Illustration. This is the most common eyelash brush shape. This is a brush that can carry a large amount of mascara, helping you to apply eyelashes quickly. The round, straight shaft brush is also the most suitable brush for Asian girls, featured with thin, short lashes. Curved brush The curved brush is curved at the comb body. The smart design of the curved brush makes it possible to push up curled eyelashes significantly compared to conventional shaping brushes. Spiral shaft brush The spiral brush is the perfect combination of the round, straight shaft brush with the curved brush. The spiral brush helps you apply more mascara, faster lashes, curl faster and hold longer. Mascara doesn’t fade Another important factor when choosing mascara is that you need to consider the climate where you live, the nature of your skin as well as the style you are aiming for. If you live in a humid climate with oily skin, you should choose mascaras that do not float. You may find it difficult to remove makeup, but this is a very good hold and prevents mascara from smudging. There are many people who use waterproof mascara even in dry environments, just because of these benefits. Brush For a gorgeous eye mascara, don’t forget the brush. The truth is that you can’t buy a separate mascara brush, but be really careful when choosing mascara. A long mascara brush with comb-like teeth will be great for you to lengthen your lashes as well as make them curl more. The brush is round and has a thick brush density that will create a very good thickness for the eyelashes. Meanwhile, a rubber brush is easier to brush and uses less mascara. Less irritants You should pay attention to the ingredients of mascara to choose the right type. If you are allergic to makeup or have sensitive eyes and wear glasses, an anti-allergic mascara is a great choice. Hypoallergenic mascara contains no special ingredients, it just means that this mascara will not have chemical ingredients that easily react with each other. One thing you need to keep in mind is that there is no such thing as a hypoallergenic ingredient list as different brands will have different formulations. Carefully read the ingredients of your mascara when you buy it, and pay attention to the return policy if you’re unsure.

It creates an infinitely curved region of space-time, from which nothing can escape, not even light. Do black holes rotate? This is an interesting but not so simple question that I received in one of my recent lectures. To answer it completely and accurately, we need a clear understanding of the very verifiable properties of black holes as well as about the nature of rotation. To date, the concept of rotating black holes is not new. In fact, every object in the universe, once having a mass large enough to be spherical, will also have a rotation. Since mass exerts gravity, every object tends to compress itself – because its parts attract each other. For small masses, this gravitational compressive force – commonly known as centripetal gravity – is so small that it cannot exert any effect on the object, because it is simply an intermolecular force of cohesion. substance – especially solids – is much larger than it is. But with very large masses, on the other hand, the force of gravity is so great that matter will rearrange until it becomes spherical. That is, the state in which the force of gravity directed at the center of the object from all directions is equal to each other. That’s how every object as large as a planet or a star gets its spherical shape. At the same time, when there is such a large mass, another problem arises, and also related to gravity. Since no single star or planet is perfectly uniform, in fact the gravitational forces in their different regions are unequal. This difference is the main reason they oscillate, and hence the rotation. Thus, all large objects in the universe rotate because of their own gravity. What about black holes? The most common types of black holes known to scientists today are stellar-mass black holes. It is formed from the late-life contraction of the cores of massive stars. These stars are usually at least 8 to 10 times the mass of the Sun. Towards the end of their lives, their cores shrink very rapidly because the fusion reaction no longer produces enough energy to resist the contraction of that enormous mass. This sudden contraction causes an explosion that is considered one of the most violent events in the universe” supernova explosion. This explosion tore apart the stellar shell that was previously in the state of a red supergiant. The remaining core of the star shrinks and collapses to become a black hole. All stars rotate on their own axis (our Sun, for example, has a rotation period of more than 25 days). It is not difficult to speculate that something formed from a rotating stellar core would also have to rotate, because that momentum is simply still there. The same is probably true of supermassive black holes – black holes with masses ranging from hundreds of thousands to billions of times the Sun, located at the center of most galaxies ever observed. In fact, when the first image of a black hole was released in 2019, scientists were able to see the spirals of the accretion disk surrounding the black hole. It shows that the giant accretion disk is rotating, not fixed. Just like the fact that all the stars in each galaxy are constantly moving around the center of the galaxy (for example, our Sun takes about 230 million years to complete one full circle around the center of the Milky Way). Two things need to be clarified before concluding that the black hole rotates on its own The entire initial mass of the black hole – in theory – is packed into an extremely small singularity. It is so small that it can mathematically be considered sizeless. That singularity has a certain radius (Schwarzchild radius) known as the black hole’s event horizon, but it is just a region of pure space-time, not an object like it has a surface. like a star or a planet. As such, it is difficult to consider something with no dimensions, or a boundary without a surface, to be rotating, since there is simply no alternate motion of points to a particular surface. No radiation comes out from within the event horizon, which also means that all information inside a black hole is unknown. If matter were indeed crushed and completely collapsed into a single point, the space within the event horizon could itself be a place of absolute uniformity, i.e. no rotation would occur due to the difference. interesting. With these two points in mind, don’t forget that what we see spinning is itself just the accretion disk surrounding the black hole. Of course, one can also calculate the rotational speed of an accretion disk based on its mass when taking into account as well as when not taking into account the presence of a black hole at the center, from which to compare and predict. It looks like the black holes in those places are spinning very fast. Even so, given that we don’t know anything about what lies within the event horizon, or even something specific happening at its very edge, concluding that black holes are indeed rotate or not and how fast they rotate is still too early. Likewise, the charge of a black hole is also a purely theoretical concept and is calculated from solving Einstein’s equations. There is no way for us to verify if an electric charge really exists after being swept inside the black hole’s event horizon. In the future, to know more about this information, we will need to look forward to new generations of telescopes and new methods to image and track more black holes with much greater detail. compared to what there are today.

