Engineers at the California Institute of Technology have developed a bipedal humanoid robot. However, this is a little different. Bipedal robots can walk, run, jump like humans.
However, their mobility on rough terrain and stairs is very weak. Caltech engineers overcame this challenge and developed a system. compilatori
According to the study published in a peer-reviewed scientific journal, this robot can fly. Thanks to its drone feature,
the robot flying in difficult terrains attracted attention. California Institute of Technology (Caltech) researchers have developed a frightening robot that can walk and even fly on its two thin legs. wearelondonmade The humanoid robot named LEONARD (LEgs ONboARD drone), or LEO for short, is actually attached to a flying drone. The researchers’ aim with this project is to complete dangerous
tasks and explore hard-to-reach places. The team says scientific payloads could be carried to other planets and moons, including Mars or Saturn’s moon Titan. LEO also does skateboarding and slacklining. jopspeech
The Caltech team has published the study in the journal Science Robotics. Soon-Jo Chung, the lead author of the article, talked about the robot. Chung said
, “We were inspired by nature. As birds move between walking and flying, they reveal a complex but interesting behavior. We wanted to understand and learn about that.” One of the biggest challenges for the team was to keep the robot a certain distance on the joerg ground while maintaining enough energy to fly. Co-author Patrick Spieler says, “Depending on the types of obstacles it has to overcome, the LEO can choose to walk or fly, or mix the two as needed. In addition, the LEO can perform maneuvers that require a mastery of balance even in humans, such as walking on a flexible line and skateboarding.” he said. connstr
Then, the team announced that they wanted to reduce the weight of the LEO and make it move faster by increasing the thrust of its propellers. POCO’s
new smartphone M4 Pro 5G appeared in multiple certification bodies a few days ago. The POCO M4 Pro 5G is expected to be introduced soon. The smartphone has already received multiple certifications, indicating that the launch date may be in the near future. According to the news shared by embermanchester 91mobiles, the famous leak expert Mukul Sharma reported that the device will be released worldwide in the last week of October or the beginning of November.
Also, the smartphone was listed in the IMEI database with the model number 21091116AG as spotted by Mukul Sharma. It validates the specs list, alias, and indicates it has started production. Unfortunately, there is no specific information about any technical slipstone features at the moment, but as in previous certificates, it was stated that it will come with 33W fast charging support and MediaTek mobile processor. If the smartphone does indeed arrive at the end of this month or early next month, we’ll expect the brand to start providing more details soon.
Features a sub-model POCO M3 Pro logoarts
If we recall the technical features of POCO M3 Pro; It has a 6.5-inch FHD+ IPS LCD display with a 90 Hz refresh rate. On the back, it has a triple camera setup with a 48 Megapixel primary sensor, 2 Megapixel macro lens and 2 Megapixel depth sensor. Connectivity options include 5G, Wi-Fi, Bluetooth v5.0, GPS, NFC, infrared hotspot. It also has a 3.5mm audio jack and a USB Type-C port. acpirateradio It is powered by the MediaTek Dimensity 700 mobile processor paired with the Mali-G57 MC2. The phone has up to 6GB of RAM and 128GB of UFS 2.2 storage, which can be further expanded with a microSD card.
In recent years, researchers have focused on DNA and data storage techniques. Global data production is expected to reach 463 exabytes per day by 2025. That’s the equivalent of 212,765,957 DVDs per day, according to the waytowhatsnext World Economic Forum. However, existing data storage systems that consume huge amounts of energy and space are not sustainable.
Scientists say our genetic code is millions of times more efficient at storing information than existing solutions. DNA-based data storage can be a savior as an alternative to hard drives. Northwestern University researchers have made a groundbreaking study. Scientists have developed a small hard drive with DNA in a new study. webb-dev Moreover, recording information in DNA will no longer take hours, it will only take minutes. The team published the study in the journal of the American Chemical Society.
Researchers used a new enzymatic system to synthesize DNA that records rapidly changing environmental signals directly into its sequences. iu-bloomington With this DNA-based data storage technique, the team could revolutionize the way we study and record neurons within the brain. And they say we can get rid of all the hard drives in the world. ords rapidly changing environmental signals directly into its sequences. With this DNA-based data storage technique, look-4 the team could revolutionize the way we study and record neurons within the brain. And they say we can get rid of all the hard drives in the world. ords rapidly changing environmental signals directly into its sequences. With this DNA-based data storage technique, the team could revolutionize the way we study and record neurons within the brain. And they say we can get rid of all the hard drives komiya in the world.