market, Samsung officially announced that its own product can be folded 200,000 times. However, according to the screen folding test conducted by SquareTrade, which purchased the product, the hinge lost 98% after folding 119,380 times. The damping sense, half of the screen stops working. Huawei did not disclose the specific number of times its new folding mobile phone Mate X2 has been folded. Whether folding screens can be popularized, the core lies in two aspects: cost and reliability. From the current mobile phone manufacturers, Xiaomi is very likely to become a promoter of folding screen mobile phones. First of all, compared with other expensive folding phones, the price of Xiaomi MIX FOLD is obviously very cost-effective. Why can the price be lowered below 10,000 yuan? This is inseparable from the smart factory built by Xiaomi in Beijing Yizhuang. This smart factory called “Black Light Factory” covers an area of ​​18,600 square meters and is equipped with a “full-process automated production line from production management to machine processing, packaging and storage. It is capable of producing more than one million smartphones each year. The folding screen MIX FOLD is also produced in this factory. According to Lei Jun, the Xiaomi Industry Fund has invested in more than 70 semiconductor and smart manufacturing companies. What Xiaomi will do in the future is “manufacturing by manufacturing” to help more manufacturing companies realize smart manufacturing. Secondly, in terms of technical reliability, the U-shaped hinge design adopted by Xiaomi MIX FOLD is very precise and tough. It has not only passed 200,000 bending reliability tests, but also has a limit of 1 million folding times. In order to further verify the folding ability of Xiaomi MIX FOLD, Lei Jun also arranged a live broadcast last month, using mechanical devices to open and close a Xiaomi MIX FOLD continuously and violently for 24 hours, and all netizens can watch the progress at any time. After 7 days of challenge, Xiaomi MIX FOLD has completed 400,000 folding times, which is equivalent to a 10-year life span in normal use. Stand out from the competition. The high-end leap of Chinese mobile phones under the folding screen In recent years, domestic mobile phone manufacturers have led the world in technological innovation. Take Xiaomi as an example: the first under-screen camera, under-screen fingerprint recognition, 120W fast charge…Every time the “black technology” is released, it leads the technological trend of the mobile phone circle. . But from a long-term perspective, the core technology investment related to chips can help brands build long-term growth capabilities. After Huawei, it is generally believed that almost no domestic mobile phones can participate in the high-end competition between Apple and Samsung. Recently, affected by trade frictions and other factors, my country has frequently encountered serious problems of “stuck necks” in the semiconductor field. The independence and controllability has aroused great attention and reflection of the whole society, and domestic substitution has become a necessity. But as we all know, the chip industry pursues the three high laws: high risk, high input, and high output, and there is a huge demand for funds. Judging from the current situation, Xiaomi is second only to Huawei in the future-leading folding screen field and high-end market, and is currently the only domestic mobile phone manufacturer capable of independent research and development of chips. Earlier, a lot of noise from the outside world questioned that Xiaomi’s self-developed chips were in a difficult production, but Lei Jun publicly responded that Xiaomi’s road to core making has never stopped. 2021 is the seventh year of Xiaomi’s core dream. In this year, Xiaomi’s second commercial self-developed chip, the surging C1 (image signal processing chip ISP), is again used in its own products. If SoC is the brain of the mobile phone, then the ISP is the visual nerve center of the mobile phone, which plays a vital role in imaging quality. It is reported that the surging C1 was completed by Xiaomi in 2 years and invested hundreds of millions of R&D expenses. The 3A algorithm, low-light focusing ability and image quality have been improved, which can bring more accurate auto white balance, auto focus, auto exposure and Image quality. At the same time, the world’s first liquid lens adopted by Xiaomi MIX FOLD can achieve 3X optical zoom, up to 30X telephoto, and 3cm macro focus more easily. Although it is only a small chip, it is worth mentioning that the ISP technology content is not small. Xiaomi is the only two domestic mobile phone manufacturers that produce self-developed ISPs. Lei Jun said, “This surging C1 is a small step on the road of Xiaomi’s chip and a milestone in Xiaomi’s imaging technology. To provide users with a better experience, we continue to explore, and the surging waves never stop.” All of this is inseparable from Xiaomi’s investment in research and development. The financial report shows that in 2020, Xiaomi’s research and development has reached 9.3 billion yuan. The company said that it will continue to increase investment in various technologies in the future. At the same time, Lei Jun stated in the “Open Letter to Investors” that Xiaomi has established the “three iron laws” that will never change: technology-based, cost-effectiveness as the key link, and the coolest products. “In 2020, our R&D investment will be close to 10 billion. This year we expect to increase by more than 30%, which is expected to exceed 13 billion yuan. We will further expand the size of our R&D team. This year we will recruit more than 5,000 engineers.” Through Xiaomi’s series of layouts, it can be seen that Xiaomi is embarking on an original path to master more independent core technologies. When the fierce battle among manufacturers is going on, who can become the next leader in the high-end market remains to be discussed in the market, but Xiaomi is full of hope.