Diamond Ranch High School in Ponoma City, California, has a special shape thanks to its unique structural blocks.Architecture Week said that, at first, the project to build this school on the hill was considered impractical and impossible. . Photo: Library of Congress. The Ramon Cortines School of the Performing Arts is located on the edge of the Chinatown district in Los Angeles, California. This school is designed in the shape of a disruptive pyramid. Photo: Instagram. The spiral around the top of a school building is considered a symbol of this unique architecture. Photo: Wikipedia. Amino Lenox Charter High School in Inglewood, California, is famous for its wall of openings that both create a unique look and provide an airy atmosphere for students studying inside the building. Photo: Wikipedia. Youngker High School in Buckeye, Arizona, impresses again with its state-of-the-art performing arts center located on campus. Its auditorium can accommodate up to 600 people. Photo: Business Insider. In 2012, Sandy High School in Sandy, Oregon, was redesigned, doubling its size. The school is impressed by its asymmetrical architecture, taking wood as the main material. The school is located next to a small forest, creating an environmentally friendly feeling for teachers and students. Photo: IBI Group Architects. The Ínstituto Institute of Medical Sciences was built in an old warehouse in the city of Chicago, Illinois. The school has only 180 students and focuses on teaching Science, Technology, English, and Mathematics. Photo: JGMA. Most of the building still retains the structure of the old warehouse. However, the floor, ceiling and walls are painted in bright colors, attracting the viewer’s eye. Photo: JGMA. The unique feature of Riverview High School lies in its multi-window architecture. Inside the building, objects are arranged far apart, creating ventilation, especially suitable for space for libraries and cafeterias. Photo: Business Insider. Jones College Preparatory High School is on the list of the most beautifully designed schools in America thanks to its long architecture. Photo: Business Insider. The wide hallway is the perfect spot for a stroll in the sunlight streaming through the windows. It also makes traveling between classes less boring. Photo: Business Insider. This unique architecture belongs to the Football Academy, UNO Elementary School. This is a privileged school that focuses on developing football talents. Photo: JGMA. UNO has a giant soccer field in the back. In addition, the school also impresses with the curved window design. This school has 575 students. Photo: JGMA.

While footwear is certainly an interesting thing to look at, the story behind it is equally fascinating. The creation of this sandal is from the brand Ugo Paulon, by the rather secretive Danish designer, living in London, who likes to simply be Elise. She’s no stranger to indie labels, she’s been with Baserange for four years and recently collaborated with Ottolinger. Although Elise has been in the industry for a while, she doesn’t promote herself as much. She wants people to focus on her project rather than who she is because everything has a life of its own, in her opinion. The concept of “its own life” applies to how she actually manufactures the shoes. Elise started the project in June 2020 and has developed an innovative trend of classic shoes. “It was like a personal experiment to see how much product I could make from not buying anything new or using new materials,” she says. For her own distinct print, Elise re-dyed the fabric by hand. The only new material on the shoe is the outsole, which Elise is currently trying to figure out how to make from recycled rubber. Footwear allows Elise to create shapes that would not be possible on a garment. “I wanted to convey that they were like little pieces of furniture,” says Elise, which is a very 3D process for her rather than a 2D garment. Because the shoes are so feat, they can’t help but become the focal point of any outfit, the shape unmistakable. And the most important thing is to make everyone feel comfortable and smooth while wearing them. For street style followers, this snail-inspired sandal will be a unique highlight for your entire outfit. From the polite outfit will also become more suitable for meetings with friends by different shoes, to mini skirts or trousers to show off the oversized rope wrapped around the calf.

