Foshan Mercedes-Benz EQE SUV price reduction news! The discount is 150,000, and the discount waits for no one.

[car home Foshan Preferential Promotion Channel] is currently carrying out large-scale preferential activities in Foshan, with the highest preferential amount reaching 150,000 yuan and the lowest starting price reduced to 336,000 yuan. If you are interested in this model, you may wish to click "Check the car price" in the quotation form to get a higher discount.

佛山奔驰EQE

Mercedes-Benz EQE SUV adopts an elegant and dynamic design, with the iconic "three-pointed star" Logo on the front face and a large-area closed air intake grille, creating a strong sense of future and technology. The body lines are smooth and powerful, and the chrome trim strips under the window frame and the door enhance the luxury temperament of the whole car. The overall design highlights the high-end positioning and innovative spirit of Mercedes-Benz EQE SUV, which is unforgettable.

佛山奔驰EQE

Mercedes-Benz EQE SUV has a body size of 4880*2032*1679mm, a wheelbase of 3030mm, a front tread of 1649mm and a rear tread of 1662mm. Its car side lines are smooth and elegant, and the whole car presents a stable atmosphere. Equipped with 235/55 R19 tires, which complement the sporty rims and add more dynamic elements to the vehicle.

佛山奔驰EQE

The interior style of Mercedes-Benz EQE SUV is both luxurious and technological. The steering wheel is made of leather and equipped with electric up-and-down+front-and-rear adjustment function, which provides drivers with a comfortable grip experience and convenient operation. The central control screen size is 12.8 inches, which supports voice recognition control of multimedia system, navigation, telephone, air conditioner, skylight and other functions, which improves the convenience of operation. In terms of seats, the car is made of imitation leather. The main and auxiliary seats have the functions of front and rear adjustment, backrest adjustment, height adjustment (4-way), leg rest adjustment and lumbar support (4-way), and are also equipped with heating and ventilation functions, providing excellent riding comfort. In addition, both the driver’s seat and the co-pilot seat have electric seat memory function, which is convenient for different drivers to quickly adjust to their sitting posture. The front row is also equipped with three USB and Type-C interfaces, and the rear row is equipped with two Type-C interfaces to meet the charging needs of different passengers. The front seats also have the function of wireless charging of mobile phones, which provides convenience for daily travel.

佛山奔驰EQE

Mercedes-Benz EQE SUV is equipped with a powerful motor with a maximum power of 300kW and a maximum torque of 858N·m, which provides excellent power performance and driving experience for the vehicle.

The owner of car home made a detailed evaluation on the driving experience of Mercedes-Benz EQE SUV. He thought that the power performance of the car was acceptable, but the low-profile version was not equipped with rear wheel steering function, which led to a slight lack of vehicle flexibility. Compared with his familiar BMW 3 Series, Mercedes-Benz EQE SUV has a certain gap in handling. In addition, he was not satisfied with the excessive shaking of the car body when it encountered a big pit, and thought that the suspension setting of the vehicle was soft.

The "darkest" secret? Don’t say "darkest" to black holes and galaxies.

Roger Penrose (left), Reinhard Genzel (center), Andrea Gaetz (right). Image from the official website of the Nobel Prize

  Kant said that there are two things in the world that can shake people’s hearts: one is the high moral standards in our hearts; the other is the starry sky above us.

  In 2020, three scientists won this year’s Nobel Prize in Physics for discovering one of the universe’s strangest phenomena – black holes.

  Where all known laws fail

  An overweight monster will capture anything that enters its "hunting range," not even light can escape. This is a black hole. In many cultural forms, the word black hole has a deeper meaning, but for physicists, black holes have always been the product of the natural death of giant stars after they ran out of energy.

  In the last century, Einstein’s theory of general relativity upended all notions of space and time; Oppenheimer calculated the violent collapse of a massive star. But these were considered purely theoretical conjectures until one man, who first succeeded in finding a solution to reality, was Roger Penrose. He used clever mathematics to show that black holes are a direct prediction of Einstein’s general theory of relativity. Black holes hide incomprehensible strangeness, in which all known laws of nature stop. Published 10 years after Einstein’s death, this paper is regarded as the most important contribution to general relativity.

  There is only one answer: supermassive black holes

  Reinhard Genzel and Andrea Gaetz each led a team of astronomers that successfully mapped the orbits of the brightest stars closest to the center of the Milky Way, and both groups found that there was an invisible, but very heavy object that caused these stars to rotate around at an alarming rate.

  What is this invisible object that weighs as much as 4 million solar masses? According to the attractive force theory, there is only one possible explanation – a supermassive black hole.

  Using the world’s largest telescope to see the center of the Milky Way through giant clouds of interstellar gas and dust, Gentzel and Gates have stretched the limits of technology, perfected new techniques, compensated for distortions caused by Earth’s atmosphere, and created unique instruments that can be used for long-term studies. Their work provides the most convincing evidence yet of a supermassive black hole at the center of the Milky Way, as well as clues to new theoretical insights.

  If anything lasts forever, it’s the unknown.

  Penrose’s work tells us that black holes are a direct result of general relativity, and Genzel and Gaetz have done precise tests of general relativity and its predictions. But in the midst of infinitely large singular attractive forces, the theory no longer applies. Scientists are creating a new theory of quantum attractive forces. This must bring together the two pillars of physics, relativity and quantum mechanics, which will meet inside black holes.

  "It’s not just about their internal structure, but also about how to test our theory of attractive forces in the extreme conditions in the immediate vicinity of black holes," said David Havilland, chairperson of the Nobel physics committee. He believes that it is the discoveries of this year’s winners that have opened up new horizons in the study of compact and supermassive celestial bodies, but these peculiar objects still pose many questions to humanity and inspire people to come up with answers through research.

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