Hit owner heaven made netizens really admire when sharing the coolest grandmother in Vietnam. Not only has a cold, luxurious demeanor, surely many Vietnamese stars must also respect their foreign countries because of their more temperament than people at the age of 80. New set of photos of Wowy and Grandma. Photo: FBNV Below the post, Wowy also showed off to fans other cool images of his grandmother. Sometimes she wears a black vest, when she changes to a yellow vest, wears glasses, wears earrings, mixes sneakers… Mrs. Wowy makes people overwhelmed because the quality is not inferior to her grandson. New avatar of the character. Fans left many comments under Wowy’s new status, praising the lovely moment of the two male rapper’s grandchildren. Some viewers even jokingly joked, his super cool demeanor must be inherited from his mother. Besides, everyone also sent many wishes for health, hoping that she will always keep such a youthful spirit. Some other pictures:

On June 8, the maximum UV index in all three regions of the North, Central and South were all at 6-8, the threshold with a high risk of harm to the human body. Photo: Thanh Tung/VNA On June 8, the maximum UV index in all three regions of the North, Central and South were all at 6-8, the threshold with a high risk of harm to the human body. Particularly in Hai Phong city, this index reached a very high harmful threshold at 12 o’clock. Hoi An city (Quang Nam province) has the highest UV index in the country, the risk of harm is very high (8.1-8.9) at 11-13 o’clock. According to the World Health Organization, the UV index is 8-10, if the skin is in the sun for about 25 minutes, it can be burned. This index is 11 or higher, the skin is at risk of burns if exposed to the sun for about 10 minutes without protection. And ultraviolet rays at 12 will be very dangerous to health. Experts recommend that everyone wear goggles to protect their eyes. When outdoors, people should wear sunglasses that block at least 99% of UV rays. Sunglasses can help prevent cataracts, as well as wrinkles around the eyes. It’s best to ask your ophthalmologist for the right glasses. The hot sun with harmful ultraviolet rays will also be dangerous to the skin, besides sun protection measures such as wearing clothes, wearing a wide-brimmed hat… people need to pay attention to applying sunscreen and should Apply every 3 hours to protect the skin.

In central provinces and cities, this index is common at a high risk of harm, especially on June 12 at an average level. The UV index in the southern provinces and cities has a high and very high risk of harm, except for Ho Chi Minh City and Can Tho on June 12, which has a moderate risk of harm. On June 11, the ultraviolet index of provinces and cities in the North was very high. Illustration: Tuan Duc/VNA On June 11, the ultraviolet index of provinces and cities in the North was very high. This index in Ha Long city (Quang Ninh province) is from 8.4 to 9.1, in Hai Phong city it is from 8.9 to 9.2 and the same harm is very high from 11 to 13 hours. UV radiation in Hanoi city is very high at 12 o’clock with the highest index of only 7.8. In the southern and central provinces and cities, the UV index reached high levels. Except for Ho Chi Minh City, UV radiation reaches 8.3 – 8.9 and is harmful at very high levels from 11 to 13 hours. According to the World Health Organization (WHO), the UV index of 8-10 will cause burns to the skin if exposed to the sun for about 25 minutes. This index is 11 or higher, the skin is at risk of burns if exposed to the sun for about 10 minutes without protection. And ultraviolet rays at 12 will be very dangerous to health. Ultraviolet radiation is a component of sunlight, in which ultraviolet A and B rays (UVA and UVB) can damage the DNA of skin cells. When exposed to too much sunlight, the skin will burn, dry, darken, lose elasticity, create wrinkles, accelerate aging and can cause skin cancer. In addition to affecting the skin, UV rays can also cause eye problems. Experts recommend that everyone needs to wear goggles to protect their eyes. When outdoors, people should wear sunglasses that block at least 99% of ultraviolet rays. Sunglasses can help prevent cataracts, as well as wrinkles around the eyes, and it’s best to ask your ophthalmologist for the right glasses. The hot sun brings with it harmful ultraviolet rays that will also be dangerous to the skin. Therefore, besides sun protection measures such as wearing clothes, wearing a wide-brimmed hat… people need to pay attention to apply sunscreen and should apply it every 3 hours to protect the skin.

