The Fukang meteorite is auctioned off. Where this extraterrestrial object originated and how was formed is still a topic of discussion among scientists. Coming from an asteroid The Fukang meteorite glows in the sunlight. The Fukang meteorite was discovered near the town of Fukang in Xinjiang, an autonomous region in northwest China, in 2000 by an unidentified hiker. Every day, this person often stops by a giant rock to have lunch and rest. Once, he was suddenly curious about the structure of this object, when he noticed that it seemed to have metal and crystal inside, so he decided to break some pieces and send it to the US for confirmation of the type. He was surprised to learn that these samples did not come from Earth, but belonged to a meteorite. In February 2005, these objects appeared at the Tucson Gem and Mineral Exhibition (USA). Here, it was noticed by Professor DS Lauretta (a specialist in Planetary Science and Astrochemistry at the University of Arizona), who is also the principal investigator of NASA’s OSIRIS-REx mission. Then, the remains of the Fukang Meteorite (with a mass of 983 kg, excluding the 20 kg mass smashed by hikers) was directly studied by the University of Arizona (USA). Scientists said that this rock belongs to the type of iron-stone meteorite, called Pallasite. Pallasite meteorites contain olivine, which is thought to come from the crust of a rocky planet orbiting between Mars and Jupiter. If not from the planet, it could belong to an asteroid with a rocky shell and a metal core. Pallasite can be distinguished by a meteorite iron substrate, embedded with silicate crystals, mainly olivine (a yellow to greenish-yellow crystal). The Pallasite meteorite is named after Simon Peter Pallas, a German naturalist. He was the first to describe Pallasite Krasnojarsk, a 700 kg meteorite, discovered in Russia in 1772. The origin of the Fukang meteorite, like other Pallasite meteorites, has not been scientifically explained so far. It is hypothesized that it originated from an asteroid with a melted and decomposed metal core and surrounding olivine mantle and formed with the solar system about 4.5 billion years ago. In addition to its rarity, the Fukang meteorite, like other Pallasites, is a very beautiful object. When shined through the olivine crystals, the light will make the meteorite glow brightly and spectacularly. Most expensive A cross section of the Fukang meteorite is on display at Arizona State University (USA). Because of this beauty, collectors have always wanted to own pieces of the Fukang Meteorite. The largest part of this meteorite, weighing nearly 420 kg, is currently in the possession of an anonymous collector or group of collectors. In 2008, the above Fukang meteorite was auctioned at Bonham’s, New York (USA) with a starting price of about 2 million USD. A curator and online auction organizer has placed the Fukang meteorite at number one in the “Top 10 Most Expensive Meteorites Ever Discovered on Earth”. However, no one participated in the auction for this treasure perhaps because the price was too high. Meanwhile, other small pieces of the remaining meteorite, have been purchased in auctions and distributed around the world. Particularly, the University of Arizona Meteorite Laboratory (USA) holds a total of 31 kg of Fukang meteorites. Their website describes the Fukang Pallasite as “the most breathtaking example of the splendor of the natural universe”. In February 2021, the famous auction house Christie’s said it had sold “part of the most beautiful extraterrestrial matter known”. That tiny piece of meteorite alone brought the seller $30,000, far exceeding the initial estimate of $3,500 – $4,500. What makes the Fukang meteorite so special? First of all, this is not an “ordinary meteorite”. Pallasite is an extremely rare heaven stone. This is because most Pallasite cannot survive falling into Earth’s atmosphere. It is estimated that less than 1% of rock falling from the sky is Pallasite. Therefore, the Fukang Meteorite is considered by scientists as one of the most important celestial rock discoveries of the 21st century. According to the Planetary Science Institute, based in Tucson, Arizona, USA, there have been about 1,100 observed and found meteorite falls in history. Meanwhile, the number found but not observed goes up to 40,000. The Fukang meteorite is among these. The institute estimates that about 500 meteorites collide with Earth every year, most of which burn up in the atmosphere, the rest fall into the ocean or in remote, desolate regions (According to Science 101).

