Architect Do Nguyen Anh Quy said that neutral colors are used as the main color, combined with wood colors with soft curves and auxiliary LED lights to make accents. All the above factors have created an extremely sophisticated and luxurious overall. The living room and kitchen are designed in an open space but are subtly divided thanks to the use of two different textured tiles. The use of winding curves right at the conversion position does not feel stiff and awkward for the homeowner. With a small area, the architect prioritizes neat and minimalist elements. The living room is decorated with compact furniture, enough space for members to gather and entertain together. The kitchen area is very invested by the owner and is for a spacious area. The kitchen and living room area is designed to be an open space but is subtly and harmoniously divided by two types of tiles with different textures. The white and wooden kitchen cabinets are rounded in the corner, equipped with an induction cooker and full of amenities, overall extremely neat and tidy. The highlight at the dining table is the wall with a stylized design highlighted by the led light system. The space of the dining area becomes impressively beautiful and luxurious, contributing to family meals more cozy. The bedrooms are also designed in a modern style. The furniture is designed to be minimalist to maximize the area, the architect only arranges the necessary items according to the wishes of the owner of each room. The baby’s room uses bright colors, the other two main rooms are neutral colors, bringing a warm and elegant beauty to the space. Each room is arranged with LED lights on the wall or on a bookshelf, both as a highlight and providing the necessary brightness. The bedroom space is also designed in a modern style. The bedroom for parents is used in neutral colors, with a simple layout to optimize the area of ​​​​the apartment. The baby’s bedroom has brighter colors. All three bedrooms are designed with additional bookshelves. A small corner of the apartment.

Architect Do Nguyen Anh Quy (Sun Concept) said that the apartment is designed in a modern style, the main material for the furniture is wood. The main colors are wood and white, combined with different shades of blue in each space and soft curves and complementary LED lights to create accents. All create an extremely sophisticated and luxurious overall. With the advantage of area, the space is quite spacious and comfortable. The living room, kitchen and dining area are designed in an open space. The dining area is very favored by homeowners when it is for the position that is almost the center of the house. The highlight for this area is the wood-paneled ceiling system that extends to the wall and bends stylized. The ceiling system is stylized curved wood paneling combined with ceiling lights to create a very comfortable and warm feeling. The shelves are comfortably designed, full of items but neat and tidy. The main colors in the apartment are wood and white. The kitchen is a unique combination of two pieces of blue and white for the cabinets. The living room is designed quite simply with neat items, enough space for members to gather together. The highlight for the living room is the colorful pillows and the natural patchy blue-and-white rug. The master bedroom is quite spacious. Because the homeowner loves simplicity, only the necessary items are arranged. In the room, there is a rest space placed next to the window, enough for the homeowner to work or simply relax, read a book… The lighting system including led lights and ceiling lights are arranged widely and reasonably, ensuring adequate light distribution, without affecting the health of users. Still the main wood material with the perfect accent of blue color and graceful curves give the master bedroom space an elegant look. A small corner of the master bedroom Bedroom two uses dark green and white tones as the main color and still follows the neat and functional criteria. The third bedroom uses wood tones as the main color, the rounded design creates a special highlight for the space. The bathroom has a simple, fully functional design that still retains the two main color tones, white and wood.