Lisa was given a very feminine white shirt by her mother, combined with a lovely bow tie on her head. In particular, Ha’s mother also “buys” an additional accessory, which is a unique pair of glasses for her daughter, making it even more attractive netizen “panic”. Lisa was dressed in a beautiful scarf by her mother, with eyewear accessories that looked very cute. According to the singer’s share, Lisa was dressed up by her mother but only walked in the house because she was doing social distancing. “Get dressed, walk around the house, sunbathe, swim, and then go to sleep. Do you think she’s too old?” , voice A whole heaven of love witty update about a girl’s day. Lisa looks like a child supermodel. After only a short time, a series of photos of little Lisa got fan heart release vehemently, some even likened the “little princess” of the Ha Ho family as beautiful as actress Audrey Hepburn. “I say it’s not fancy, the same style as Ha’s mother” “Lisa is so stylish today” “Princess Lisa is so pretty, Mom Ha” “You’re getting prettier every day” “Child supermodel is here and nowhere else… sweetie Lisa” “Put on something that’s luxurious than everyone else’s”,… The “stylish lady” of the Ha Ho family – Kim Ly was vehemently released by fans. Not only showing off photos of her daughter Lisa, both lovely and charismatic, Ha Ho also revealed that she will release a series of photos of Leon “borrowing glasses” of her sister posing for photos: “Can you wait until the afternoon to see a picture of Leon borrowing Lisa’s glasses, can you imagine his face?” . After looking at the luxurious “lady” Lisa, netizen eagerly waiting to see Leon’s “comedy” when borrowing her glasses. Ha Ho promises to release a series of photos of Leon “comedy” with his sister’s glasses. Photo: IGVN The Instagram account created by Ha Ho specifically for her children has attracted more than 344k followers in a short time. The singer often updates the images, clip by Lisa, Leon and even Subeo. Much netizen said that every day, she had to visit the twins Lisa and Leon because she was too “infatuated” with the cuteness and slyness of the two little angels. Hoang Minh According to IGNV

The light-emitting glasses device helps visually impaired patients locate and touch the book on the table. (Source: nytimes.com) On May 24, a group of scientists announced that they had partially restored the vision of a blind man, by injecting light-sensitive proteins into one eye. The study was published in the journal Nature Medicine. This is the first study to describe the successful use of this new treatment. The patient participating in the trial of the new treatment is a 58-year-old French man who is completely blind due to retinitis pigmentosa. With the help of a special type of glass, he was able to see some objects from a narrow perspective such as notebooks, pin boxes, glass shards… The study’s authors say the trial – the result of 13 years of continuous work – has reached an important milestone for more effective treatments in the future. Dr José-Alain Sahel, an ophthalmologist at the University of Pittsburgh and the Sorbonne in Paris, said: “Clearly this is not the end of the road, but an important milestone.” Dr. Sahel and other scientists have been trying for decades to find a cure for inherited forms of blindness. These genetic disorders rob the eye of essential proteins needed for vision, causing the light-sensitive cells to degenerate. When light enters the eye, photoreceptors capture these rays. They then send an electrical signal to neighboring cells, called ganglion cells, which are responsible for transmitting information. vision from photoreceptors to the brain via the optic nerve. In previous studies, researchers were able to treat a form of genetic blindness known as Leber congenital blindness, by correcting a faulty gene that can cause photoreceptors to gradually become impaired. degenerate. But other forms of blindness cannot be treated so simply if the retina has completely lost its photoreceptors. “Once the cells are dead, you can’t fix the gene error,” says Dr. Sahel. For these diseases, Dr. Sahel and other researchers tested a new, more radical approach. They used gene therapy to turn ganglion cells into new photoreceptors, even though these ganglion cells normally don’t pick up light. Scientists are taking advantage of proteins derived from algae and other bacteria that can make neurons sensitive to light. Ed Boyden, a neuroscientist at the Massachusetts Institute of Technology (MIT) who is a pioneer in the field of optical genetics, thinks the use of proteins to cure blindness has taken him by surprise. “So far, I’ve only thought of optical genetics as a tool primarily for scientists, because it’s being used by thousands of people to study the brain,” he said. But if optical genetics were used for medical purposes, that would be extremely exciting.” Dr. Sahel and colleagues realized that the photogenetic proteins created by Dr. Boyden were not sensitive enough to produce images from normal light entering the eye. Amplified light also cannot be used to shine into the patient’s eyes, as this will damage the delicate tissues of the retina. So they selected a photogenetic protein that is only sensitive to amber light and