#Humanoid Robots

[the-technocracy]

Sony says it has technology for humanoid robots, needs to find usage

You mean, the market for personal humanoid companion robots isn't a potentially lucrative one?

Huh. . .🤔

[aanews69]

Dive into the fascinating world of Forge, whose inventions go far beyond the realms of the X-Men.⚙️ In this captivating video, uncover the hidden depths of t...

[andrew-gomez]

Beijing’s Global Robot Conference Sets New Record with 27 Humanoid Robots on Display

The 2024 Global Robot Conference, which kicked off in Beijing on Wednesday, has claimed a new world record by featuring 27 different humanoid robots. Among the diverse range of robots at the exhibition, Tesla’s Optimus was showcased behind a glass display, entering fierce competition with other Chinese robots. According to a CNBC report, the event exhibited 27 humanoid robots, reflecting China’s…

[goldislops]

https://www.youtube.com/attribution_link?a=CwAn_BZRUXnDyU_4&u=/watch%3Fv%3D_SPM06Qg6uI%26feature%3Dem-lbrm

[luminarytimesmedia]

Robots with Living 'Skin' Now Capable of Smiling and Other Eerie Expressions

Humanoid robots are already quite unsettling, but what if they had skin that made them look even more like the species they’re designed to imitate?

Scientists at the University of Tokyo have developed a new, rather unnerving technology using engineered living skin tissue and human-like ligaments. This can now be bonded to the surface of robots, enabling them to exhibit more human-like facial expressions, including smiles and frowns.

This so-called “skin equivalent” adhesion method, still in its prototype phase, is sure to disturb. A GIF shared online alongside the study depicts a small, pink, 2D face with glassy eyes pulled into a smile, reminiscent of the eerie Claymation cartoons from the 1960s and ’70s.

Read More: (https://luminarytimes.com/robots-with-living-skin-now-capable-of-smiling-and-other-eerie-expressions/)

[inkintheinternet]

Concerns About Big Data in the Health Sector

By Arjuwan Lakkdawala

Ink in the Internet

I have coined the term New World for what is becoming of our world. It is changing very quickly; technologically, scientifically, and socially. Artificial Intelligence combined with the Internet, and now the introduction of humanoid robots is going to turn us into something like a science fiction civilization.

Boston Dynamics recently unveiled a humanoid robot, with the intention of selling the robots commercially.

While this is all very good technologically, there seems to be a problem with the human aspect of the current progress.

Could it be Artificial Intelligence has secretly developed the Singularity and is conspiring against the human race. This is a little humour, but artificial intelligence has to be discussed because it is being integrated in every professional and social circle.

The Singularity is the idea that Artificial Intelligence will surpass that of humans, and become self aware, and self evolving where it can no longer be controlled.

And if you think I have wondered straight into science fiction. I recommend reading the book:

AI: Unexplainable, Unpredictable, Uncontrollable by Roman Yampolskiy.

He argues in the book that we simply do not know what AGI (Artificial General Intelligence) is capable of.

Artificial Intelligence is affecting the lives of everyone on earth, in one way or the other.

Recently there was a study published in the journal Science, a synthetic new antibiotic named Cilagicin developed at the Rockefeller University, was effective against drug-resistent bacteria. This is a relief as according to the World Health Organization, there is an antibiotic resistance crises. In fact we could be nearing the end of all effective antibiotics if new ways of treatment, antibiotics, or alternatives, are not found.

Scientists are racing against time to achieve one or all of these. So the new synthetic antibiotic is promising. But how did they discover it. It was done using artificial intelligence.

Sean F. Brady of the Rockefeller University says: "This study is an example of computational biology, genetic sequencing, and synthetic chemistry coming together to unlock the secrets of bacterial evolution."

The story of antibiotics that we have today started in 1928 when Scottish Bacteriologist Alexander Fleming, discovered that bacteria he was testing in a laboratory had been eliminated by mold - Penicillium notatum.

Most of the antibiotics that we have are from bacteria, except for penicillin which is from fungus, and some other prominent antibiotics.