In 527, at the time when the Eastern Roman Empire ruled Syria, soldiers discovered in an alcove there existed a lamp covered with a very sophisticated hood. According to history books, this lamp was lit in the year 57, which means that the lamp has been burning for nearly 500 years. Another lamp above the door of the temple of the sun god in Egypt is also recorded by Greek historians. The lamp does not use any fuel and still burns brightly for centuries, despite the impact of rain and wind. The oldest lamp was discovered in the 1400s, in the tomb of Pallas, son of the ancient Roman king Evandra. Thus, this lamp has so far burned brightly for more than… 2,600 years. To date, scientists have not been able to get an exact answer for that strange black chemical. In 1534, King Henry VIII’s army stormed the English synagogue, disbanding religious groups and excavating numerous graves. While digging through the grave of the Roman emperor Constantin’s father in Yorkshire, they discovered a burning lamp. This king’s father died in the year 300, which also means that the lamp was found to have a “life expectancy” of more than 1,200 years? These are just a few of the many millennial lights that do not go out. Records show that this mysterious phenomenon occurs all over the world, typically in countries and regions with ancient civilizations such as India, China, Egypt… The strange thing is that these mysterious lights are not preserved and preserved for the next life. Many researchers believe that, at that time, there were so many eternal lamps that they did not need to be preserved, so they did not have measures to preserve these “forever” finds. According to records, in fact, ancient people also thought of preserving these lamps, but strangely, shortly after being discovered, they were quickly destroyed by various causes. The scholar Saint Augustin (354-430) described an eternal lamp in the temple of Isis (Egypt). The most confusing thing is that it is located in the roofless part, despite the wind and rain. Similarly, the lamp in Edessa (Syria) burned for 500 years in extreme weather conditions. In 1300, the “special oil” theory was partly clarified, when the researcher Marcus Grecus wrote in his Liber Ignum (Book of Fire) that some eternal lamps used special fuels. It wasn’t oil but just a fine powder made from “glow worms”, but what kind of worms Marcus didn’t know and the mystery was forever buried. Marcus only said that “I looked at the wick, it was as long as my arm. A long time later, I came back and it was the same length, no one changed the wick or added more flour.” In 1401, in the grave of Pallas (son of King Evandra – Roman), people found an eternal lamp and said it had burned for 2,600 years. To put it out, according to the elders, there is only one way to break it all or pour out its “oil”. In 1450, a farmer in Padoue (Italy), while plowing his field found an earthenware vase, followed by two small metal vessels, one of gold and one of silver. In these two jars was a strange slime, half oil, half honey. Inside the terracotta vase was another terracotta vase containing an eternal lamp that was still burning. Buried underground (since when) and burned in such low oxygen conditions, it is a mystery. In 1610, researcher Ludovicius Vives claimed to have seen an eternal lamp (burning for 1,500 years) and was smashed by potters. The historian Cambden (England) in 1586 also mentioned an eternal lamp at the grave of Constantius Chlorus, father of Constantine the Great. Chlorus died in 306 in England and since then, an eternal lamp has been placed in his grave. In Spain, there was also an eternal lamp found at Cordone in 1846. Priest Evariste – Regis Huc (1813-1860) was an avid traveler in Asia and found such an immortal lamp in Tibet in 1853. The above findings prove that these mysterious lamps are not the product of Greece, Egypt or Rome alone. Chemist Brand (Hambourg – Germany) in 1669 determined that these eternal lamps burn for so long because of phosphorus. Others believe that they burn for a long time because they do not need air, on the contrary, if exposed to air they will extinguish. If this opinion is true, could the ancients know the vacuum technique? Besides, fire burns without oxygen is a very difficult thing to understand. These debates force people to turn to another mystery: the Egyptian lighting technique. On the streets of ancient Egypt, people used oil lamps and torches. Fuels are residues that are rich in fats and oils. But in the crypts dug up to 100 meters into the mountains, what light did the slaves and sculptors work with? In these catacombs, there was no trace of any lamps or torches. So did the Egyptians use mirrors to reflect sunlight? But the “mirrors” of that time were only silver, and could only reflect 40% of the light, meaning that at a depth of a few tens of meters, darkness would completely cover again. A shocking discovery has shocked the archaeological world: at the temple of Hator in Denderah, built more than 4,200 years ago, there are drawings showing that the Egyptians “used strange instruments that looked like light bulbs. electricity today!”. Is this the mysterious light technique? Scientist Erich Von Daniken (Germany) is trying to recreate these giant light bulbs in the lab, but has not found the core of the problem. Egyptologists also conceded defeat, because apparently there was no electricity at that time. With such records of “forever-on” lamps being discovered around the world, it may be confirmed that these mysterious lamps do indeed exist. However, the manufacture and use of them is still a mystery to mankind and the scientific world.

The study demonstrated a new approach to harnessing these frequencies, developing a new chip that can convert them into power for a small LED, possibly other small electronics and sensors. . Over the years, they’ve looked at a number of research projects aimed at capturing energy from radio waves, such as those generated by Wi-Fi, with some showing real potential. The idea is to turn the energy from these wireless networks so that it doesn’t go to waste and use it for power supply purposes. However, generating effective amounts of energy has so far been challenging. The researcher holding the chip has a series of small devices called torque oscillators that can power LEDs. The new technology, developed by scientists at the National University of Singapore (NUS) and Japan’s Tohoku University, uses a torque oscillator (STO). This is a relatively new class of micro-devices that are capable of generating microwaves, but have so far only resulted in low output power. Fusing multiple STOs together on a single chip is the way the scientists hope to increase this power output, but they have had difficulty determining the optimal configuration. Efforts are hampered by issues around distance and low frequency response. The authors of the new study designed and tested the new layout, where eight STOs are connected in a chain, which they say overcomes these problems. The new layout can take the 2.4 GHz radio waves generated by Wi-Fi signals and convert them into direct voltage signals. It will be fed into a capacitor and used to light up a 1.6 volt LED. Charging the capacitor for 5 seconds allows the LED to stay on for one minute, even after the power has been turned off. Study author Professor Yang Hyunsoo said: “We are surrounded by Wi-Fi signals, but when not in use to access the Internet, they will not work and this is a huge waste. The available 2.4 GHz radio waves become a source of green energy, thus reducing the need for batteries to power the electronic devices that we use frequently. In this way, small electrical devices and sensors can be powered wirelessly using radio frequency waves. With the advent of smart homes and cities, our work can create energy-efficient applications in communications, computers and neuromorphic systems.” The researchers will seek to enhance the energy harvesting capabilities of this technology by increasing the number of STOs in the chip. They will also explore how it is used to power other electronics and sensors. Huong Giang (via: New Atlas)