inserted it into ganglion cells in the patient’s retina. Next, the researchers invented a special device that transforms visual information from the outside world into an amber light that the ganglion cells can perceive. They created goggles that scan the field of view at a rate of thousands of times a second and record any pixel where the light changes. The goggles then send a pulse of light from that pixel into the eye. The method can produce images in the brain, the researchers say. Our eyes naturally roam around in small movements many times a second. With each movement, these pixels change the light level. However, it is still an open question whether blind people can learn how to use this information to identify objects. About this Botond Roska said: “The brain has to learn a new language.” After testing gene therapy and goggles on monkeys, Dr Roska, an ophthalmologist at the University of Basel, co-author of the study, and colleagues are ready to test it in humans. Their plan was to inject the gene-carrying virus into the eyes of each blind volunteer who signed up for the new gene therapy, then wait a few months for the ganglion cells to develop the photogenetic proteins. They will then instruct the volunteers on how to use the goggles. However, they have only coached one volunteer due to the outbreak of the COVID-19 pandemic. The 58-year-old man has been wearing goggles at home and while walking. One day, he realized that he could see pedestrian lines on the road. When the pandemic subsided in France, scientists continued to test his eyesight and discovered that he could still reach and touch a notebook on the table, identifying swapped glasses. The results of the electroencephalogram (EEG) showed that his brain was indeed responding to the visual signals from the eye. Currently, Dr. Sahel and colleagues are bringing in other volunteers to test and further refine the new treatment technique.

Part of this 58-year-old male patient’s vision has been restored, allowing him to recognize, count, locate and touch various objects displayed on the table in front of him. (Photo: New York Times) According to research results published on May 24, scientists in Europe and the US have applied optical genetic engineering to treat a patient who lost vision due to an inherited disease of photoreceptors. 40 years ago. This involves injecting them directly into the patient’s eye, combined with stimulation for several months by wearing light-emitting glasses, which convert images into pulses of light printed onto the retina. A 58-year-old blind man was able to partially restore vision in one eye with the help of a breakthrough treatment using genetic engineering and light-activated therapy. The patient, who lives in France, was diagnosed with retinitis pigmentosa (RP), a degenerative eye disease that affects the retina at the back of the eye and causes it to stop working, almost 40 years ago. year. However, several months after the treatment, he was able to recognize, count, locate and touch various objects with the treated eye while wearing a pair of light-stimulating glasses. The researchers say that although their findings, published in the journal Nature Medicine, are still in the early stages, their work could be seen as a stepping stone to targeted treatments. new target for people with RP (RP – a condition in which the cells in the retina that receive light are disrupted, which can lead to total blindness). It is the most common inherited eye condition, affecting around 1 in 4,000 people in the UK. The researchers used a technique, called photogenetics, to genetically alter cells in the retina so that they produce light-sensitive proteins called channelrhodopsin. The treatment, which is done by injecting an eye into one eye, activates the gene that codes for a channelrhodopsin protein called ChrimsonR, which senses amber light. The team also developed specialized goggles equipped with a camera to capture and project visual images onto the retina at amber wavelengths of light. The patient then trained for several months as the genetically engineered cells began to stabilize. Seven months later, the patient began to show signs of improvement in vision, the researchers said. The team also said their patients were “excited” after this first experience of partial vision. With the aid of the light-stimulating glasses, the patient was able to locate, recognize, touch and count objects such as notebooks, pin boxes and glasses on a white table in front of him. The researchers also read the patients’ brain activity using a technique known as an electroencephalogram. A tortoise is alternately raised or removed from the table, and the patient must press a button to indicate whether it is there or not. The results from the experiments show that patients can recognize with 78% accuracy. Although this type of optical genetic therapy may be beneficial in restoring visual function in people with RP-related blindness, more results from this trial are needed, the researchers say. clearer picture of the safety and effectiveness of this approach. José-Alain Sahel, lead author of the study from France’s Sorbonne University and the National Center for Scientific Research, said: “It is important that blind patients suffer from various types of neurodegenerative diseases. and functional optic nerve would likely qualify for treatment. However, the effectiveness of the treatment depends on the extent of the patient’s optic nerve degeneration. He said it will take more time to study this method before it can be put into practice. Quynh Hoa According to The Irish Times