Humans have only found about 5% of the composition of the universe. So what is the remaining 95%? Although we know of its existence, we cannot see or study it specifically, directly because these components are invisible. Science fiction still frequently mentions the existence of other universes. In fact, in recent years, the scientific community is gradually accepting this hypothesis. A typical example is the multiverse theory, which comes from William James’s term of the same name in 1895. Accordingly, it is said that there are many parallel universes along with the one in which we live. The origin of cosmic rays has puzzled astronomers for a long time, who have spent a century studying the origin of these charged particles. However, the origin of this mysterious phenomenon remains an unanswered question. Since the birth and development of space science, a question that has always bothered the whole human society is whether there is anyone outside of Earth? Humans have launched spacecraft, explored many planets in search of other life, but so far, the above question has not been answered. Life likely existed on Mars and may even exist today. Mars used to have vast oceans. Scientists have found evidence that liquid water is still periodically flowing on the surface of Mars. Many countries are planning to send explorers to Mars to find the answer tree to this problem. Solar physicists have been baffled by the mystery of the Sun’s ability as it reheats its corona, the fragile crown surrounded by light that emerges brightly during a total eclipse. Crystal rain is a mysterious phenomenon that can only be seen in the universe. The star HOPS-68 is a star that closely resembles the Sun at its inception. Around this star exists a cloud of dust and gas, of which the main component is green olivine crystals. Due to the rather cold temperature of these dust clouds (about -170 degrees Celsius), the olivine crystals condense into small particles and fall like a magically beautiful blue crystal rain. Black holes are one of the great mysteries of the universe. This entity is one where the density of matter is greater than any other entity in the universe. With its huge weight, the black hole can bend time and space and nothing can escape if it accidentally falls into its gravitational field. Astronomers estimate that the Sun will destroy the Earth in about 6 billion years. Several theories about the end of the universe have been put forward. The universe can perish when all matter in the universe has the same temperature. That means all stars will perish and all matter will perish. Another opinion is that an event contrary to the Big Bang, the Big Crunch, will occur. If the universe continues to expand, eventually gravity will become too great, causing everything to contract. The entire universe will become a solid mass and the universe will come to an end. There is a mystery about the moon that has puzzled astronomers for a long time. That’s why only certain parts of the moon’s surface appear to have magnetic fields. But after conducting many tests and analyzing the moon’s surface, scientists believe that the moon once had a magnetic field – about 450 million years ago. Femi bubbles are giant and mysterious structures that arise from the center of the Milky Way and span about 20,000 light-years, accompanied by intense gamma rays and X-rays. Since it was first discovered until now, the Fermi Bubble has caused astronomers around the world a headache because it has not been able to find the origin of this giant gamma-ray structure. Please watch the video: NASA astronauts drop a mirror in space. Source: VTV

The front door is the mouth of qi, where energy enters the house. In feng shui, the main door will definitely protect everyone in the house from any negative energy or uninvited guests. To know if the front door is solid or not, check the strength of the door first. Does the lock work? Is it well-repaired? Does it have enough light? The front door is definitely like a gate, creating a barrier between you and the outside world, helping to invite positive energy. 2. Red front door Another way to strengthen the front door is to paint the front door red. Red is an auspicious and powerful color in feng shui. Red is often used in feng shui to transform negative energy and protect. Red belongs to the element Fire and is an energetic, stimulating and dynamic element. 3. Black Natural Tourmaline Rough Stone Crystal Black tourmaline is a crystal that helps absorb negative energy and is an Earth stone. It can help you feel safe and protected from challenging and difficult situations and negative energy. You can also create a protective net by placing a piece of black tourmaline in each corner of a room, house, or under the four corners of a bed. You can place a black crystal, like black tourmaline, on the front door. Black absorbs and protects you from the energy outside your home. 4. The spell Adding a door guard spell can also protect your home. For example, “Om Mani Padme Hum” is a Sanskrit mantra commonly used in feng shui. That is the mantra of Avalokiteshvara, the bodhisattva of compassion. This mantra means “the jewel lies in the lotus”, possibly a reminder of inner beauty, just like the lotus flower can bloom from muddy water. Many Tibetan prayer flags have mantras written on them and can be placed inside and outside the home. Alternatively, you can write a spell (or any protection that makes sense to you) on paper and place it above your door. This way, every time you go in and out, you will activate and receive that protection. 5. Bagua mirror bát The bagua mirror is one of the best home protection methods. It is a round mirror in an octagonal frame and has a bagua print on the edge of the mirror. The bagua, as well as the bagua areas, are connected with the I Ching, an ancient Chinese text used for divination. Let the bagua mirror outside the home, above the front door or large window, point towards negative or dangerous energy. Do not place the bagua mirror opposite the neighbor’s house. 6. Ring the bell You can hang a bell on your front door to alert anyone who comes in and out of your house. Metal bells are the best kind of bells. The bell will protect you. Hang a bell on your front door if you can’t hang it in a commanding position, meaning you can’t see the exit while you’re in bed, at your desk, or cooking in the kitchen.