Inspired by the brilliant and mysterious universe, realme 8 Pro is designed as if bringing the whole starry sky into the palm of the user’s hand. With the AG Crystal anti-glare process, the back of the phone becomes magically sparkling thanks to the magnified and brightened anti-glare particles. In 2 color versions Galactic Blue and Mystical Black, mineral crystals create a matte finish that both resists fingerprints and creates a mysterious depth effect like an endless universe. The message “Dare to Leap” is placed along the right edge, occupying about 1/3 of the back, as an affirmation for the spirit of “Dare to live” of young people that realme is aiming for. realme 8 Pro with vibrant Gold color full of personality With the spirit of unlimited creativity, on June 12, 2021, realme 8 Pro also launched a brilliant Gold version covered with sparkling design, magical light surrounding the camera and the message “Dare” to Leap” stand out. The special fluorescent material absorbs light and glows in the dark, helping users “shine” no matter the day or night. Special fluorescent material absorbs light and glows in the dark highlighting the “Dare to Leap” message With a weight of 176 grams, a thickness of 8.1mm and a width of 73.9mm, realme 8 Pro fits in the palm of your hand, easy to operate. The 6.4-inch Super Amoled screen occupies most of the front, has Full HD + resolution, high brightness to help display clearly and allows good reading of content even in the sun. Powerful performance, strong battery Favored in both design and performance, realme 8 Pro offers a smooth multi-tasking or game experience thanks to its Qualcomm Snapdragon 720G processor, 8GB of RAM and 128GB of UFS 2.1 storage. Easily expandable via a separate microSD card tray. The device operates on the realme UI 2.0 operating system (Android 11), integrated with a 4,500mAh battery, combined with SuperDart fast charging with a capacity of up to 50W. realme 8 Pro is equipped with Qualcomm Snapdragon 720G processor and 4,500mAh battery A realme representative said that the battery-saving “super” mode when activated helps realme 8 Pro with 5% battery to wait for 32 hours or make 98 minutes of voice calls, without interrupting communication when needed. In addition, 50W SuperDart technology allows a 100% recharge in just 47 minutes, while increasing the safety of both the user and the device with 5 layers of protection. Pick up the device, become a “professional” For young users, every minute is good, every experience is a memory, so the need to record youth with beautiful photos is increasing day by day. Cluster of 4 108MP rear cameras with many advanced upgrade support features Grasping this mentality, realme 8 Pro favorably equips a cluster of 4 rear cameras, of which the main sensor (Samsung ISOCELL HM2) has a resolution of up to 108MP, f/1.9, focal length 26mm, size 1/1.52 inches. When shooting in ideal conditions, the machine can produce photos with a resolution as large as 12,000 x 9,000 pixels. In particular, the technology of combining 9 adjacent pixels will create pixels as large as 2.1μm, helping to improve the quality of photos taken in low light conditions. In addition, the 3x shooting mode helps to preserve sharpness and color by capturing 8 12MP images at the same time and using the overlay algorithm, resulting in sharp, good quality magnified images. Image taken automatically by realme 8 Pro The rear camera on realme 8 Pro also has an 8MP sensor, f/2.3, a 16mm focal length that captures 119 degrees wide angle, a 2MP sensor for close-up (macro) and a 2MP sensor that measures depth of field, supports portraiture deleted fonts. The combination of these sensors provides versatility and stimulates the user’s creativity when taking photos. In addition, accompanying realme 8 Pro are new and interesting modes such as “super” Super Nightscape, Starry Mode astrophotography, tilt-shift Tilt-Shift… The front selfie camera has a high resolution. 16MP resolution, supports panorama shooting, HDR, 1080p video recording up to 120 fps… It can be said that with the “terrible” camera cluster of realme 8 Pro and the accompanying super-quality photography application store, users just need to pick up the device to become a professional photographer. Powerful, beautiful, strong battery, quite cheap price, it is not difficult to explain why realme 8 Pro attracts young users. See more at: https://realmemobile.vn/realme-8-series/

Computer technology A quantum leap for Germany?

Status: 15.06.2021 6:25 p.m.

Europe’s first quantum computer was inaugurated in Ehningen near Stuttgart. The ultra-fast computer from IBM is supposed to help the economy compete with China and the USA. From Michael Herr, SWR The “marvel of technology”, as Angela Merkel called it, is massive: the quantum computer, IBM and the Fraunhofer-Gesellschaft on Tuesday at the German headquarters, is supposed to have a footprint of three by three meters at a height of three meters of the IT group in Ehningen near Stuttgart has presented to the public. According to IBM, the “most powerful quantum computer in the industrial environment of Europe” has officially arrived in Swabia. It was set up in November last year. Because of the pandemic, the computer could only be inaugurated today. The expectations that many have placed on the system are even greater than the computer: some experts predict that quantum technology will be the starting point for the next industrial revolution. The quantum computer should also ensure that Germany is at the forefront when it breaks out.

03/09/2021

Favorite project of the Chancellor

The new computer in Ehningen is called “Quantum System One” – and is considered a kind of favorite project of Merkel. At least it could be switched on live at the opening. She arranged the project herself – on the sidelines of the World Economic Forum in Davos 2019, during a conversation with IBM boss Ginni Rometty. In the autumn of the same year the promise was made: the computer will come to Germany. The Fraunhofer researchers will initially use the facility exclusively until the end of 2023. Fraunhofer President Reimund Neugebauer said that computing power would be rented to research institutions and companies of all sizes. Companies should also make use of their research results. Only recently, a quantum alliance of leading corporations in the field was founded in Germany. On board are among others BASF, SAP and VW. A total of six projects have now been started with partners from science and industry to research quantum technology, possible application scenarios and algorithms. The computer is the first that the US corporation IBM is making available outside the USA.