Part of this 58-year-old male patient’s vision has been restored, allowing him to recognize, count, locate and touch various objects displayed on the table in front of him. (Photo: New York Times) According to research results published on May 24, scientists in Europe and the US have applied optical genetic engineering to treat a patient who lost vision due to an inherited disease of photoreceptors. 40 years ago. This involves injecting them directly into the patient’s eye, combined with stimulation for several months by wearing light-emitting glasses, which convert images into pulses of light printed onto the retina. A 58-year-old blind man was able to partially restore vision in one eye with the help of a breakthrough treatment using genetic engineering and light-activated therapy. The patient, who lives in France, was diagnosed with retinitis pigmentosa (RP), a degenerative eye disease that affects the retina at the back of the eye and causes it to stop working, almost 40 years ago. year. However, several months after the treatment, he was able to recognize, count, locate and touch various objects with the treated eye while wearing a pair of light-stimulating glasses. The researchers say that although their findings, published in the journal Nature Medicine, are still in the early stages, their work could be seen as a stepping stone to targeted treatments. New target for people with RP (RP – a condition in which cells in the retina that receive light are disrupted, which can lead to total blindness). It is the most common inherited eye condition, affecting around 1 in 4,000 people in the UK. The researchers used a technique, called photogenetics, to genetically alter cells in the retina so that they produce light-sensitive proteins called channelrhodopsin. The treatment, which is done by injecting an eye into one eye, activates the gene that codes for a channelrhodopsin protein called ChrimsonR, which senses amber light. The team also developed specialized goggles equipped with a camera to capture and project visual images onto the retina at amber wavelengths of light. The patient then trained for several months as the genetically engineered cells began to stabilize. Seven months later, the patient began to show signs of improvement in vision, the researchers said. The team also said their patients were “excited” after this first experience of partial vision. With the aid of the light-stimulating glasses, the patient was able to locate, recognize, touch and count objects such as notebooks, pin boxes and glasses on a white table in front of him. The researchers also read the patients’ brain activity using a technique known as an electroencephalogram. A tortoise is alternately raised or removed from the table, and the patient must press a button to indicate whether it is there or not. The results from the experiments show that patients can recognize with 78% accuracy. Although this type of optical genetic therapy may be beneficial in restoring visual function in people with RP-related blindness, more results from this trial are needed, the researchers say. clearer picture of the safety and effectiveness of this approach. José-Alain Sahel, lead author of the study from France’s Sorbonne University and the National Center for Scientific Research, said: “It is important that blind patients suffer from various types of neurodegenerative diseases. and functional optic nerve would likely qualify for treatment. However, the effectiveness of the treatment depends on the extent of the patient’s optic nerve degeneration. He said it will take more time to study this method before it can be put into practice. Quynh Hoa According to The Irish Times

According to our records, the device is also capable of recognizing users wearing glasses, hats and masks. After only about a second directly looking at the device, the screen will show the current body temperature of the viewer. Because of these convenient features, the use of the device in checking body temperature not only shortens the time for people to come to the polls, but also minimizes close contact, meeting the requirements of prevention and control. disease is at its highest. Accordingly, the two machines are located at two polling stations, including the dormitory of the University of Transport of Ho Chi Minh City (An Khanh ward) and the Executive Board of Quarter 4 (Binh Trung Dong ward). After being used in checking the body temperature of voters participating in the festival, Digital World Company donated both devices to the People’s Committee of Binh Trung Dong Ward and the People’s Committee of An Khanh Ward for continued use in screening work. body temperature for people coming to do administrative procedures. Some pictures of voters coming to the polls using modern body temperature monitors at two polling stations in An Khanh and Binh Trung Dong wards:

CONTENT::: 1. What is ultraviolet rays?