Bride Huynh Khanh Vy wears a white dress, sweet makeup, always smiling happily with the groom Phan Manh Quynh. Both are always considerate, caring for each other in every moment. According to the wedding dress designer Linh Nga Bridal, Khanh Vy did not choose a big fluffy skirt because she wanted to hold a cozy wedding party, so Khanh Vy chose a light dress, creating a feeling of closeness with relatives and friends. raft. Khanh Vy’s dress wears an A-line design, hand-attached with 10,000 luxurious silver crystal stones, imported from Europe, creating classic baroque motifs. This design unit has used the technology of sewing one-piece skirts, accented with high-class silk chiffon strips arranged in 5 layers on both sides of the body from the waist to the skirt, not only helping to create a slimming effect on the hips. , respecting the waist shape, “hacking” the height, but also making the dress model have a floating and graceful shape. This dress costs 87.5 million VND. In addition, the images of the bride smiling happily wiping her husband’s sweat, and the groom also carefully removing the firecrackers that fell on the bride’s head during the wedding ceremony also made the online community “stand still”. The couple is always smiling happily on their big day. According to the people of Nghe An, the terrible wedding of the male singer “There is a boy who writes on the tree” attracted great attention from the people here, everyone was admiring the splendor of the wedding. this fairy tale.

According to Khanh Vy, the ceremony took place in a warm atmosphere. About 200 guests were present to bless the couple. The ceremonial ceremony of Phan Manh Quynh and Khanh Vy took place in Nha Trang City. Photo: NVCC. On the happy day, the bride Khanh Vy wore an A-line dress with a shoulder-length design that was individually designed. According to research, the dress costs 87.5 million VND, 35 million VND (the same price as the wedding dress Khanh Vy wore in Nghe An) is the rental price. Different from the dress model in Nghe An, this dress is designed by the designer using super soft chiffon fabric with high quality silk chiffon layers to create the elegance. The late shoulder detail is stylized from the image of a bow tie as well as more than 3,000 Swarovski stones imported directly from Austria. Not only that, the dress also applies the famous waist-strapping corset technique, giving Phan Manh Quynh’s bride a slim waistline. After the wedding ceremony at the girl’s house in Nha Trang City, the couple’s wedding in Ho Chi Minh City will be held at a wedding center in District 1. Phan Manh Quynh and Khanh Vy went back to the same house after 6 years of sticking. Photo: Thach Thao. Phan Manh Quynh and Huynh Khanh Vy first met in October 2015. In September 2018, on a beach, in the presence of close friends, Phan Manh Quynh knelt to propose to his girlfriend. They plan to hold the wedding on December 1, 2019, but have to postpone them for personal reasons. By 2020, Phan Manh Quynh will once again postpone marriage due to epidemic diseases. Sharing about her lover, Phan Manh Quynh said Khanh Vy was always there to encourage him and give him advice at work. He confided: “We can’t avoid disagreements, but we are always happy and humorous when we are together. My girlfriend is not too knowledgeable about music, so it does not affect my work much. Instead, she’s like a spectator, offering a neutral opinion. Sometimes, I listen to her helpful suggestions ”. The girlfriend of the 31-year-old musician is Huynh Khanh Vy. She is a photo model and has acted in sitcoms and MVs. Khanh Vy once registered at The Face Vietnam competition season 2, but did not go deep.

On the morning of April 26, the 93rd Oscar ceremony took place with the appearance of a famous star. This year, many artists choose outfits with creative tones that stand out from the media. As a rule, the guests are not allowed to choose sweatpants, pajama-style clothes that step on the red carpet as they were worn at the previous event. Actor Colman Domingo is one of the prominent stars on the Oscar 2021 red carpet. He appeared with a fuchsia pink suit designed specifically by the Versace fashion house and 4,500 Swarovski crystals mounted on the body of the shirt. According to the Italian fashion house, the stitching of Swarovski crystals on the outfit takes about 150 hours. The actor shows his style by wearing gold rings and bracelets that match the buttons of Versace’s medusa logo. Zendaya wore a daring cut dress with chest cup details, covered with neon gold of the Valentino fashion house. She created a unique highlight on her outfit with a sparkling diamond-studded two-story necklace. Halle Berry is equally prominent with a lavender purple dress with a deep chest cut and a silk ruffled silk fabric pattern of the Dolce & Gabbana fashion house. The beauty attracts attention with strange bob hair. Amanda Seyfried is charming in a fluffy fishtail dress by the brand Armani Privé. The beauty is delicate when choosing high-bun hair, red lipstick to show the change of dark to pale shades on the overall. Singer Celeste appears elegantly with a black tone outfit with fringed details attached on the chest of the shirt. She received the female artist award with the most beautiful accessories on the red carpet with a hand clutch shaped like a human heart to promote new music products. On the other hand, Erica Rivinoja is not appreciated when choosing a boiled shrimp handbag that has nothing to do with frilly skirts. The individual HER singer with a jumpsuit made of lacy fabric was created by designer Peter Dundas. Part of the fabric on the chest helps the star to avoid the problem of revealing sensitive points on the body. She mixes with round-rimmed glasses and a series of sparkling metallic accessories. Actress Carey Mulligan wears the chest cup and part of the fashion house Valentino from the Haute Couture fashion line. She moderates her accessories to avoid cumbersome and confusing images in front of the photographer. Musician Questlove drew attention when promoting the less beautiful Crocs on the Oscar red carpet. He variations the accessory model with layers of gold paint to accentuate his dark-tone outfit.

