Japan's Next-generation Female Robots SHOCKED Women Around the World

[Music] [Music] [Music] one of the most realistic and globally renowned Japanese robots named Erica has reappeared in public Now with an updated look and enhanced artificial intelligence Erica has received a new hairstyle which users noted suits the robot very well the Android Robot is a humanoid functioning through a synthetic organism with an electronic brain system the robot's body can even contain various human organs that match the appearance and functionality of real ones according to scientists the gynoid is essentially the same as an Android but female she understands natural language has a synthesized human voice and

can display various facial expressions when Erica listens she blinks and moves her eyes and head like a human the robot was developed by Japanese engineer Hiroshi ishiguro who gained Fame for creating ultra realistic robots like Erica Japanese Engineers continue to amaze creating a robot which is truly impressive the giant robot is named AV 98 Ingram a prototype of the well-known character from the pat labor franchise AV 98 Ingram is an anthropomorphic robot and its dimensions are all inspiring the robot stands 8 m tall and weighs about 6 tons although this robot is not fully autonomous

and is not designed for free movement its body parts such as the head arms and torso can move the robot can raise its arms turn its head and even stand up from a standing position on a platform inside the robot there are complex Drive systems that allow it to move smoothly and demonstrate its mechanisms in action some parts are manually controlled using remote controls to ensure precise movements the robot is equipped with lighting and sound systems that play characteristic sounds and phrases from the pat labor anime enhancing the sense of presence and making it a

part of a live show the humanoid robot named Aiko chahira is another example of how Japanese Engineers have achieved remarkable expertise in creating humanoid robots that are almost indistinguishable from humans with the help of 43 moving mechanisms the robot can blink nod and move its lips while speaking iiko is also programmed to express human emotions through facial expressions her design incorporates silicone and artificial muscles that contract like real ones making the Android highly lifelike the robot understands human language and can respond to questions in both English and Japanese the department store management believes that a

female robot is an effective tool for attracting customers in essence she can display nearly the full range of emotions typical of humans looking at her it's truly difficult to tell if she's a robot or a real person it took Toshiba 10 months to develop IO chiir researchers at the Japanese toori University Hospital together with medical company TMS UK have created a medical simulation robot using 3D printing the robot has been named Makoto and is intended to provide a more realistic training simulation experience for medical students the Makoto robot has been designed to express pain and

also feed features a gag reflex in addition to its outward resemblance to real people the robot also has an anatomically accurate 3D printed internal structure with organs including the tongue Airway and esophagus modeled based on CT scans of real patients Makoto has been initially developed for three medical procedures endot tracheal intubation gastrointestinal endoscopy and sputum suctioning the robot is programmed to give each user a score based on how well they perform the training exercise the Japanese Research Institute reiken has developed an Android called Android Avatar as part of the moonshot research and development program the

goal of the project is to develop robots that can replace humans in complex or dangerous conditions as well as assist in elderly care and remote work processes by 2050 these Androids allow humans to control them remotely using Ai and Technologies to perform delicate and precise operations such as in medicine or engineering the Androids can also replicate human movements with high Precision opening up vast possibilities in areas like industry Health Care household assistance and even space exploration the primary focus is on integrating these Technologies into everyday life to expand human capabilities and make people less dependent

on physical limitations the basketball robot Q4 from Toyota became the first humanoid robot to participate in a long-range shooting contest before the All-Star Game standing 208 cm tall and weighing around 100 kg the robot made 11 out of 25 three-point shots achieving an accuracy of 44% which is comparable to the world's best basketball players Engineers developed special algorithms to ensure its precise shots helping the robot calculate the ball's trajectory angle and shooting force based on the distance to the hoop Q4 is made of carbon fiber equipped with 15 joints and 23 electric motors and can

grab the ball with its hand the robot determines the basket's location using sensors on its torso then it uses its Motors to position its arms and legs correctly for shots at the right angle and force developers continue to improve the robot aiming to have it participate in more complex sports tasks and potentially expand its abilities to other sports these are small humanoid robots developed by Japanese engineer tomotaka Takahashi founder of Robo Garage in collaboration with sharp Corporation you are witnessing a unique spectical a 100 small humanoid robots designed by tomotaka Takahashi are dancing together this

is an example of how modern technology can synchronize and coordinate the complex movements of multiple robots at the same time the dancing Roby robots are compact devices about 34 cm tall and weighing around 1 kg they are equipped with 20 Servo Motors that enable smooth and precise movements such as walking waving and even dancing in addition to the motors they have built-in infrared sensors a microphone and a camera which help the robots recognize their environment and respond to voice commands Robi can perform various tasks interact with users and even engage in simple convers ation its

rechargeable battery allows it to operate for about 2 hours Professor Hiroshi ishiguro from Osaka university has unveiled one of his most unique creations a humanoid robot named Minami Chan this robot is part of his extensive work on creating highly realistic Androids that are indistinguishable from humans Minami Chan is a unique project aimed at studying and testing human interaction with robots that look and behave like people she is portrayed as a 26-year-old woman from Osaka prefecture whose hobby is exploring hidden places in Osaka visually the robot is almost indistinguishable from a real person her facial expressions

and movements are carefully designed to create the illusion of a living human the creation of robots like manami Chan helps scientists explore issues in Social robotics Technologies including how people respond to machines that can mimic human emotions and movements write in the comments which of the Japanese robots shown in this video did you like the most if you enjoyed the video don't forget to subscribe to our Channel and leave a like see you next time [Music]