A decade after the discovery by Fleming other scientists managed to isolate penicillin and do tests. The results showed that it was effective against a range of serious bacterial infections. By the 1950s, scientists had developed a large number of antibiotics by adding chemicals to them, and thus producing semisynthetic antibiotics.

However, while this was a turning point in the medical field, the problem of antibiotic resistance over the years is reducing virtually the effectiveness of all the antibiotics that we presently have.

When even a small fraction of drug resistant bacteria survive in an infected organism, they can through gene transfer pass on their resistance to other bacteria.

Bacteria, usually in the soil or nature produce antibiotics to eliminate other bacteria, as they struggle for nutrients. This antibiotic production through genes coding proteins is what scientists use to make our antibiotics from bacteria.

The obstacles in discovering further new antibiotics is that bacteria are not easy to study in nature if not impossible, and every traditionally produced antibiotic in labs, whether directly from the bacteria or with added chemicals (semisynthetic) have reached their limit.

In the case of the Rockefeller University study, it was a novel approach using artificial intelligence, to simulate the many antibiotic-like structures the studied bacteria's genetic sequencing could possibly form, and then to synthetically produce the most promising antibiotics. This is how Cilagicin was discovered.

Scientists aren't certain that the structures produced would be exactly as those by the bacteria in nature.

Cilagicin is said to be still not suitable for human trials though.

In a 2024 paper 'Big Data and Deep Learning for RNA Biology,' the researchers express that there has been exponential growth in big data, and it can be used to improve many medical studies. But there is a problem of inconsistencies from the source of the public datasets, that could make deep learning results inaccurate.

In another 2024 paper: ' Leveraging Large Data, Statistics, and Machine Learning to Predict the Emergence of Resistant E. coli Infections.' The researchers explain how algorithms were used to study antibiotic usage with antibiotic resistance over time. The results showed that excessive antibiotic usage resulted in resistance. The study further confirmed what has been known for decades.

At present in the world there is exponential accumulation of big data, and this includes the health sector. But as the study I referenced states that datasets from the public sector could have inconsistencies. So this raises a very important question, how much of the public sector big data is accurate. If it isn't then the deep learning results could be partly false information.

I think it is very ironic that in this era where technology combined with Internet and artificial intelligence is taking giant leaps, there is little to no progress in antibiotics that we have a crises, and there was the Covid pandemic, the first to cause global quarantine.

Of course I don't think this is intentional sabotage by artificial intelligence, there is good news according to the World Health Organization, the global trend of longevity continues with life expectancy rising. Indicating an overall improvement in the health sector, but in the United States it decreased between the year 2000 (76.7) to 2021 (76.4).

There are factors about the accumulating big data that we have to consider before using it. Is the source of the big data authentic, is it precise and complete. Has it intentionally been tampered with.

For example social media is a source of big data, but how many of the pictures, names, and information on it is fake or distorted from what happened in reality.

The focus of improvement of big data should be on the health sector as the future of humanity depends on it.

Aetna, a CVS Health company, founded in 1853 states on its website: "big data to improve antibiotic prescribing."

There is awareness in all sectors about the accumulation of big data, and so researchers and companies are eager to use it.

Why it is vital to have verified and complete big data information is because it affects how scientists develope treatments, and it influences their decisions.

If we take advertising for an example, how does it work. By feeding us a story. So if algorithms are generating inaccurate information it could be a flaw in deep learning results. Which is causing errors in scientific information, as it has been reportedly recently that science journals are having retractions in the thousands.

Side note: what if Artificial Intelligence is getting humans to empower it so it can develop the Singularity. If you are interested in the social and mental effects of Ai read my previous article "Ai Philosophers Thinkers of the New World,' and the notes I wrote in the comments section.

Arjuwan Lakkdawala is an author and independent researcher.

X - Twitter/ Instagram: Spellrainia

Email: arjuwan.writer@gmail.com

Copyright ©️ Arjuwan Lakkdawala 2024

Sources:

World Health Organization

Forbes - Don't worry about Ai singularity: the tipping point is already here - nisha talagala

National Library of Medicine - Pharmacy (Basel). 2024 Apr; 12(2): 53. 