October 24, 2019

Computer technology revolution

Now that the potential of supercomputers has largely been exhausted, quantum computers are seen as a new beacon of hope for industry and research. Wherever large amounts of data arise, for example in the simulation of molecules or in drug research with its innumerable variables, quantum computers have the edge. The reason for this lies in their special type of information processing. A normal computer calculates in bits. However, these can only assume two states, 1 or 0. The computing power that can be provided is therefore limited. Quantum computers, on the other hand, calculate with qubits, tiny quantum particles such as photons or electrons. To put it simply, these can not only alternately assume the states 1 or 0, but both at the same time. This enables you to carry out many calculations in parallel.

05/12/2021

Germany Developing country in quantum computing

So far, Germany and Europe have practically not appeared on the world map of quantum computing. This is shown not least by the fact that it first took a US company to bring the first commercial quantum computer to Europe. The big players in the business are in the USA; A total of 13 established companies are currently working there on computers or associated software, including names like Google and Microsoft. China has also invested huge sums in the technology. In order to catch up with the deficit of the German economy, the state has reached into its pockets: 40 million euros are provided for the system in Ehingen, financed by the federal government and the state of Baden-Württemberg. The Chancellor said it was a future technology that could achieve breakthroughs in medical technology and revolutionize materials research because the speed of computers would make very complex calculations possible. With its funding of two billion euros until 2025, the federal government wants to support market-oriented development. In addition, Germany wants to develop its own quantum computer demonstrator with a company consortium in the next two years. In Germany the results of quantum technology research must now be used “as quickly as possible”, also economically, said Merkel. In other words: New industrial applications for the technology are needed. Many possible uses of quantum mechanics have so far only been at the research stage.

Exclusive 02/04/2021

Quantum technology improves cancer diagnostics

You can already see the potential of the technology at the start-up “NVision” in Ulm. 30 employees from nine nations work here. They share knowledge and curiosity for quantum physics. They are making use of their principles for new diagnostic methods with which cancer can be detected better and earlier. To do this, they use a sugar-like active ingredient that makes cancer cells detectable in the magnetic resonance tomograph. “We make sugar visible by using quantum technology to magnify the signals it sends out ten thousand times.” explains Ilia Schwartz, one of the founders of “NVision” and one of the most renowned quantum scientists at all. With the new technology, tumor diagnoses could soon be made without the use of radioactive contrast media. And doctors would gain deep insights into diseased tissue like never before: Tumors could be detected earlier and the success or failure of therapies could be determined. The new computer should also ensure that such success stories of quantum technology become even more common in Germany. However, there is another problem to be resolved on the way there: So far, there has been a lack of a sufficient number of programmers in this country who can exploit the potential of the new machine.

The digitization of land information data will limit land fevers. Illustrative photo: Tuan Nguyen Mr. Mathew Powell, Director of Savills Hanoi, shared that digitizing information will bring benefits in controlling land information, in order to ensure the transparency of information. This is one of the solutions that have been given after land fevers continuously occurred over time, when land prices were pushed up because of lack of accurate information. In addition, according to him, one of the solutions can be mentioned is the establishment of national data on land prices – where all land information is stored on a digital platform. Everything is controlled by the land registry, but the national digitization of land transactions creates a more transparent outlook. “Prices are being pushed up based on misinformation or misunderstandings. This has led to confusion in prices and some people will make wrong investment decisions based on misinformation. Therefore, the emergence of a data source where information is widely and accurately disclosed will allow the real estate market to operate stably and minimize price leaps, “he said. this said. Matthew Powell, for example, in the UK already has a national land information management background. Every piece of land and every transaction that takes place on that land is kept for centuries. Such information is accessed and used by all real estate market operators and the government is also used as an effective legal tool. “It is important to improve the storage and transmission of information, minimizing features that have become obsolete in real estate such as over reliance on papers. As papers are digitized. information is not only transmitted more effectively, but also brings higher confidentiality, “said Savills Hanoi Director. In response to the explosive demand for digital transformation, data centers have been rapidly expanding globally. According to Savills, by 2026, the size of the global data market is expected to reach US $ 251 billion with an average annual growth rate of 4.5 %./.

Monster waves challenge the daredevils of Portugal’s coast The seaside town and resort of Nazare, on Portugal’s west coast, remain crowded throughout the summer. Many visitors love flocking to the comfortable stretch of white sand beach to relax, swim, surf. Contrary to that scene, when winter comes, only those looking for thrill, adventure will stay on the coast. The reason is because at this point the beaches are more dangerous, appearing more massive waves up to 30 meters high that regularly drop along the rocky coast. Many people call the waves ‘monsters’ because they are really aggressive, potentially dangerous. Many surfers love the adventures of Nazare However, Nazare attracts many major surf enthusiasts from around the world. The Nazare waters came to the fore in November 2011, when Hawaiian surfer Garrett McNamara broke the record for passing a giant 23-meter wave. In January 2013, Garrett McNamara returned and broke his own record of success with an estimated wave of about 30 meters. In late October 2013, Brazilian surfer Carlos Burle conquered an even bigger wave. Nazare soon became a legendary place in the world surfing village. In January 2018, one of the biggest waves ever seen in Nazare nicknamed ‘Big Mama’ appeared at a height of up to 35 meters. How had it been so many record-breaking waves appeared steadily in winter in Nazare? The answer lies in the rare geographic location of Nazare. Just off the coast of Nazare is the largest underwater ravine in Europe, about over 201 km long. At the deepest point, the canyon position is about 4.8 km from the surface, from this position the canyon suddenly rises from 30 to nearly 46 meters, forming a steep wall blocking the sea floor, also where the Large waves formed and jumped more violently. With the special terrain as above, the big winter storms have the opportunity to gather their energy in this large alley, then diffuse into waves of great intensity that pour into the shore. Other major wave spots in the world, such as Teahupoo in Tahiti, Banzai Pipeline in Hawaii and Mavericks off the coast of northern California, have similar submarine geographic locations as Nazare.