This luxury resort features the world’s first undersea villa, with a floor less than 5m below the water. The rooms of the villa have glass doors all around so guests can see the colorful life on the ocean floor. Bedroom with king size bed, sitting area, bathroom and spiral staircase. The cost of building this villa is 15 million USD. Beautiful view of the Indian Ocean. The villa was designed by Crown architects and built by New Zealand-based MJ Murphy Limited, which specializes in aquarium technology. The undersea room is connected to the upper floor by a spiral staircase. Upstairs is a twin bedroom, bathroom, dressing room, gym, integrated living room, kitchen, bar and dining room. with the veranda facing the sunset. Guests can enjoy the endless horizon while soaking in the tub. Opposite the villa is the sunrise direction and the infinity pool. The villa can accommodate up to 9 guests. Ahmeed Saleem, lead designer, said: “We will deliver innovative experiences for global travelers at the world’s first undersea property as visitors explore the Maldives.”

Dream of the sky The daughter of a tsarist general, Lydia Zvereva was obsessed with planes from an early age. She read a lot of books about aviation, took complex mechanical toys to pieces, and talked for hours about hot air balloons and airplanes. She even performed “test flights” by jumping from the roof of the storage shed to the ground. “Ever since I was a little girl, I was very interested in the hot air balloons at Osowiec Fortress, so I built models. At that time in Russia no one could fly, and in the press only occasionally began to appear the first information about the achievements of foreign manufacturers,” recalls Lidya Zvereva. Russia’s first female pilot Lydia Zvereva on the plane “Farman-4”. Photo: Karl Bulla/russiainphoto.ru What worries Lydia is certainly not that the early twentieth century aviation industry is still in its infancy, but that flights are very dangerous to life. Flimsy, unreliable planes are prone to capsizing and breaking the wind, claiming the lives of dozens of pilots around the world every year. However, Lydia Zvereva enrolled in the private aviation school “Gamayun” near Saint Petersburg. The local newspaper wrote about the first woman who wanted to learn to be a pilot, calling her “Miss Z” because she wanted to respect her private life. “Lydia Zvereva flew without hesitation and very decisively. I remember everyone paying attention to her masterful flights, including the very high ones. Because at that time, not everyone dared to take the risk of flying to such a high altitude,” said her classmate Konstantin Artseulov. There were a few times when Lydia Zvereva had a serious accident, but always luckily only minor scratches. On August 23, 1911, after passing all the necessary exams, the 21-year-old “Miss Z” was granted a pilot’s license, becoming the first female pilot of the Russian Empire. Talented Aircraft Builder In 1912, Lydia Zvereva, along with her husband, pilot Vladimir Slyusarenko, practiced aerobatics. They attended Aviation Week in Baku, performed in Tiflis (now Tbilisi, Georgia), where female pilots performed flights in difficult weather conditions. The trip to Riga almost became Lydia Zvereva’s last. While flying, the wind started to pick up and threw her “Farman” plane into the stands. She tried to fly up, but she was thrown into the stronger wind, and her plane was eventually overturned. When she fell to the ground, the female pilot was thrown forward and was crushed by aircraft debris. Not long after, in one of her letters, she wrote: “When the plane went down, I almost broke my leg. It still hurts to this day. My lung condition is very bad. The doctor told me not to go anymore, but I still wanted to fly. They warn, if you do not obey, you will get tuberculosis. Indeed, that is the fate of the pilot profession!”. Lydia Zvereva with the first Russian-made aircraft “Kudashev-1”. Documentary photo Despite the accident, perhaps thanks to that, Lydia’s performances were so successful. She and her husband were invited to stay in Riga and they happily accepted. This large city on the Baltic coast was at that time the center of the Russian aviation industry. Here they built the first aircraft engines in the country. In 1913, she and her husband opened their pilot school in Riga with the lowest tuition fees in the country. In addition, they also organized aircraft repair and design classes, at which time Lydia Zvereva was an aircraft builder who upgraded aircraft manufactured in Western countries. This particular woman was invited to work in Austria-Hungary, but she decided to stay in her homeland. Female pilot with no number Teaching and crafting did not make Lydia Zvereva more cautious. This first Russian female pilot is still actively flying as before, even though it is very dangerous to her life. She even had the courage to participate in the “death” twist when sitting on the plane. That flight took place on May 19, 1914 in a monoplane “Moran” piloted by experienced male pilot Evgeny Shpitsberg. The newspaper “Riga Messenger” wrote: “The “Moran” quickly soared into the air. 500, 600 then 700 meters. At an altitude of 800 meters, the plane suddenly stopped in the air and then dived. Almost simultaneously, the spectators gathered below all fled. But after a few seconds, there was a rumble of the engine, the plane soared high and then took a sharp turn. The crowd held their breath with applause. After a while, the plane flew along a beautiful spiral and then landed in the grandstand area. “Hooray! Hooray!” – everyone chanted.” Lydia Zvereva’s admirer is the male pilot Pyotr Nesterov, the first person in the world to perform this complex flight. At the outbreak of World War I, the couple’s pilot school was evacuated to the city of Petrograd (now Saint Petersburg). In fact, this school has become a manufacturing workshop, where 300 employees carry out orders from the Ministry of Defense. Fate did not allow Lydia Zvereva to live until the end of World War I. Many times she escaped death while flying, but she died of typhoid on June 16, 1916 at the age of 26. The female pilot’s friends and students saw her off to her final resting place by flying around in “Farmans” over Alexander Nevsky Monastery in Petrograd.

