BLACKPINK is an ambassador for many big brands A chart of media value that K-Pop idols bring to brands recently shows that BLACKPINK has a very strong appeal. This unverified chart collects interaction data from social media posts related to the brand that the idol represents, in 2020. From there, brands can know what idols are wearing. How big of a profit for them. The media value chart has caused a stir among netizens. According to the information in the chart, Lisa took the top spot with 54 posts related to the Celine fashion house, gaining 2.7 billion impressions and converting the media value to $80.9 million (about VND 1860 billion). Although Jisoo has just become a global ambassador for Dior, she has been a muse of this brand for a long time. 71 posts about Jisoo and Dior attracted 2.15 billion impressions worth 64.8 million USD (about 1490 billion VND). Lisa and Jisoo are two idols who bring extremely high communication value to the brand Rosé is the only BLACKPINK member to appear twice in this chart at 3rd and 5th place. Rosé and Saint Laurent’s collaboration has 1.85 billion impressions generating a value of $56 million. (about 1288 billion VND). In addition, Rosé also ranked 5th when the global ambassador position of Tiffany & Co. brought the jewelry company 17.4 million dollars in media value (about 400 billion dong). Rosé occupies two positions in the chart Jennie of course also brought a huge profit for Chanel with $ 28.4 million (about VND 653 billion) through 27 posts. Thus, BLACKPINK has occupied the top 5 positions, the rest belongs to EXO and Gucci, G-Dragon and Chanel, Chanyeol and Prada, aespa and Givenchy and finally Irene and Prada. Jennie also brought success to Chanel If the data in this chart is true, brands, even if they have to pay the girls a good salary, still save a lot of advertising costs and earn much larger profits.