– Anh Toan! 843 is stopping at the front, how is my car? – Just run! – Toan was determined. Exercising to release the clutch, the car leapt up and slowly increased its speed, saw the white tall house behind the iron fence on the right-hand side, on the roof was a three-striped flag. Toàn affirmed: “Here is the Independence Palace” and shouted: – Speed ​​up the entrance to the main gate! When the engine twisted and died, Hoa hastily stepped on the clutch and pressed the start button. The sound of engine gears started working but could not pull the tank engine, he thought very quickly in his mind: “Since the gearbox is still at number three, the battery cannot pull the engine” and hurriedly pulled the gear lever back zero”. The stubborn gear lever lay still, not moving like teasingly. Fire loosened his hand and stepped on the clutch twice, then gritted his teeth and yanked, but still couldn’t. Turning to the right, Than saw the 390 approaching vehicle, he asked Hoa: – Mars is it? – The car is stuck in gear, can’t start the engine! – Fire pulled the shift lever and answered. Kidney raised his head and put his eyes on the driver’s glasses and looked as if he were fascinated in the ivory-white four-story house in front of him. That was the main aim of this battle, of this whole war and now it is right in front of you, the sooner you conquer it, the sooner the war ends and will be less. how much blood is shed. In a moment, images of the Soviet Red Army soldiers holding flags on the roof of the German National Assembly and our troops flagging flags on the roof of the Do Cat tunnel in Dien Bien Phu appeared in the mind of Than. The house is still lying silent and full of mystery. Who knows what are behind those windows, the pillars, and is there a gunman aiming at you? To get here, you had to go through so many dirt roads, so many bones and blood filled it. There is only a little more left, even sacrificing right here is not wasted. But there is still your car behind you, and so many of your comrades are coming, they will protect you and avenge you. Thinking so, Than decided to jog in, he told the car: – If I don’t see me down after a while, I’ll be dead, and you guys will keep hitting the palace with how many bullets. After saying that, Than turned on the door, the head of the car protruded from the antenna and took the flag of liberation. At that moment, the 390 car arrived in front of the Dinh gate, Xi slightly reduced the oil pedal and pulled the right handlebar to the “planet” position, the car turned 90 degrees opposite the main gate. Practice increasing the oil leg rushed into the gate, one gate collapsed, the other wing swung to a tilt, following the momentum of the 390 car rushing into the Palace yard. Kidney has removed the flag, he jumped down and ran across the lawn 390 next to the main door, a few shadows glimpsed holding the camera in front. From the car, Toàn saw that Than held a jogging flag next to his car. Thinking in his stomach: “How dangerous! I know how the enemy forces in the palace are but he got out of the car like that “, Toàn reminded Xi: – Reduce speed! Let’s run slowly. Meanwhile, on the side of vehicle 843, Hoa put the gear lever to “zero” and pressed the start button, the engine immediately exploded. He stepped back a little, and then plunged into the yard 390 behind the car. Fire accelerated the vehicle to run parallel to the 390, the two cars acting as two guards on either side for his company captain. Tank of the Liberation Army entered the Independence Palace in the afternoon of April 30, 1975. Photo: Tran Mai Huong / VNA. Both cars rushed to the front hall of the palace, then stopped. Company Captain Than, still holding the flag, ran up the steps and disappeared behind the door. Politician Vu Dang Toan ordered: – Mr. Phuong took 12 cups of 7, the whole car was ready to protect Mr. Than and me. After giving orders, Toàn turned on the door cover, stole his AK, and jumped down and ran after Than into the palace. Company deputy company Le Phuong put on the second gun and embraced the 12-mm gun. On the side of the 843 vehicle, Nguyen Van Ky also put the door on. Both looked as if glued to the palace, hands held ready to pull the trigger. Hoa and Xi remained seated, they kept the second gear and stopped with the handlebars, like this, if you just push the two levers forward, the car will jump right up. On the gunners’ seats, Minh and Nguyen were also glued to the flat glass, the cannon barrels were still pointed straight at the palace, two thumbs were pre-placed on the trigger button. Running behind the 843 car a few hundred meters, Trang clearly saw the situation ahead. When he saw the car 843 stopped, Trang was heartbroken because she was worried about Hoa, not understanding what had happened, he told Tho: – Pay close attention! See who is dangerous, then shoot! Having said that, Trang accelerated, the car rammed on the wide road without a shadow. About a few hundred meters, Trang suddenly saw the 390 running from the right and then turned an extremely skillful “planet” right in front of the main gate. Behind the 390 car were some cars of company 4 and company 3, even a K63-85 wading in some way came here. Trang breathed a sigh of relief. As the cars 843 and 390 approached the hall, the next tank formation spread out in an arc on the grass, forming a tight embrace of the palace. The cannons were still glaring glaring at the palace, ready to release the bullets. Dozens of 550-horsepower engines were still roaring like war elephants still intoxicated by gunfire smoke. A few seconds later, there was no movement, the sound of the engine fading, then completely shutting off, the door covers burst open. Out of the car, bodies jumped out to embrace each other, cheering happily, dozens of working hats bounce off. The two-shot cannon rotates 12 cups and 7 into the sky and pulls the chest of 50 bullets. Behind the cars, armored vehicles carrying infantry were also flocking outside the gate. The infantry vehicle also raised a gun to the sky to discharge cartridges. Where the journalists hid just now, they did not know now, they were quite crowded, taking pictures and taking photos. The guards and staff in the palace had been gathered in a row on the right side of the courtyard in a very orderly manner … Plunging the 380 “broke his lips” into the water tank in the middle of the palace yard, Trang stopped. He just opened the driver’s door and saw Tho jump down, the two brothers hugged each other and jumped, his mouth screaming like a child during the festival. On vehicle 381, platoon leader Tri stole an AK from his armpit and stood at the top of the turret, shouting loudly: – Pay attention! Drivers and second cannons are not allowed to leave the vehicle! The rest follow me to the palace! Tho left Trang to rush to the palace. Trang and the driver wavered to watch their teammates rushing into the palace like a waterfall. A journalist with a camera arm held out was facing Trang. At this point, Trang noticed me. The clothes worn from the 27th until now were still stained with red dirt, rubber forest and grease, and many places were still stained with cannon blood. More harmful, somehow, the left leg of his pants tore a line from the knee down to the bottom of his pants. Confused, Trang turned away and slipped into the driver’s seat. It was while sitting in the driver’s seat looking around Trang that fully felt the great event that he and his teammates contributed to and witnessed, Trang understands from now on. The war has completely ended, no more blood, no more death … Looking down at the cruise clock, Trang saw 3,100 on the odometer, he suddenly thought of the road that many generations had passed to reach this final destination today. A thought flashed through her mind, Trang hastily took out the torn “undivided” notebook and scribbled: “When the tank stopped in front of the Independence Palace I was surprised – is this really a dream? The last kilometer – intense battle Is it coming? Two eyes suddenly blurred. Saigon – April 30, 1975 noon. Trang’s eyes were really blurred, he knew that in order to reach this destination today, to this “last kilometer”, many people had to shed blood and sacrifice. Only this “move four” only ten of his teammates have permanently returned their youth on the journey of fighting. Just the other day, Nguyen Kim Duyet, two main cannon of this 380 vehicle, fell down with only a backpack of books. Trang folded her notebook, pressed her forehead against the driver’s door, and closed her eyes to contain her emotions. When he was calmed down, Trang looked up, and on the roof of the Independence Palace, his company leader Than was pulling the liberation flag onto the flagpole. The middle red green flag has a yellow star tinged with gun smoke and a bullet-wound hole in the wind fluttering in the blue sky of April Saigon.