Odd nature Previously, science only defined the concept of crystals, treating them as solid objects with homogeneous unit cells arranged in a periodic structure. For crystals, a unit cell can only be in the form of a cube, tetrahedron, or octagon. From rock to diamond, all crystals in the universe contain 14 symmetrical structures, each of which consists of a base cell and many atoms arranged in a special way, in which the their position is repeated periodically in three-dimensional space. When the idea of ​​pseudocrystals appeared, people believed that they did not exist in nature, but were only synthesized in a laboratory. Because, certain order of the atoms in pseudocrystals does not repeat the period, giving them innumerable symmetrical structures. Decoding the pseudo-crystal mystery can help science find a solution to the origin of the universe. Science goes crazy about pseudocrystals. Countless theories emerged, some even believed that this strange matter was sent from a distant galaxy inhabited somewhere in the universe. The appearance of pseudocrystals changed everything, ushering in the era of researching a distinct form of solids existence, in which the atoms arranged seemingly regular but without repetition. Experts call pseudocrystalline an “unpredictable unknown” in the universe, breaking the inherent harmony of the world of microscopic atoms. Others say crystal imitation is like a stray note, being “dropped” into sentences deposited between notes in the right rhythm to make a difference. The difference is the non-periodicity of the pseudocrystalline, which lacks translational symmetry. The experiments revealed an interesting fact: when translationally displaced a pseudocrystalline sample, the resulting image does not match the original. This goes against the inherent nature of conventional crystals, characterized by translational symmetry that causes the unit cells to be arranged according to a clear pattern. Because they are not repetitive, the pseudocrystals create many forms of rotational symmetry, which can be observed from many different angles with the same original pattern. For example, Florence pseudocrystalline found in a meteorite falling in the Khatyrka region (Russia) has the form of a 20-sided polyhedron (dichotomy), allowing observations from 60 different angles. Unique minerals The uniqueness of the fragment of a meteorite containing pseudocrystalline Florence lies in the aluminum metal (Al) composition, which raises a big question about the mechanism of pseudocrystalline formation in the universe. Experts also found iron and copper, and compounds of the two metals and aluminum on the meteorite. This is strange because so far, copper does not react with aluminum, unless there is human interaction with certain catalysts, otherwise the “mother of Earth” always separates the two metals. this. The International Mineralogical Association (IMA) has recognized that this dichromatic pseudocrystalline carries a new kind of mineral, with a different chemical composition with the chemical formula Al63Cu24Fe13. In early 2021, experiments at the California Institute of Technology (CIT) investigating three oxygen isotopes confirmed that the pseudo-Florence crystal was most likely from a carbonaceous chondrites meteorite – a material unlike anything on Earth. , formed within hours of the solar system’s birth, is regarded as a space rock, albeit quite pliable. Accordingly, studying this asteroid opens the opportunity to learn about the time of the Sun’s birth. The discovery of many metal isotopes suggesting the formation of the Sun is related to gravitational collapse (the phenomenon of extremely rapid contraction of large masses under gravity), caused by waves. shock from the nearby supernova explosion. Man has always believed that pseudocrystals do not exist in nature because certain order of atoms in pseudocrystals do not repeat the cycle. Yet, science is focusing on decoding strange minerals from space to develop the theory of evolution of the solar nebula, thereby understanding more about the history of the universe. These are pseudo-dichroic crystals with the mineral stishovite (crystallized by dense silica), traces of ringwoodite in meteorites (formed when the olivine mineral is pressed together by extreme pressure and exposed to a medium less pressure), or rare metal compounds such as aluminum-copper and nickel-iron. The most widely supported view believes that metals appear first in the solar nebula, then suffer the “shock” from an extremely strong asteroid impact before “clinging” to the surface of the asteroid. undergoes undetermined reactions to form foreign minerals. Complex structure For the first time, science has admitted finding traces of pseudocrystals in a