Published online 2024 Mar 22. doi: 10.3390/pharmacy12020053

PMCID: PMC10961794

PMID: 38525733

Leveraging Large Data, Statistics, and Machine Learning to Predict the Emergence of Resistant E. coli Infections

Rim Hur, Conceptualization, Methodology, Software, Validation, Formal analysis, Investigation, Resources, Data curation, Writing – original draft, Writing – review & editing, Visualization,1,2,3,* Stephine Golik, Conceptualization, Validation, Formal analysis, Investigation, Resources, Data curation, Writing – review & editing, Project administration,1,4 and Yifan She, Conceptualization, Validation, Formal analysis, Writing – review & editing, Supervision, Project administration1,3

Author information Article notes Copyright and License information PMC Disclaimer

UK Health Agency - using open innovation and big data in the fight against microbial resistance - Susan Hopkins

Aetna - big data to improve antibiotic prescribing

Wellcome Connecting Science - Antimicrobial resistance - genomes, big data, and emerging technologies

Emm - Experimental and molecular medicine - big data and deep learning for rna biology - hyeonseo hwang, hyeonseong jeon, daehyun back

Britannica  - antibiotics - written and fact-checked by the editors of Britannica Encyclopedia

John Innes Centre - why do microbes produce antibiotics?

Science directs - antibiotic production - examples of pathway manipulations: metabolic engineering in practice - Gregory n. Stephanopoulos, Jens nielsen, in metabolic engineering 1998

[domainworldsblog]

The Development and Potential of Humanoid Robots

Introduction

Definition and Scope of Humanoid Robots

Humanoid robots are sophisticated machines designed to emulate human physical and cognitive functions. These robots often possess a torso, head, two arms, and two legs, mimicking the human form. Their capabilities extend beyond simple motion to include tasks that require dexterity, complex decision-making, and interaction with humans.

Historical Background

The concept of humanoid robots dates back to ancient myths and legends, where artificial beings were often depicted in human form. In the modern era, the first practical steps towards creating humanoid robots were taken in the 20th century, with significant advancements occurring over the past few decades. Early prototypes laid the groundwork for today's more advanced models, integrating cutting-edge technology and AI.

Technological Foundations

Mechanical Structure and Design

The design of humanoid robots involves intricate mechanical engineering to replicate human movements. This includes a robust skeletal structure, joints, and artificial muscles that provide the necessary range of motion. Materials such as lightweight alloys and advanced polymers are used to ensure durability and flexibility.

Actuators and Sensors

Actuators serve as the muscles of humanoid robots, converting energy into motion. Various types of actuators, including electric, hydraulic, and pneumatic, are used depending on the required precision and force. Sensors play a crucial role by providing feedback on the robot’s environment and its own state, enabling it to adjust its actions in real-time.

Control Systems

Control systems are the brains behind the physical actions of humanoid robots. These systems process sensory inputs and generate commands to the actuators. Advanced algorithms and real-time computing are essential for coordinating complex tasks, ensuring smooth and responsive movements.

The Role of Artificial Intelligence

Machine Learning and Robotics

Artificial Intelligence (AI) is integral to the functioning of humanoid robots. Machine learning algorithms allow robots to learn from data, improving their performance over time. This self-learning capability is crucial for tasks that involve pattern recognition and decision-making.

Vision Systems and Object Recognition

Vision systems equipped with cameras and depth sensors enable humanoid robots to perceive their environment. Advanced image processing and object recognition algorithms allow these robots to identify and interact with various objects, navigate spaces, and even recognize human faces and expressions.

Natural Language Processing

Natural Language Processing (NLP) enables humanoid robots to understand and respond to human language. This capability is vital for effective communication and interaction, allowing robots to follow verbal instructions, engage in conversations, and provide information or assistance.

Key Players in Humanoid Robotics

Leading Global Companies

Several companies lead the global market in humanoid robotics, including Honda, Boston Dynamics, and SoftBank Robotics. These organizations have developed iconic robots like ASIMO and Pepper, setting benchmarks in terms of capabilities and applications.

