Take cars from China to Mexico. It sank with 3,000 vehicles on board after burning

It was called Morning Midas. Sailed on May 26 From the Chinese port of Yantai with more than 3,000 vehicles on board and destination to the Mexican port of Lázaro Cárdenas. It never arrived. On June 23, after several weeks to drift for a fire on board, the freighter He sank into deep water From the North Pacific, more than 600 kilometers southwest of Adak, in Alaska. It disappeared in silenceleaving behind a trail of smoke, steel and cars that will never touch the mainland. The fire began on June 3. According to the United States Coast Guardthe smoke came from the roof where electric vehicles were. On board 22 crew members were traveling. Everyone managed to evacuate in time in a lifeboat and were rescued without injuries to the freighter Cosco Hellaswhich was in the area. A freighter that remained to the Mercer in the middle of the ocean For days, Morning Midas was drifting, still wrapped in smoke. Rescue teams worked alongside Zodiac Maritime – the British ship of the ship – to evaluate the situation and prepare a possible recovery. But he didn’t have time. The combination of structural damage, bad weather and water entry ended up sinking it more than 5,000 meters deep. The cargo was as valuable as revealing: 3,048 vehicles, including 70 electric and 681 hybrids, According to data updated by the Coast Guard After verifying the information with Zodiac Maritime. Each unit possibly already had an assigned destination: a dealer or a buyer. Now they rest at the bottom of the ocean, without any possibility of recovering them. Morning Midas The history of Morning Midas clearly illustrates the scope of maritime car transport, a global chain that we rarely see but holds the flow of millions of vehicles a year. It also remembers other recent episodes. In 2023, the Fremantle Highway freighter, with about 3,000 cars on board –including about 500 electric-,burned for days at the North Sea. A crew member died. The ship ended up being towed to a port after a week of uncontrolled fire. Morning Midas That case led to the Dutch authorities to demand urgent improvements in emergency protocols for this type of transport. Since then, the focus on the difficulty of containing fires into ships that transport cars has been made. Morning Midas Zodiac Maritime has deployed several ships equipped with Anticontamination systems To monitor the area. According to the Coast Guardno discharges have been detected to date, although the risk is still present: the ship He transported 1,530 tons of fuelulo of low sulfur content and another 350 marine diesel. Maritime car transport is a key piece of industrial gear. And while loading more than 3,000 units on the same ship may seem shocking, the truth is that today is almost common. Manufacturers such as ByD have begun to operate their own ships. One of them is already in service and can move up to 7,000 electric cars on a single trip. It has not yet been confirmed whether the fire aboard the Morning Midas is related to any of the electric vehicles he transported. What is clear is that this type of incidents occur in full electric car boom. Each route that is planned is part of a learning process. And even if we still have no answers, there is a question that resonates: are we safely transporting thousands of high voltage batteries per sea? Images | US Coast Guard (1, 2, 3, 4) In Xataka | The cars are getting bigger and the squares do not grow. There are those who have a solution: the parking ‘spine’

The material created in China that lowers the temperature of the buildings without consuming a single electricity watt

A world where buildings are not only well isolated from abroad, but cool them as much as an air conditioning, without consuming a single electricity watt. That is what a team of Chinese and Australian scientists promises with their new bioplastic material. Short. Researchers at the University of Zhengzhou and the University of Australia del Sur presented a biodegradable film capable of cooling buildings without using electricity. According to a study published in Cell Reports Physical Sciencethis coating can reduce the temperature of a surface to 9.2 ° C in full sun. 9 degrees less. In the material field tests, carried out on a Zhengzhou roof, east of China, the results were overwhelming. In full sun, during noon, the material reached a cooling peak of 9.2 ° C below the ambient temperature. The average tests was -4.9 ° C during the day and -5.1 ° C during the night, which is equivalent to a cooling power of up to 136 watts per square meter. The film takes advantage of a known phenomenon, “passive radiative cooling” (PRC). In a nutshell, it is a lining designed to do two things: reflect sunlight so as not to heat up, and emit internal heat outwards. But it does it in an extremely efficient way. According to the simulations presented by the researchers, apply this film on the roofs of a city like Lhasa, in the Tibet, would reduce annual cooling consumption up to 20.3%. How it works. The “metaphilm” is made of polyactic acid, better known as Pla plastic; A material derived from plant sources such as corn or sugarcane, so it is biodegradable. The turn is how researchers managed to create a porous and continuous structure through a novel phase separation technique at low temperature. This microstructure has an ultrabaja thermal conductivity (of 0.049 w/m · k) and reflects almost all the solar radiation that affects it (98.7%), avoiding the initial heating and heat transfer to the interior. It also emits heat abroad thanks to its porosity. The manufacturing process is relatively simple: the PL is dissolved in chloroform, crystallizes at -20 ° C and then ethanol is used to induce phase separation before drying the film. This method is suitable for large -scale production, which paves the path for commercialization. More resistant than other attempts. One of the great challenges of previous radiative cooling materialsespecially biodegradables, it was their durability. But this new coating has demonstrated exceptional durability. The researchers submerged him in acid for 120 hours and then exposed him to ultraviolet radiation equivalent to eight months of weathering exposure. Surprisingly, the material not only survived, but maintained a cooling performance between 5 ° C and 6.5 ° C below the ambient temperature after the hard aging process. The team attributes it to its high crystallinity, which gives it a thermal and chemical stability much higher than that of its predecessors. The applications go far beyond the roofs of the buildings. Researchers already explore their use in transport, to cool vehicles, agriculture, to protect crops, electronics and even the biomedical field, to apply to dressings that regulate the temperature. Images | Yangzhe Hou et al. In Xataka | With the electric consumption triggered by the air conditioning, Singapore has had an idea: buildings that “sweat”