Exploring the stars is man’s way to the universe. Some people think that each star represents a destiny, others say that the stars are small angels tasked with lighting up the night. Today, science has been able to give us a more precise answer. What is a star? Stars are all celestial bodies that are capable of emitting their own light. All of them are giant air spheres. They are tens to hundreds of thousands of times more massive than Earth. Only thanks to such a large mass can they create their own light. An object to be able to emit its own light needs to have a mass of at least 70 times the mass of Jupiter – the largest planet in the Solar System, that is, about 7% of the mass of the Sun. Why do we see the stars? The stars in the sky have always been a mystery to the human imagination. Our Earth has a mass of about 6x1024kg (6 million billion billion tons). The Sun is 330,000 times heavier than the Earth. That is, a star with a mass of 7% of the mass of the Sun would be about 23,000 times heavier than the Earth. Every object has a gravitational force that directs the center of it to its heart. Normally no one notices but we ourselves are always attracted to our own. Because each part of the body is attracted to each other and the sum of them all form a gravitational force directed towards a center of mass in our body (the center of gravity of the object). The table, the chair, the Earth, are always gravitating to itself by a force called centripetal gravity. But why doesn’t it all burn brightly? That’s because the mass of the objects we come into contact with every day just can’t afford that. Because gravity is a force proportional to mass, gravity in everyday objects is so small that they don’t cause any significant effects. With very large objects such as planets, Earth, gravity is also negligible because it creates a clear attraction that pulls everything towards it. For example, when you jump high, you will fall very quickly because of the pull from the Earth. As for the aforementioned massive objects (tens of thousands of times heavier than the Earth), the great gravity makes the pressure at the center of the celestial body very high, this pressure provides a great acceleration for the celestial bodies. gaseous atoms (mostly hydrogen). They collide strongly with each other at high velocities, breaking the electron shells, separating electrons from the atomic nucleus. At the core of the star is no longer ordinary gas but a state of chaotically moving nuclei and electrons. This state is called plasma. In the plasma state, the hydrogen nuclei have a chance to collide directly with each other at high velocities, which causes what we call fusion reactions, fusing hydrogen nuclei into heavy hydrogen and finally is the helium nucleus. This reaction is known on Earth in hydrogen bombs – bombs capable of releasing thousands of times more energy than atomic bombs of the same mass. The fusion reaction at the core of a star releases a lot of energy in the form of radiation, some of which is visible light. This radiation is transferred to the star’s surface and causes the star to glow. Stars are composed mainly of hydrogen (over 70%), with a large part helium remaining, and an insignificant fraction of heavier gases. The surface temperature of a star is usually in the range of 3,000 to 50,000K, and the temperature at the center is in the range of several million to several tens of millions of K. It can be as high as 100 million K for red giants and several billion K. with red supergiant stars. Star classification Graphic image. By mass, stars are divided into two types, dwarfs and giants. Today, modern division is based on spectral charts. In which, the star with the obtained spectrum of which position on the chart will be determined to belong to which group with specific characteristics of mass and temperature. The most widely used spectrogram today is the Hertzsprung-Russell chart. This graph represents the luminosity, size, and temperature of any star when its spectrum is obtained. According to temperature, the chart is divided into 7 levels with the symbols O, B, A, F, G, K, M respectively. In which, the star closer to O is hotter and closer to M is cold. Each level itself is divided into several sub-levels. Through the chart, it can be seen that most of the stars in the universe are concentrated in the main sequence of the chart. This sequence is a sequence of dwarfs and subgiant stars. Our sun is also on this sequence. It is located in the G group, has the detailed spectral designation G2V (yellow dwarf/Yellow dwarf). Below the sequence are groups of white dwarfs, and above are giants and supergiant, supergiant stars. Star evolution All stars form from large clouds of dust and gas called protostar nebulae. Due to gravity they gather together and shrink until they form a dense mass. As we all know, all objects that carry mass carry gravity. The same object itself also has a force of attraction between different parts of it. However, the gravitational force between small masses is negligible and we hardly notice it. Only significant forces, such as Earth’s gravity acting on people and objects, are enough to be noticed. In stars, gravity is very strong (due to its high mass). When the force of gravity is too great for the atoms to bear, they break the atomic shells and accelerate their nuclei. Hydrogen nuclei (consisting of 1 proton) when collided at high velocity, combine to form heavy hydrogen, and then helium. This reaction releases energy that causes the star to burn brightly. This is a fusion reaction (also known as a nuclear explosion. This reaction is used in the hydrogen bomb (H bomb) – the most destructive destructive weapon that mankind has built). Thanks to the great energy released from nuclear fusion in the star’s core, the gravitational contraction is halted as the released energy balances the gravitational force. The star burns so brightly for several tens, hundreds of millions or billions of years. The lower the mass of the stars, the longer the lifespan. For example, our Sun is a dwarf, medium mass, it can live for about 10 billion years. Meanwhile, stars are much larger, sometimes only living a few hundred or even tens of millions of years because the high mass creates greater pressure towards the center. It causes nuclear fusion to happen faster and the star to deplete energy faster. After burning out all of its hydrogen energy, the star no longer produces energy against centripetal gravity. It will once again shrink. At this time, the helium nuclei combine to form nuclei of heavier elements such as carbon, oxygen and heavier elements up to iron. This process releases an energy that inflates the star’s crust while the star’s core continues to contract. This is the red giant stage. For medium-sized stars (with a mass between 0.5 and 10 times the mass of the Sun), the red giant shell, when inflated sufficiently large, will explode and break up to form a planetary nebula. Meanwhile, high-mass stars have massively inflated stellar shells, becoming red supergiant stars. During this stage, the stellar core continues to contract due to gravity, temperature and pressure both increase many times compared to the previous stage, allowing nuclei of heavier elements to be synthesized (from familiar metals). from copper, silver, and gold to radioactive elements). Up to a certain limit, the energy released from the core creates a large explosion that breaks the outer shell. This is a supervova explosion. After the shell is broken, the star’s core remains for both massive stars as well as light stars. For low- and medium-mass stars like the Sun, the core will stop shrinking, becoming a white dwarf, emitting a very faint light. After billions or tens of billions of years, the generation of radiation ends, stars no longer emit light. It’s called a black dwarf, a dark, dead mass of matter. In fact, the process for a white dwarf to become a black dwarf is so long that so far a black dwarf is only a theoretical prediction. No white dwarf in the universe has been around long enough to become a black dwarf. For massive stars whose core remains after the supervova are at least 1.4 times more massive than the Sun, the mass is so great that they continue to shrink. The nuclei react with each other to form heavy nuclei. The contractions are not over yet, they cause the free electrons to be squeezed tightly against the protons, combining to form neutrons. The star becomes a solid mass of matter, composed entirely of neutrons. Therefore, it has extremely high density and extremely fast rotation speed. This object is called a neutron star. Previously, when this object was first observed, astronomers saw that it emitted a very strong amount of electromagnetic pulses, so they called them pulsars. Even more massive stars with a core mass at least 2 or 3 times that of the Sun, have not stopped after reaching the neutron star stage. They squeeze all matter together to an infinitely large density, concentrated at a location called a singularity. This singularity warps the space around it, a region of space that is bent to an infinite (closed) curvature. The boundary of this space is called the event horizon. Because the space is bent inward, anything that goes in can’t get out, not even light. This entire region of space bounded by the event horizon is called a black hole.