meteorite, marking a new stage in the race to explain the origin of this matter. The mystery remains, regarding the reason why pseudocrystals appear in nature, and the mechanism by which atoms in pseudocrystals form a complex structure beyond existing theory. From here, two opposing schools were born. The perturbation theory believes that pseudocrystals are made up of atoms in a chaotic state, randomly linked into symmetrical clusters, after which the clusters will flexibly interact with each other, making the pseudocrystalline a zero shape. stability, then gradually decay. On the contrary, Paul Steinhardt, professor of science at Technion University (Israel), proposed the possibility that the atoms in the initial pseudocrystalline attract each other and form clusters with the form of pentagons, hexagons or many “senses”. other. These “senses” are then under the effect of a mysterious force to interact with other “senses” around, forming a certain shape. At that time, the clusters of atoms are bound together, gradually falling into a non-periodic state, creating pseudo-crystal. This connection is scientifically described exactly the property of the Penrose pattern (a famous concept in architecture created by two types of tiles that seal a plane in a non-periodic style). Paul Steinhardt argued that the atoms in pseudocrystals form clusters of many “senses”. While examining Florence’s pseudo-crystalline structure, some evidence confirmed it contained a new pseudo-particle named “phason”, which reverses the atomic clusters, breaking the rules of bonding between them. when one particle interacts with other matter. This finding reinforces confidence in the possibility that crystalline pseudo-crystallinity is completely natural, and emphasizes Paul Steinhardt’s hypothesis as being valid. Besides, science is also very active in learning about the stability properties of pseudocrystals. Two proposed mechanisms, mutually reinforcing in the existence of pseudocrystals, include arbitrary mechanisms and entropy mechanisms (chaotic measurements – the origin for understanding the dynamics of galaxies and the universe). . As the entropy value increases, some of the atoms in the pseudocrystalline vibrate and spin, thereby trying out “spontaneous” bonds, in multiple positions before they are “locked” into a specified position. . Atomic clusters can also overlap, sharing atoms under the influence of arbitrary binding mechanisms. Research on the pseudocrystalline model in the laboratory found that the stability of this material depends on the electron / atom ratio. Therefore, science speculates that the electron possesses the ability to stabilize the atom clusters. However, more evidence is still needed to confirm the stability of pseudocrystals in nature. Obviously, the journey to decode the pseudo-crystal is still very long, with many difficult questions. How, for example, does aluminum, copper and iron coexist inside alloys to form unusual minerals. The presence of aluminum in some meteorite samples raises the question of the metal appearing early in the formation of the solar system. More importantly, whether there exist other types of pseudocrystals in nature, and what kind of forces “lock” the clusters of atoms together. Answering these questions will help science sketch a new picture for the future of physics, while moving closer to the solution to the greatest mystery of all time: this universe ultimately comes from where…

Please apply 2 ways below to treat the smell of armpit comfortably to welcome Tet!

1. How to treat armpit stink with alum and wormwood

Materials need to prepare:

• 20g of dried wormwood leaves

• 20g of acid alum powder

• 20g salt

• Fabric bag

Making:

• Wormwood you bring, wash, crush, and stir well prepared alum powder and refined salt.

• Put the mixture in a pan, turn it on the stove until it’s hot, then put the mixture in a cloth bag.

• Take the bag and place it in the armpit for about 5 minutes until it is no longer warm, then remove it.

• During use, you adjust the temperature of alum, avoid overheating will burn armpits.

• Just apply this method regularly every day for 1 month, how many odors will disappear without a trace.

2. How to treat armpit stink with alum and lemon

Materials need to prepare:

• 1 small alum

• 1 lemon

Using:

• Cut the lemon in half, take 1 half to rub into the armpit for about 5 minutes to remove bacteria and dead cells.

• Put the alum on the stove, heat to let it lose water until it turns white, then rub it gently on the underarm skin.

• You do this twice a day in the morning and every night to absorb the unpleasant sweat odor.

• Apply regularly after 2 weeks you will see the unpleasant odor disappear.

I wish you success and always be beautiful!