So while releasing AirTag, Apple also confirmed The official version of iOS 14.5 is scheduled to be released next week. Many fans are looking forward to it, after all, they can use Apple’s new hardware. In fact, in addition to adding support for AirTag, iOS 14.5 will also bring three new features to make up for the defects of the current version. Specifically, iOS 14.5 will be the last major upgrade of the iOS 14 system released last year, which includes Support for wearing masks to unlock iPhone, app tracking transparency and Apple Maps crowd data three important updates. The first is to wear a mask to unlock the iPhone. This function is expected by many netizens. After all, as epidemic prevention and control become normal today, it is inevitable to wear a mask. The iPhone full-screen phone can only be unlocked with Face ID or password, which is extremely inconvenient. In this regard, many netizens suggested that Apple can add screen fingerprints to the iPhone 12, but Apple did not do so. It still only supports Face ID to unlock and password unlock, and it is not what fans wanted. It may be that there are too many users who complain about it. Apple finally plans to solve this problem. The main thing is Using Apple Watch and iPhone to communicate, you only need to bring the two parties close to unlock the iPhone. At that time, iPhone users do not need to enter a password to unlock the mask while wearing a mask. They only need to bring the Apple Watch close to the iPhone to unlock it perfectly, but the premise is that the user must have an Apple Watch. The second is application tracking transparency. The addition of this feature will further enhance the security of iOS and effectively protect the privacy of users’ data. If developers want to track user data, they must obtain user consent. In fact, the purity of Apple’s system is also one of the key reasons why many consumers are willing to use it. Application developers cannot freely obtain users’ private data. Therefore, it is difficult for some ads to be placed on Apple phones after studying users’ private data. see. Finally, Apple Maps population data, this function can be a good way for users Shows the flow of people in the relevant place during the relevant time period, and can also predict the peak of the flow of people in the relevant place in a certain period of time. The introduction of this function can avoid the high flow of people in the current epidemic. It can be seen that it is also a small function of epidemic prevention measures. In terms of user safety, Apple has indeed done enough attention. In addition, iOS 14.5 will bring many small upgrades, including New battery health reporting system You can wait for the official push for specific situations. From these key points, it can be seen that this time iOS 14.5 has indeed ushered in a great upgrade. Before iOS 15 is officially released, I believe that iOS 14.5 can also bring a better user experience to users!