According to this chart, the best National Costume belongs to Angele Kossinda, Miss Cameroon with a costume that pays homage to the lion, an animal associated with the African continent. 2nd place belongs to Thuzar Wint Lwin, Miss Myanmar. Because her previously announced official outfit could not be sent to the contest in time, Thuzar Wint Lwin asked for the help of the Chin community (an ethnic group of Myanmar) living in the US for help. help. Miss Myanmar is also from the Chin ethnic group, so it is especially meaningful to her to wear a costume representing her nation on the Miss Universe stage. Miss India Adline Castelino took 3rd place with the familiar saree of this country. The national costume has the pink color of the lotus, which is also the national flower of India. The costume is highly appreciated for its simplicity, no frills but true to the spirit of the national costume. In addition, Adline is extremely beautiful, she is praised for appearing like a princess. 4th place belongs to Yelyzaveta Yastremska, Miss Ukraine. The dress is inspired by the traditional art of paper cutting of this country, designed as a beautiful evening gown, helping Miss Ukraine appear as beautiful as a goddess. Miss Peru Janick Maceta Del Castillo came in 5th place, she was also a contestant who changed the national costume at the last minute. The outfit she performed on the official stage of Miss Universe was inspired by the Andes flamingo, the rarest flamingo in the world. 6th place belongs to Miss Colombia Laura Victoria Olascuaga. Her eye-catching outfit pays homage to the Wayuu culture, this famous Colombian cultural ensemble found in the north of the country, on the border with Venezuela. Miss Mexico Andrea Meza brings to Miss Universe a costume inspired by a traditional craft village of this country called Alebrijje, which is a surrealist craft made of cardboard and paper. or wood. The colorful outfit imbued with the Mexican spirit, helped Andrea reach the Top 10 at 7th place. 8th place belongs to Miss Paraquay Vanessa Castro Guillén. The outfit is inspired by jasmine flowers, weighs 10kg with red fabric said to be the color of the Paraguayan flag. Miss Finland Viivi Altonen scored with a costume with special LED effects, recreating the famous aurora image in Scandinavian countries, she was in 9th place. “Closing” Top 10 is Miss Dominic Kimberly Jimenez with an outfit inspired by sunflowers. This is the favorite flower of the people of Dominic, grown a lot in the central part of the country. Also according to Missosology’s beauty experts, the next positions are as follows: 11. Vietnam. 12. South Africa. 13. Thailand. 14. Spain. 15. Puerto Rico. Vietnamese fans are extremely sorry to hear this result, but still proud because this result proves the Cocoon Em Khanh Van’s is highly appreciated. Today after the National Costume contest, a scoreboard of the contestants’ order was leaked, many people thought that it was the scoreboard from Miss Universe’s BTC. However, many people later realized that this was a fake scoreboard, because according to the new rules of Miss Universe, this year’s National Costume award depends on the audience’s votes via the Miss Universe Official application, not the Miss Universe Official application. dotted by BTC. Voting portal for National Costume ( National Costume ) has officially started, everyone can download the App Miss Universe Official to vote for Khanh Van to go straight to Top 21 and Cocoon Em WOMEN’S WINNER actional Costume , the voting portal is open from May 13, 2021 to the end of May 15, 2021 (US time). JEANIE According to Missosology