2. True understanding of ultraviolet rays
2.1. Subjects are more susceptible to exposure to UV rays
2.2. When do UV rays appear highest?
2.3. Effect of ultraviolet rays on the eyes like?
2.4. At what time does ultraviolet rays affect the eyes most strongly?
2.5. Wear sunglasses help protect against UV rays?
2.6. Do you have ultraviolet rays in cloudy weather?
2.7. Do not use sunscreen
2.8. Sitting in a car is not harmful to UV rays?
2.9. Ultraviolet rays do not cause skin cancer in oily skin
2.10. Get more vitamin D by getting plenty of sun exposure Ultraviolet rays are known to cause many significant harm to the skin, eyes and many other parts of the human body. However, not everyone understands correctly about ultraviolet rays. Misunderstandings about ultraviolet rays can make you stay in the wrong way. Find out information about ultraviolet rays in the article below will help you have a better view of this ray as well as understand the best of ultraviolet rays. 1. What is ultraviolet rays? Ultraviolet or ultraviolet rays are also abbreviated as UV, from the English language is Ultraviolet. Ultraviolet rays are electromagnetic waves with shorter wavelengths to visible light but longer than X-rays. Ultraviolet rays can also be divided into near ultraviolet with wavelengths from 380 to 200 nm and far ultraviolet or vacuum ultraviolet with wavelengths from 200 to 10 nm. Specifically, when ultraviolet rays affect human health and the environment as follows: UVA rays, also known as long wave or black light, have a wavelength of 380-315 nm. UVB is also known as the average wavelength with a wavelength of 315-280 nm. UVC has a shorter wavelength of 280 nm and is also known as a short wavelength, or is sterile. 2. Understand correctly about ultraviolet rays In summer, the highest time of year ultraviolet rays appear because direct sunlight greatly affects the skin, eyes and human health. So what major myths do you often encounter in the summer about ultraviolet rays that affect your quality of life? 2.1. Subjects are more susceptible to exposure to UV rays Young people are more vulnerable to UV exposure. Research data shows that up to about 50% of people are exposed for life to ultraviolet rays before the age of 18. Young people are more often exposed to ultraviolet rays than young people spend more time outdoors than older people. In particular, young people under the age of 18 still do not fully understand the harmful effects of UV rays to their health, so they do not really pay attention to covering their skin, wearing a wide-brimmed hat or sunglasses to protect their eyes when going out in the sun. . Ultraviolet rays affect everyone if they do not protect the skin properly – Photo Internet 2.2. When do UV rays appear highest? It is known that the amount of UV rays in the sun will be the most from 10 am to 4 pm. This is also known as the time when the sun contains the most ultraviolet rays of the day affecting people. In addition, in Vietnam, ultraviolet rays are most active in the summer. Vietnam is a tropical country, ultraviolet rays are present in all seasons of the year but highest in the summer. 2.3. Effect of ultraviolet rays on the eyes like? Many people mistakenly believe that ultraviolet rays cause little effect on the eyes. In fact, the harmful effects of ultraviolet rays on the eyes often accumulate over time. In particular, many cases of harmful effects from ultraviolet rays to the eye once it has emerged can leave permanent consequences. 