The idea called “Tiger leap” implies that through computerization, Estonia, or at least education, will have a strong leap in the future. Sincerely introduce the shares of former Estonian President Toomas Hendrik IIves about the success stories of Estonia in transforming the number of countries at the Vietnam Development and Reform Forum 2020. From Silicon Valley Let me begin by giving a paradox. For the past 3 years, I have lived in the middle of Silicon Valley, which is considered the center of innovation in information technology of the world. Within a 12 km radius of my Stanford office, you will find the headquarters of Tesla, Apple, Google, Facebook, Palantir and Youtube. There are also countless other commercial companies and services that earn a few billion dollars less than that. It is precisely considered the center of the digital revolution that in less than three decades has completely reshaped the world, a world that anyone had lived in previous periods could not recognize. Nearly all of these companies provide us with services used every day, from morning to night, while almost no one remembers 20 years ago none of these companies were born, if away. a little more, just 30 years ago, at the end of the Cold War would seem like a fantasy. Former Estonian President Toomas Hendrik IIves: Estonia needs a digital transformation, and the way to do it is through schools. However, when I live in the heart of Silicon Valley, if I need to enroll my child in school or get a driver’s license or have any interaction with the governmental level, local state, the country is most likely to be. I had to drive directly to the government office, wait or stand in line for hours. Then, fill out forms and applications by hand, stand in line to submit them, followed by weeks of waiting for results to be processed. In short, unlike the digital-life miracles that we live with our smartphones and the applications installed on them, public services and administration facilities are hardly different from those of years. 1950 and 1960. This is true in most of the world today, not only in developing countries but also in many of the richest, most “advanced” countries. To the case of Estonia How did Estonia go into the digitalization of government and why? This is a matter of developing economics, catching up with the West. In 1938, the final year before World War II, Estonia and its northern neighbor Finland were considered to have the same GDP per capita. Neither of the two countries is particularly rich, but the level of development is very close to each other. On the contrary, in 1992, the first year after Estonian independence was restored, Finland’s GDP per capita was approximately $ 24,000, while that of Estonia was only $ 2,800, a difference of eight times. . Furthermore, as is the case in all developing countries, Estonia faces a Zeno paradox about the quick Asin who has to keep up with the slow tortoise that left first. In this paradox, like Asin, Estonia will never catch up because that tortoise or the Finns, more broadly the developed countries of the world, they are ahead no matter what Estonia does. The solution to catch up lies in converting the number of countries. That inspiration came from my own life, from the fact that I understood the big leap in technology, that was the first internet browser. I was fortunate to learn computer programming at an age no one expected to learn to code at that time – 1969 when I was 15 in an experiment by a math teacher, who was studying for a PhD in teaching. teaches mathematics at Columbia University. Fifty years ago, learning to code involved hiring a standalone typewriter running a punch tape, a large telephone modem that had to attach a telephone receiver to a 10cm-wide vacuum pad, and then connected to a large memory computer (the central computer) located about 30 miles away. Even so, a small group of high school students all learned to program in Basic. Estonia’s solution lies in converting the number of countries Then, in college, I saw on a bulletin board an ad about programming for a computer in my lab for 10 hours a week. I applied and was quickly seated in front of a coffee table-sized box. It was the PDP-8, the first commercially available small computer, used in laboratories in the 1970s and so named because of the maximum memory capacity of 8 kilobytes. Today, this number is the size of a blank email. Because of this limitation, all instructions must be written in Assembler, a hexadecimal (hexadecimal) programming language with all instructions written in alphanumeric code. However, with my high school programming knowledge, it was not an insurmountable challenge for me. Twenty-five years after learning programming and desperate about how Estonia could catch up with Western Europe, I came up with the idea that if I could learn to do it as a high school student, then All children can and should learn to use a computer. Second source of inspiration A second inspiration for the digitization of Estonia came in 1993, when the first web browser, Mosaic, was born. Mosaic cost about 29.95 USD in 1993, you actually have to go buy this browser in a store and install it on your computer using floppy disk. As a computer geek, I did this. However, what surprised me when I finally got this browser up and running is that there is something new, very different, but at the same time very promising, when all the countries, rich or not poor as the United States, Finland, Estonia, Germany, and Japan are all in the same position, starting on a level playing field. That’s when Estonia needs to do digital transformation, and the way to do it is through schools. While the Internet is still in its infancy, you can still see it working anyway. Right then, I knew that although it would take time, it would take off and dominate our lives. It was only four years after Tim Berners Lee, the father of the worldwide network (www), invented the Hyper Text Transfer Protocol, the “http” symbol you see before. all Internet sites and what allows the Internet to function. Certainly the West already has a system of highways, interstate highways and a developed infrastructure in general, but the Internet will be everyone’s future, but it won’t give anyone the edge for half a century. development that Estonia did not have. At least if Estonia quickly boarded this train. Luckily, Estonia had a wise Education Minister at the time of 1995, Dr. Jaak Aaviksoo, who was willing to take risks, who pushed the government to approve the proposal to include computers in all schools. Tiger dance From these two sources of inspiration, I have proposed to the government a start to digitization. Knowing that this will take years, and based on the pace of learning to code by me and my previous classmates, I think it’s best to start with young people first. I suggest that Estonia start by making computers and computer instruction accessible to all students. The idea is called “Tiger leap”, to imply that through computerization, the country of Estonia, or at least education, will have a strong leap in the future. Luckily, Estonia had a wise Education Minister at the time of 1995, Dr. Jaak Aaviksoo, who was willing to take risks, who pushed the government to approve the proposal to put computers in all schools, connect all of them together. This idea was not approved by everyone. The Federation of Teachers was fiercely opposed to computers in schools, that they would destroy education. In nearly a year, not a single issue of the teacher union weekly has not had a strong rebuttal to this idea. Indeed, for most of the next 20 years, opposition parties seem to have chosen digital transformation as a matter of criticism. However, the government has implemented this policy, using a 50-50 counter-financing mechanism in which local governments are willing to pay half the price of computers to be paid by the central government for the remaining 50%. Three years later, in 1998, all schools in Estonia had a computer lab with an internet connection. Not long after, the banks noticed the success and reputation of the project and decided to participate. It’s pure and simple self-interest: Every tiny village has at least two bank buildings with staff, an increasingly expensive but simply unsustainable way. Along with some government funding and the strong participation of non-governmental organizations (NGOs), banks have launched a program to ensure every village has e-banking located at Internet access is also provided to government offices or city libraries. In addition, the banks have supported a training program for the elderly and rural residents to learn how to use computers for online banking transactions. Next period: A unique and secure digital identifier for all residents