Dressed in blue protective gear and wearing a visor under a bright yellow turban, Jitender Singh Shunty sprayed disinfectant on bodies at the Seemapuri crematorium in northeastern Delhi. He had to act fast because bodies were delivered faster than cremation. The families and friends of those who have died, and those who are trying to find hospital beds and oxygen tanks to save their loved ones, are losing patience. “We are doing all we can to help families have a decent funeral for their loved ones,” he said as he rushed into another ambulance that had just arrived with two bodies. Since the beginning of April, when India suffered a second wave of the outbreak, Jitender Singh Shunty and his 20 volunteers were shocked by the large number of bodies brought in. “Last year we cremated 967 bodies, this month alone we cremated 670 bodies,” he said. Worldometers chart of the high number of infections in India as of May 10. About 20km from Seemapuri, New Delhi, dozens of people were gathering outside Waseem’s gas station. They all have the same question: When will the new oxygen tanks arrive? Waseem is committed to updating information on WhatsApp as soon as it is available. “People are dying from lack of oxygen so I thought I had to do something to help them,” Waseem said. “Someone told me that I would get sick if I kept going out and meeting so many people with Covid-19 relatives. I’m really scared, but if I don’t help them, I’ll be haunted for life.” Waseem added. Not alone As India is trying to find a way to deal with the pandemic, young men and women from all over the country do not hesitate to volunteer to contribute to the fight. They set up apps to solicit support and help, distribute key supplies, and use social media to direct resources to those in need. With two-thirds of its 1.3 billion population under the age of 35, India is a country dominated by young people, but young people have never been called upon to shoulder such enormous responsibilities. Photo: Times of India Swadha Prasad is working with dozens of volunteers – all between the ages of 14 and 19 – as part of the youth-led UNCUT organization, building an online database to gather information. about available medical resources across the country. This is 24/7, with teens constantly working over the phone to verify supplies, update information in real time, and take calls from patient relatives. “Some of us work from midnight to morning, because the calls don’t stop at 3 a.m.,” CNA quoted Prasad, a 17-year-old schoolgirl who worked 14 hours a day from noon the day before to 1 a.m. next morning. It was a long and tiring shift, but this Mumbai resident was still very enthusiastic. “If I could help save a life, I would never say No.” And many Covid-19 victims have been saved. Prasad cites an example where her team was able to deliver oxygen in the middle of the night, saving the life of a young patient desperately waiting for help. “It’s not just about providing resources… sometimes people want to know they’re not alone,” she said. The graph of Worldometers shows the correlation between the number of new infections (yellow) and the number of new recoveries (blue) in India as of April 30. Technology limitations However, in many small Indian towns and villages, technological limitations exacerbate the situation. Urgent requests for resources and spare hospital beds have spurred a large number of Twitter users. 25-year-old software engineer Umang Galaiya solved this problem by writing an app that makes it easy for users to find what they need, and directs their search to verified resources. But even so, his application cannot help many people living outside of big cities because the number of internet users is very small. “If I look for resources in Jamnagar, I get nothing on Twitter,” reflected the young man. And according to this male engineer, the pandemic cannot be controlled without the government. Simple measures still save many lives. For example, authorities could create an online bed registry, which updates automatically in real time, to save distressed patients from running back and forth knocking on the door of each treatment facility. According to the update of statistics page Worldometers, as of noon on May 12, India has recorded more than 23.3 million people infected with Covid-19 and about 254,200 deaths.

The study was performed on 104 children aged 3-10 years old, of which 55 were girls. The scientists showed the children an educational video that included math concepts such as counting and subtraction. The scientists then charted the child’s brain activity through an MRI scanner and compared the results. That data showed no difference between children’s brain functions or development. The team also looked at the results of a math proficiency test of 97 children aged 3 to 8, of which 50 were female. Both genders showed equally good results, irrespective of age. The study also showed that, in fact, girls and boys had similar levels of neurological maturity across the brain. This shows that the neural processing of mathematics develops at the same rate in boys and girls. According to researcher Matthijs Oosterveen, Erasmus University Rotterdam (Netherlands), “Natural science has been considered a weakness of women. Many people believe that they are more endowed with social studies. Scientific findings show that it is gender prejudice. In fact, men and women are equally capable “. Dr. Alyssa Kersey – Psychology Department, University of Chicago said, “Not only in mathematics but in all other fields, both boys and girls have similar brain activity.” . According to research published in the Journal in 2011, gender stereotypes about math can cause girls to have more self-esteem about their abilities. In the long run, it will have a negative impact on their academic performance. Therefore, scientists hope that these scientific studies can contribute to eliminating gender stereotypes. Thereby, it is possible to promote women’s participation in the fields of science, technology, engineering and mathematics (STEM).

BLACKPINK usually ranks high on the charts With that said, K-Pop fans are used to the fact that BLACKPINK always has a towering brand index. Yet in the April results, a spectacular throne change happened. In the Top 5, only one representative from BLACKPINK is present, Rosé ranked second, down one rank compared to the previous month. This April, only Rosé was in TOP 5 The top of the April chart with 3 Brave Girls members Yujeong (1st), Yuna (3rd), Minyoung (5th) shows that this girl group’s charm is still very strong, the song Rollin is still very popular. fake favorite. Wendy (Red Velvet) was successful solo, so the brand score also skyrocketed, ranking 4th in this month’s chart. Brave Girls promoted at lightning speed Jennie ranked 6th, a result that may be high compared to many other female idols but low compared to Jennie herself in the previous months. Jisoo ranked 11th, Lisa ranked 14th is also what makes BLINKs not happy at all when they are used to seeing the group in the Top 10. Certainly, BLACKPINK will soon return to the high rankings In fact, BLACKPINK’s position in the hearts of Korean audiences is still very solid, the group is temporarily not having any outstanding activities, so temporarily making room for female idol only different. Just next month, the group will have lots of new information that will quickly return top head.