2.4. At what time does ultraviolet rays affect the eyes most strongly? Ultraviolet rays are most active from 10 a.m. to 4 p.m. It is wrong to assume that this is the time when ultraviolet rays have the strongest impact on the eyes. In fact, eyes and skin are not the same. The human eye tends to be most exposed to UV radiation in the early morning and late afternoon. This means that the eyes are exposed to ultraviolet rays before 10 a.m. and after 4 p.m. Read more: How are UV rays harmful to the eyes? How to protect eyes from the sun. 2.5. Wear sunglasses help protect against UV rays? Many people believe sunglasses can 100% protect eyes from UV rays. However, this is a misconception. In fact, not all sunglasses are created with the same process and quality. This shows that there are many types of sunglasses that do not provide the ability to protect the eyes from the harmful effects of UV rays. Especially the sunglasses sold on the market without brand. Research done confirms that up to 45% of ultraviolet rays can still reach the eye even when you wear glasses with UV protection. Therefore, experts make the mistake of choosing large sunglasses that surround the eyes and need to make sure that the sunglasses you use are effective in protecting the eyes from ultraviolet rays. In addition, glasses should be worn during outdoor activities. Absolutely not subjective because wearing sunglasses does not completely protect the eyes from UV rays as you think – Internet photo 2.6. Do you have ultraviolet rays in cloudy weather? Most people think that if the weather is cloudy, when it is not sunny, UV rays will not appear. In fact, more than 90% of the ultraviolet rays penetrate the clouds. And from there, ultraviolet rays affect your skin and eyes. For weather, even on cloudy days, UV rays have the ability to affect as well as affect human health. 2.7. Do not use sunscreen A lot of people, especially women, because they use so many lotions, take care of their skin before the sunscreen step. The types of products used can also protect against the sun, so it is completely wrong to not use additional sunscreen on your skin. Only do not use extra sunscreen when the cosmetics you use have a sun protection factor of SPF 30 or higher. If not, be sure to apply an extra layer of sunscreen after using other lotions. Note, should re-apply sunscreen every 2 hours when participating in outdoor activities for a long time. Not only that, cosmetologists also said that most cosmetics do not provide enough functions to protect the skin from the harmful effects of ultraviolet rays. Meanwhile, if there is sun protection effect, the cosmetics only have an SPF of lower than 30. : Instructions on how to use sunscreen effectively and properly Mistakes when applying sunscreen that many people make 2.8. Sitting in a car is not harmful to UV rays? One of the many misconceptions about ultraviolet rays people encounter. In fact, even though the car’s glass has the ability to reduce the radiation intensity. However, it is also not possible to completely prevent UV rays from causing. Therefore, the effects of sunlight can still affect the skin if sitting in a car without other skin protection measures. Ultraviolet rays cause skin cancer for all skin types, not excluding oily skin as people mistakenly believe – Internet photo 2.9. Ultraviolet rays do not cause skin cancer in oily skin It is believed that ultraviolet rays do not cause skin cancer in people with oily skin. In fact, any skin type can suffer permanent damage or skin cancer if regularly exposed to ultraviolet rays. Therefore, people with oily skin still need to apply appropriate skin protection measures to combat the harmful effects of ultraviolet rays. 2.10. Get more vitamin D by getting plenty of sun exposure Many scientific studies have shown that prolonged skin exposure in the sun not only does not increase the absorption of vitamin D but also increases the risk of leading to cancer or other skin damage. Although the sun has many effects on the skin and eyes. However, the sun still has certain effects on mental health and metabolism of the body. Therefore, you still need to do outdoor activities or expose your skin to the sun at certain times of the day. UV rays can cause damage to the skin and eyes. So, getting the right understanding of ultraviolet rays can help you protect yourself effectively and properly.