Rosé has always been named as a prominent representative of the fashion K-Pop community. Rosé’s “leap” in fashion must include the role of Saint Laurent’s global brand ambassador, which she recently assumed. Rosé’s reputation and beauty make her completely worthy to be the new brand ambassador for luxury brand Tiffany & Co. As a newcomer, the female singer joined the ranks with Lupita Nyong’o, Elle Fanning, and Dich Duong Thien Ty. Sharing with Vogue, “The Singer On the Ground” said, “I’ve worn Tiffany’s jewelry since I was in high school. Being a part of an iconic brand has been a part of my life for a long time that makes it so much more special. I am very honored and excited. ” The Tiffany HardWear line is inspired by the liberal, thorny New York. The designs this time have a strong, angular look, based on the 1971 bracelet model. Perfectly demonstrating the spirit of the collection that inspires strength and confidence, Rose wears gold jewelry. 18k and rose gold with the emphasis on pavé diamonds. Explaining the decision to choose Rosé for the new campaign, the brand representative said that because the female idol has a bold personality and modern style, it is very consistent with the identity of Tiffany Hardware.

The Mars expedition can last at least 3 years. Brain structure effect The missions that bring humans to Mars are considered to be a major leap in space exploration. NASA has a goal of sending people to Mars by 2030. However, a trip to Mars is not the same as taking a flight to New York. Because space is an extremely harsh environment for human life, including the lack of gravity and harmful radiation, as well as isolation and lack of day or night. Missions to Mars will require more astronauts physically and mentally than man-made journeys in 60 years of space exploration. A flight to Mars and back will take about 14 months. Meanwhile, the actual exploration mission will last at least 3 years. Maintaining good cognition and effective teamwork are the prerequisites for the safe and successful outcomes of these tasks. However, a new study published in the journal Frontiers of Physiology found that the lack of gravity during such missions can have negative effects on cognitive skills, as well as emotions. of the astronauts. Since the first space missions, it is clear that exposure to a “microgravity” (weightless) environment leads to drastic changes in the human body. This includes changes in the cardiovascular, skeletal and nervous systems. On Earth, we discover gravity with the aid of our eyesight and various organs, including those in the inner ear. When our heads are upright, the hearing stones in the vestibular system are perfectly balanced by a viscous liquid. However, as we move the head, gravity causes the liquid to move with it. This activates signals to the brain that our heads have changed positions. In space, this process is no longer active. Space flight can even bring about adverse changes to the brain structure of astronauts. Changes in brain structure were observed in astronauts after they returned from the International Space Station (ISS). The scientists found that in these astronauts, the brain physically moves inside the skull and reduces the ability to connect between regions of the brain layer, the cortex and the inner regions. Emotional perception is extremely important to astronauts. Difficulty recognizing other people’s feelings The acumen and quick thinking of astronauts are essential elements in a space mission. So is the ability to accurately “read” each other’s emotional expressions. Because, they have to spend a lot of time sitting together in a small space. Therefore, it is recommended that space agencies consider training, as well as psychological support for astronauts before the flight, to minimize this risk. To date, how these changes affect behavior is not concretely understood. However, scientists are getting closer to the answer. Because, they realize, astronauts can be disoriented, disturbed perception, balance disorders and motion sickness. However, such findings are often made based on a small group of people. New NASA-backed research has explored the effect of microgravity on cognitive performance. However, 24 study participants were not sent to space. Instead, the scientists asked these people to lie in bed. This is because the effect of a certain type of bed rest is similar to that of microgravity. Therefore, scientists have repeatedly applied this method in research. When we are upright, the body and hearing stones in the vestibular system are in the same direction as gravity. Meanwhile, the moment of lying down, the body and hearing stones are perpendicular to each other. Therefore, study participants had to lie on their back at an angle of 6 degrees, their head lower than their body. They were asked not to change their position for almost two months. At the same time, the participants also routinely perform a series of cognitive missions designed for astronauts and related to space flight. As a result, it helps to evaluate their spatial orientation, memory, risk-taking behavior and understanding of their feelings about others. The results showed that the cognitive speed of these people slowed a bit but remained reliable in tasks related to sensory and motor skills. This seems to be consistent with reported changes in brain tissue density across “motor sensory regions”. These are the main motor and sensory regions of the brain, helping to process sensory input and movement, observed after a person has flown into space. Participants also had difficulty recognizing emotions when looking at people’s faces. Adjusting to changes in gravity takes time and effort. While performance on most cognitive tasks initially decreased, after about 60 days, the participants remained unchanged throughout the test. However, their ability to perceive emotions continued to deteriorate. In fact, the participants became inclined toward negative emotions. They are more likely to recognize another person’s expression as angry and have a hard time explaining how happy or normal the other person is.