AIMAN is considered the most prestigious and largest statistics site in China.

Accordingly, the list Top 10 Chinese stars with the highest commercial value in March has been voted by AIMAN site with the following names:

1. Vuong Nhat Uncle – 96.89.

2. Tieu Chien – 96.29.

3. Cung Tuan – 93.93.

4. Duong Mich – 93.39.

5. Trieu Le Dinh – 92.89.

6. Triple Heat – 92.74.

7. Vuong Tuan Khai – 92.14.

8. Fake Linh – 92.05.

9. Dang Luan – 91.77.

10. Pham Thua Thua – 91.17.

It is noteworthy that in this summary list, male stars outnumber female stars in quantity and quality as they occupy 6/10 rankings along with leading positions. Cung Tuan was very surprised when he was first named in this chart, but immediately went straight to the Top 3, sticking to Tieu Chien and Vuong Nhat Uncle.

Cung Tuan will become a “formidable” name in the near future, potentially threatening the kings of Tieu Chien and Vuong Nhat Uncle.

Vuong Nhat Uncle is having a career with a very favorable development direction.

Meanwhile, Tieu Chien recovered very well from the boycott incident in 2020.

In addition, AIMAN site also gives more specific statistics on the rankings of the stars in the same generation 8X, 9X and 10X.

Top 10 Chinese 8X stars with the highest commercial value in March

1. Duong Mich – 93.39.

2. Trieu Le Dinh – 92.89.

3. Fake Linh – 92.05.

4. Tong Tham – 89.98.

5. Nham Gia Luan – 89.60.

6. Duong Dinh (Angelababy) – 89.05.

7. The Diem – 88.36.

8. Chu Nhat Long – 86.69.

9. Dong Le A – 86.66.

10. Truong Han – 86.13.

Top 10 Chinese 9X stars with the highest commercial value in March

1. Vuong Nhat Uncle – 96.89.

2. Tieu Chien – 96.29.

3. Cung Tuan – 93.93.

4. Triple Heat – 92.74.

5. Vuong Tuan Khai – 92.14.

6. Dang Luan – 91.77.

7. Quan Hieu Dong – 91.07.

8. Truong Triet Han – 90.99.

9. Thai Tu Khone – 90.38.

10. Bach Kinh Dinh – 90.08.

Top 10 10X generation Chinese stars with the highest commercial value in March

1. Pham Thua Thua – 91.17.

2. Dich Duong Thien Ty – 90.56.

3. Vuong Nguyen – 87.75.

4. Au Duong Na Na – 86.22.

5. Ma Gia Ky – 85.24.

6. Chau Chan Nam – 83.50.

7. Hoang Minh Hao – 82.97.

8. Tong A Hien – 82.91.

9. Tran Lap Nong – 80.76.

10. Dinh Trinh Ham – 80.42.

actor

Cung Tuan defeated both Tieu Chien and Vuong Nhat Uncle to rise to the Champion position. Meanwhile, Truong Triet Han is still maintaining the rank at No. 4. Through here, we can see the formidable influence of “Tran Tinh order” and “Son Ha command”.

1. Cung Tuan

2. Tieu Chien

3. Vuong Nhat Uncle

4. Truong Triet Lim

5. Bach Kinh Dinh

6. Nham Gia Luan

7. Trương Bân

8. Chu Nhat Long

9. Dang Luan

10. Li Dich Feng

Actress

“Xinjiang beauty” Dilu Lih Ba was at the top for two consecutive weeks. Yang Mi maintained his ranking at 4th place, while Yangzi fell to 6th place.

1. Triple Heat

2. The omen

3. Truong Tu Phong

4. Duong Mich

5. Vuong Tu Van

6. Yangtze

7. Chrysanthemum Medicine

8. Dam Tung Yun

9. Trieu Le Tinh

10. Trieu Lo Tu

Congratulations to all of the winners above!