Minoxidil looked like the great miracle medication against baldness. A pharmaceutical company financed by Google has just overcome it

The fight against alopecia is A thriving market. The first laboratory to achieve the “miracle treatment” that manages to avoid or reverse androgenic alopecia (conventional hair loss associated with age) could take a lucrative prize comparable with the success of formulas such as Ozempic. One of the best positioned laboratories in this race seems to be Pelage Pharmaceuticals. Preliminary results. A few days ago, the Pelage Pharmaceuticals laboratory announced “positive” preliminary results in the second phase of its clinical trials of the compound PP405. According to its announcement, the formula showed a quick and statistically significant response in these trials. PP405. The compound developed by this company, pp405, is designed for topical application and with the aim of reactivating latent follicular stem cells (HFSC), thus allowing the restoration of hair growth. According to Explain the laboratorythese cells usually alternate latency and activity cycles when they work conventionally. However, with age or in response to certain external or internal stimuli, these cells can be “blocked” in the sleeping phase of this oscillation. As highlighted, this state of latency does not imply its disappearance or loss of viability. Test treatment seeks to “restore the regenerative capacity” of these follicles, which entails the recovery of capillary growth. 78 participants. Preliminary results published by the company They belong to phase 2a of clinical trials of the compound. It is a randomized and controlled study in which 78 participants, men and women with androgenic alopecia have taken part. The participants were divided between the experimental group and control group or placebo: the participants of the experimental group applied the compound in their scalp for four weeks; while the control group received a placebo. After four weeks of application, a 12 weeks were monitored to check the effects on the participants. Results. The results now presented do not correspond to those obtained after the essay but to their eighth week (after four weeks of treatment and four subsequent monitoring). The responsible team observed that among men with more advanced baldness, 31% Of these they showed a 20% increase in capillary density. They stood out for this reason the speed of the response to treatment, at least in principle faster than that observed in contemporary treatments. A crucial difference. However, the key to this treatment was in its effect on inactive follicles. The experiment showed regenerative potential both in the areas of weak growth and in the areas where the hair was no longer growing. The treatments we have in the present are useful when reinforcing growth in weakened but active follicles, not those that have already fallen in a state of latency. “These early clinical results reinforce the potential of our approach to go beyond the slowdown of the hair loss process and directly attack the hair follicle tegeneration,” pointed in a press release Christina Weng, medical director of Pelage Pharmaceuticals. A long way to go. The results are preliminary and correspond to a study conducted in a limited sample, so we will have to wait for the company to give new data on the drug evaluation process. According to the laboratorythe last stage of this process, phase 3 of clinical trials, could begin in 2026. The support of a giant. The origin of the project is in the work carried out in the last decade by researchers at the University of California Los Angeles and other institutions. According to the company, the development achieved the support of investors led by Google Ventures. In Xataka | The hair industry in Türkiye has a new enemy: a protein that protects us from baldness Image | Donald Teel

Log In

Forgot password?

Forgot password?

Enter your account data and we will send you a link to reset your password.

Your password reset link appears to be invalid or expired.

Log in

Privacy Policy

Add to Collection

No Collections

Here you'll find all collections you've created before.