Located in a central location on Le Duan Street (Ha Tinh City), Light Coffee has a rustic but no less modern space. The project was constructed within 8 months, including 2 main materials: brick brick and pre-engineered steel frame. The facade of the building is designed with a way from red brick. Coarse, randomly assembled brick walls ensure a solid structure but still ensure aesthetics The stairs are simple but impressive by the pre-engineered steel spiral design. In general, the staircase looks like a large bird cage in the center of the restaurant The roof is roofed with bricks at the top in coordination with the glass and hot-iron below. Both create a unique and make the most of natural light but do not cause heat in summer weather. The cafe is built on an area of ​​118m2 with 2 floors. In addition to the coffee tables, the first floor is also the barista of the bar. The second floor impresses customers with open space from natural light and the system of green trees is arranged appropriately. Not only impressed by its unique appearance, the cafe also attracts customers with green space, prioritizing connection and closeness to nature. The aisle is used to put the coffee table with the view overlooking the outside. Guests can enjoy a drink, while watching the street A corner of the pavement of Light Coffee The lighting system is made from bamboo, creating an overall harmony with the main materials of the restaurant According to the owner of the coffee shop, he himself had to set up the recipe many times to come up with a recipe like the restaurant. The bar space is sparkling at night

RESOURCES – Fresh passion fruit: 07 fruits; – Sugar: 100g (depending on whether you want to eat sweet or less sweet); – Flexible jelly powder: 10g; – Water: 1 liter. Tools: cooking pot, sieve (ladle) filter, scraper, sharp knife, container. HOW TO MAKE LEO LEO Step 1: Preliminary processing of passion fruit peel -Use a very sharp knife to remove the outer hard shell of the 5 passion fruit, remember to trim it thinly to leave the pink crust. You can use a scraper to scrape off this peel. If using a knife, peel the outer shell in a spiral circle, you can take advantage of this shell to roll into a very beautiful flower used to decorate the dish. – Split all 7 passion fruit fruit, take the intestines to separate into 1 bowl (this passion fruit intestine can be filtered down as desired), the peel of 2 passion fruit still has its peel, then wash to separate; Peel of 5 peeled passion fruit, put in a pot with 20g sugar and 500ml of water, cook for about 30 minutes on low heat to get a very beautiful red rose color. Step 2: Cook red rose jelly – Juice of passion fruit on the top, add 20-30g of sugar, 5g of jelly, stir well, bring to the stove to boil for 2-3 minutes, add 1/2 of passion fruit intestines, stir and then turn off the heat. Pour into the mold, wait to cool and the jelly solidifies, then cut into pieces. So we have made very beautiful pink red passion fruit jelly. Step 3: Cook yellow jelly – North the pot on the stove, add the remaining 5g of jelly mixed with 500ml and 60g of sugar, stir well, boil for 2-3 minutes, remove the foam, add the remaining 1/2 of passion fruit intestine, stir, pour. Mold, wait to cool and the jelly solidifies then cut. So we get yellow passion fruit jelly. Jelly put in a sealed box, to prevent the refrigerator from being used for about 2-3 days is the best. In the hot summer, there is nothing like enjoying the cool, sour, sweet, sweet, natural jellies that are very attractive. You can use a flower shaped silicon mold to pour the jelly into it to create very pretty jelly flowers. Wish you success in making passion fruit jelly!