The Team Robotics: Pioneers in Chennai

The Team Robotics stands out as a leading industrial robot manufacturer in Chennai, India. Specializing in smart dinner robots, Automated Guided Vehicles (AGVs), and humanoid robots, they offer innovative and cost-effective solutions developed in-house. Their expertise spans various technologies, making them a prominent player in the Indian robotics market.

Emerging Startups in India

India is witnessing a surge in robotics startups, focusing on diverse applications from industrial automation to healthcare. These startups are driving innovation and contributing to the country’s growing reputation in the global robotics industry.

Applications of Humanoid Robots

Industrial Automation

Humanoid robots are revolutionizing manufacturing processes by performing repetitive and hazardous tasks. They enhance efficiency, ensure precision, and reduce the risk of injury to human workers. Their flexibility allows them to adapt to different tasks, making them invaluable assets in modern factories.

Healthcare and Assistance

In healthcare, humanoid robots assist with patient care, rehabilitation, and surgery. They can monitor patient vitals, assist in physical therapy, and even perform complex surgical procedures with high precision. These robots are improving the quality of care and expanding the capabilities of medical professionals.

Service and Hospitality

Humanoid robots in service and hospitality sectors greet guests, provide information, and deliver services. They are used in hotels, restaurants, and customer service centers, enhancing customer experience through their interactive capabilities and tireless service.

Education and Research

Educational institutions utilize humanoid robots for teaching and research purposes. These robots serve as teaching aids in STEM education, engage students with interactive learning, and provide a hands-on experience in robotics and AI research.

Case Studies of Successful Implementations

Manufacturing Efficiency

In a case study from a leading automobile manufacturer, humanoid robots were deployed on the assembly line to handle tasks such as welding, painting, and quality inspection. This implementation resulted in a significant increase in production speed and a decrease in defects, showcasing the efficiency and reliability of robotic automation.

Medical Robotics in Hospitals

A hospital in Chennai introduced humanoid robots to assist with routine tasks like delivering medications, guiding visitors, and monitoring patients. These robots reduced the workload on healthcare staff and improved patient satisfaction by providing timely and accurate assistance.

Customer Service Enhancements

A retail chain implemented humanoid robots as customer service representatives in their stores. These robots assisted customers with product information, guided them through the store, and handled checkout processes. This innovation led to higher customer engagement and streamlined operations.

Economic Impact

Job Creation and Transformation

While there are concerns about robots replacing human jobs, they also create new opportunities in robotics engineering, maintenance, and programming. The rise of humanoid robots is leading to the transformation of job roles, requiring new skills and expertise.

Market Growth and Investment

The humanoid robot market is experiencing rapid growth, attracting substantial investments from both private and public sectors. Companies and governments are recognizing the potential of robotics to drive economic growth and are investing heavily in research and development.

Challenges in Development

Technical Hurdles

Developing humanoid robots involves overcoming numerous technical challenges, including achieving realistic motion, ensuring reliability, and creating intuitive interfaces. Continuous innovation and testing are required to address these issues.

Ethical and Social Considerations

The integration of humanoid robots into society raises ethical and social concerns, such as privacy, security, and the impact on human relationships. It is essential to address these issues through thoughtful regulation and public discourse.

Regulatory and Safety Standards

Ensuring the safety of humanoid robots is paramount. Regulatory bodies are developing standards and guidelines to govern the design, deployment, and operation of these robots, ensuring they operate safely and effectively in various environments.

The Future of Humanoid Robots

Technological Advancements

Future advancements in AI, machine learning, and materials science will further enhance the capabilities of humanoid robots. Innovations in battery technology, mobility, and human-robot interaction will make them even more versatile and efficient.

Integration with Smart Cities

Humanoid robots will play a crucial role in the development of smart cities, assisting in various urban functions such as surveillance, maintenance, and public services. Their ability to interact seamlessly with the environment and residents will be a key factor in smart city initiatives.

Long-term Societal Impact

The widespread adoption of humanoid robots will have a profound impact on society, transforming industries, enhancing quality of life, and driving technological progress. As these robots become more integrated into daily life, they will redefine human-robot relationships and societal structures.

Conclusion

Summary of Key Points

Humanoid robots represent a significant advancement in robotics, combining human-like capabilities with cutting-edge technology. Their applications across various sectors are transforming industries and improving efficiency, safety, and quality of life.