Participants in the “Deep Time” study emerged from the Lombrives Cave after 40 days underground. Photo: AP. After 40 days of voluntary isolation, on April 24, a group of volunteers consisting of 15 people participating in a scientific experiment called Deep Time came out of the vast Lombrives cave in southwestern France. They consisted of eight men and seven women living in the deep, dark and wet caves to help researchers understand how humans adapt to drastic changes in conditions and habitats. They have no watches, no sunlight, and have no contact with the outside world. With bright smiles on their pale faces, 15 volunteers left the Lombrives cave in cheering applause. They must wear special glasses to protect their eyes after long periods of time in the dark. When returning to the ground, all the volunteers wore special glasses to avoid shock to the light. Photo: AP. Marina Lancon, 33, one of seven female members in the test, said: “This is like being pressed on an emergency pause button.” Ms. Marina still wanted to be able to stay in the cave for a few more days, but she also said she was happy to see the wind blowing in her face again and to hear birds singing in the trees in the French Pyréneés. And she said, in a few days she has no plans to reopen her smartphone to hope to avoid a “too brutal” return to real life. The group of volunteers began to return from the ground. Photo: AP. For 40 days and nights, the team lived and explored the caves as part of the Deep Time project. There is no sunlight inside, the temperature is 10 degrees C and the relative humidity is 100 percent. The cave dwellers had no contact with the outside world, had no pandemic updates, nor any contact information with friends or family. Scientists at the Human Adaptation Institute leading the 1.2 million euros ($ 1.5 million) “Deep Time” project, said this experiment will help them better understand how people adapt to drastic changes in conditions and habitats. Because they don’t have a clock, team members keep an eye on their circadian clock to know when to wake up, go to bed, and eat. They count their days not by hours, but by their sleep cycle. Therefore, Project Director, Mr. Christian Clot was surprised that the time in the cave was over: “We think it’s only been 30 days.” The estimate of one team member is only 23 days. Members participating in the Deep Time project study speak during the press conference after returning from the Lombrives Cave after 40 days underground. Photo: AP. Working with laboratories in France and Switzerland, the scientists tracked the 15 members’ sleep patterns, social interactions, and behavioral responses via sensors. This sensor is designed as a small thermometer inside a capsule that participants swallow like a pill. It measures body temperature and transmits data to a computer until it is naturally cleared out. On April 23, the scientists told the study subjects they would be out soon. After the 40-day challenge, 2/3 of the group still wished to stay in the cave for a little more time. Photo: AP. On April 24, when they were released from the cave, although the participants looked tired, two-thirds of the participants expressed a wish to stay underground a little longer to complete group projects. At the beginning of the expedition, said Benoit Mauvieux, a biologist involved in the study. “Our future as humans on this planet will flourish,” said Clot after exiting the cave. “We have to learn to better understand how our brains are able to find new solutions, in any situation.”

Question series like “Style make-up Which one is suitable for photo card? “,” Should have bangs when taking photo card? “… occupied social network with bad advice from online community. These questions have received the attention of the online community. – Make-up light, important at taking pictures no should be staring into the camera, so looking lightly over his shoulder to take the photo, smiling lightly. Wish you have the perfect photo … don’t be like me, just put your butt down and make a cup … – Best distance, second speed. The first is to sit away from him to take the photo, do not let his face get too close then when it comes time to take the photo, only part of his face is visible. The second is to pose very quickly, because you shoot extremely fast, one second to close your eyes badly for 5 years. – At the age of 15, he took a photo and said: “Go get water and stroke all of your hair”. I also obey, and that is a mistake. You can use concealer to avoid this. Some netizens also make their own donations make-up unique that you shouldn’t follow anymore. Such as: “ Wearing a star makeup that everyone has to ask to remove is fine “,” The shooting background is the white background, n So you can use black or red tone. This will make your face stand out “. Just kidding, if you want to have good pictures on your CCCD card, you can keep some notes about taking pictures as your identification! There is no regulation that requires an identity person not to wear make-up or beautify with fashion accessories. You just need to have a clear picture of your face, two ears, and no glasses. You should also not dye your hair brightly and must wear decent clothing. You can refer to some roof claws from YouTubers. (Photo: Trinh Pham) The secret to making a CCCD card is to make up lightly enough to prevent your face from turning pale under bright lights when taking pictures. If the makeup is thick, you may be asked to remove the makeup because it is difficult to identify, or the image will be overly darker than usual, causing it to be flashy! Clause 1, Article 12 of Circular 07/2016 of the Ministry of Public Security clearly states that portrait photos of citizens are face-to-face photos, with bare head, clear face, clear ears, no glasses; Serious and polite attire and manners are not allowed to use specialized outfits when taking photos of a citizen’s identity card. In cases where a citizen follows a religion or ethnicity, he / she is allowed to wear the religious dress, if there is a head scarf, he / she will be allowed to keep the same when taking a photo of the citizen’s identity card but must ensure a clear face.