Jewish cemetery in Prague (Czech Republic): Funeral was celebrated in this cemetery for nearly four centuries (1439-1787), with about 100,000 bodies buried. Over time, the cemetery became overwhelmed and it was decided to lift the ground, and to continue the burial of other bodies above.

Doll Island (Mexico): The abandoned island is home to about 1,000 old dolls. In 1950, Julían Santana Barrera (recluse on the island) started to collect dolls that were drifting in the ocean and hang them everywhere. Barrera said he did so because he wanted to bring peace to the soul of a drowned girl.

Hamashi Island (Japan): This place is famous after being chosen as the scene in the blockbuster movie Skyfall (James Bond). Built in 1887, this abandoned island was once a large-scale coal mine, with a population density of 5,259 people / km2.

Temple of the Human Skeleton (Portugal): Built in the 16th century, the temple contains 5,000 skeletons of monks who have passed away. The words Melior est die mortis die nativitatis (The day we die is happier than the day we are born) engraved on the roof is a highlight.

Suicide Forest (Japan): Located on Honshu Island, this place is famous for being the place many people choose to sacrifice. Today, the number of people coming here with suicidal thoughts ranks second in the world, just behind the Golden Gate Bridge (San Francisco, USA).

Abandoned Psychiatric Hospital (Parma, Italy): Brazilian artist Herbert Baglione has created many spooky works of art inside the hospital, making this place one of the most creepy in the world.

St. George (Czech Republic): This place was abandoned in 1968, after the tiled roof collapsed during a funeral. Sculptor Jakub Hadrava has put in his terrifying works, making the church a place no one wants to visit.

Catacombs of Paris (France): The network of underground tunnels in the capital of Paris is the resting place of about 6 million corpses from the 18th century. No one knows exactly how long this tomb is, only about 187. -300 km.

Centralia Town (Pennsylvania, USA): Since an underground fire broke out in 1981, people have left this town one after another.

Akodessewa Market (Togo): The market specializes in buying and selling enchantments and herbs. The people of West Africa believe in the magic and magic of the monkey, buffalo, and antelope skulls.

Disaster Island (Italy): It is rumored to be an isolated habitat for about 160,000 people suffering from the plague in Roman times. The story of Poveglie’s dark history became more widespread when a psychiatric hospital was built.

Hill of the Cross (Lithuania): Lithuania is a hill with more than 50,000 crosses brought and left behind by people. No one knows where this tradition started, only myths and mysteries circulate.

Kabayan (Philippines) mummified burial place: According to local people, mummies buried in Kabayan (1200-1500 years) still hold the soul of this land. The bodies above were preserved by complex mummification techniques, now carefully protected after nearly being stolen.

Overtoun Bridge (Scotland): A small, old bridge is completely no stranger to Scottish people after a strange event. In the middle of the 20th century, a series of dogs suddenly jumped down and committed suicide here. The lucky ones that were still alive continued to perform the above action when they were returned to the bridge.

Leap Castle (Ireland): It is believed that Leap is the most heavily cursed castle in the world. Previously, during the remodeling, construction workers discovered a secret dungeon located below the building. The number of human bones was found so much that it was filled with four trucks.

Chauchilla Cemetery (Peru): Discovered in 1920, archaeologists have found intact 700-year-old bones at Chauchilla. The last funeral was held here around the 9th century, with the bodies squatting in a squat position, and the fixed face shaped like a smile.

Tophet sacred land (Tunisia): The ancient Carthage religion has a tradition of sacrificing children. The chosen children were forbidden to weep during sacrifices, because it is believed that tears disfigured the ceremony. In 1921, archaeologists found dozens of urns containing remains of children and animals here.

City of the Dead (Russia): From the outside, Dargavs is a peaceful village in the northern state of Ossetia. But the small stone houses are actually ancient cemeteries, with hundreds of bodies buried and their personal belongings.

Hanging coffin in Sagada (Philippines): Located on Luzon island, Sagada village is a scary destination for even Filipinos.

It is customary to bury the dead by hanging a coffin on a cliff. The villagers believe that the higher the coffin is hung, the easier it is for the dead’s soul to reach heaven.