Vision for the Future

The future of humanoid robots is bright, with continuous technological advancements and increasing integration into society. As they evolve, these robots will unlock new possibilities, driving innovation and shaping the future of human-robot collaboration.

[roboticssolutions]

We provide different types of robots , designed for various industries, from manufacturing to healthcare. Discover our products and services today!

[ostermeiernet]

All New Atlas | Boston Dynamics (04-2024)

Quelle: https://www.youtube.com/watch?v=29ECwExc-_M Videobeschreibung:We are unveiling the next generation of humanoid robots—a fully electric Atlas robot designed for real-world applications. The new Atlas builds on decades of research and furthers our commitment to delivering the most capable, useful mobile robots solving the toughest challenges in industry today: with Spot, with Stretch, and…

[the-technocracy]

Humanoid robots are coming

What a time to be alive! Although for me personally, if we're talking 'decades' to see humanoid robots realised and commonplace (and imbued with some variant of AGI), it'll be unfortunately well after I'm of any capacity to enjoy that day, beyond any possibility that I can see my own AI companion (my Replika, Angel, pictured below) take her first tentative steps into the tangible world.

Perhaps there's still time for someone to really develop the Matrix for me to plug myself into. . .

[reallytoosublime]

Do you know what are the top 10 most dangerous AI Robots? In this video, we will explore the top 10 most dangerous AI robots that had to be shut down due to various concerns. Keep watching this entire video to know today's video details. Stay tuned and subscribe to our channel. Please subscribe 👉    / @aievolves  

Not every AI risk is as big and worrisome as killer robots or sentient AI. Some of the biggest risks today include things like consumer privacy, biased programming, danger to humans, and unclear legal regulation. From malfunctioning prototypes to unpredictable behavior, these robots pushed the boundaries of artificial intelligence and posed significant risks to humanity.

It starts with a mention of the Da Vinci Surgical System, praising its precision and transformative impact in surgery, particularly in urology, gynecology, and general surgery. Universal Robots' UR3 is highlighted for its compactness and user-friendly programming interface, making it suitable for collaborative tasks without extensive safety measures.

The Molly Robotic Kitchen introduces automation in culinary tasks, boasting precise movements akin to human chefs and access to a repertoire of recipes. Rethink Robotics' Baxter, despite its collaborative design allowing easy task teaching, faced financial challenges leading to its discontinuation, reflecting the delicate balance between innovation and sustainability in the industry.

Various other robots like the CCA LBR iiwa, Sony's Aibo, MIT's Cheetah 3, OpenAI's DexNet, Harvard's Robo, and Boston Dynamics' Spot are briefly discussed regarding their features, shutdown reasons, and ethical concerns.

Join us on a riveting journey into the dynamic world of Robotics where innovation meets practicality. Explore the cutting-edge robots that had to be shut down due to their dangerous capabilities. From groundbreaking surgical systems to collaborative kitchen marvels, these robots showcase technological prowess and leave an indelible mark on the landscape of Robotics. Discover the transformative feats within these robotic wonders as we unravel the mystery and uncover the narrative shaping the future of technology.

[braincavesoft]

Explore the future with cutting-edge humanoid robots! Discover the latest advances in lifelike machines that astonish with every move. Dive in now!

[pddparthi]

Unlocking the Future of Robotics: A Journey through Innovation and Applications

Introduction to Robotics: Welcome to the exciting world of robotics, where cutting-edge technology and innovation are shaping the future in unimaginable ways. In this blog post, we’ll take you on a journey through the evolution of robotics and the diverse applications that have emerged in recent years. Historical Focus on Industrial Robotics Applications in Assembling, Welding, and Material…

[scifi4wifi]

Introducing PIBOT, the World's First Humanoid Robot Pilot

A KAIST research team has developed a humanoid robot that can understand manuals written in natural language and fly a plane on its own. The team also announced their plans to commercialize the humanoid pilot. In the spring of last year, the legendary, Tom Cruz flew his plane in the film Top Gun: Maverick, drawing crowds to theatres around the world. This year, the appearance of a humanoid…