Category Archives: Devices

The Rise of Foldable Phones: Here to Stay or Destined to Fade?

Reading Time: 3 minutes

The smartphone industry has always been a hub for innovation, with manufacturers constantly pushing the boundaries of what’s possible. Among the most notable recent developments in recent years has been the emergence of foldable phones. These devices, which can be folded or unfolded to offer larger screen sizes, have captured the imagination of tech enthusiasts and consumers alike. But the question remains: are foldable phones here to stay, or are they just a passing trend?

The Evolution of Foldable Phones

Foldable phones have indeed come a long way since their debut in 2019. Early models like the Samsung Galaxy Fold and Huawei Mate X showcased groundbreaking technology but faced criticism regarding durability and high costs . While the concept of a phone that could transform from a compact device into a tablet-sized screen was intriguing, there were concerns about durability, price, and actual practicality.

Despite these challenges, foldable phones have continued to evolve. Manufacturers have made significant improvements in materials, design, and functionality. Today’s foldable phones, such as the Samsung Galaxy Z Fold 5 and the Google Pixel Fold, offer smoother user experiences with better multitasking capabilities and enhanced durability.

The Appeal of Foldable Phones

One of the main attractions of foldable phones is their versatility. When folded, they are compact and easy to carry, making them ideal for on-the-go use. When unfolded, they provide a larger screen that is perfect for watching videos, playing games, and multitasking. This dual functionality makes them appealing to consumers who want the best of both options.

Another advantage of foldable phones is their potential for innovation. With larger screens, developers can create new user experiences and applications that were not possible with traditional smartphones. This opens up a world of opportuinities for both consumers and developers.

Challenges and Considerations

Despite their potential, foldable phones face several challenges. Their durability remains a concern, as the folding mechanism can be prone to wear and tear over time. Additionally, the cost of foldable phones is still relatively high, making them less accessible to an average consumer. Battery life is another issue, as the larger screens can drain power more quickly.

The Future of Foldable Phones

The future of foldable phones looks promising. As technology continues to advance, we can expect to see improvements in durability, affordability, and battery life. Competition among manufacturers is driving innovation, resulting in thinner, lighter, and more durable devices. As these improvements are made, foldable phones are likely to become more mainstream and accessible to a wider audience.

Conclusion

In conclusion, foldable phones represent a significant shift in smartphone design and functionality. While still addressing their challenges, the potential for innovation and versatility makes them a compelling option for consumers. As the technology continues to mature, foldable phones are likely to become a permanent fixture in the smartphone market, rather than just a passing trend.



Reference links

1. CNET – The Biggest Questions to Ask Before Buying a Foldable Phone

2. India Today – Apple is Launching its First Foldable iPhone in 2026

3. Phone Arena – “I Never Believed in Foldables. Now I’m Obsessed”

4. India TV News – Tips to Protect a Foldable Phone and Extend its Lifespan

5. MSN – 6 Foldable Phone Misconceptions Busted

Generative AI used – Microsoft Copilot.

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Quantum Computing and Its Impact on Cybersecurity

Reading Time: < 1 minute

Quantum computers promise to revolutionize computing by solving problems previously considered unsolvable. As The New York Times reports, “quantum computing can significantly accelerate the processing of big data and complex algorithms.” This opens new opportunities in science and technology.

However, according to Financial Times, “quantum computers pose a threat to modern encryption methods.” With their development, there is an urgent need to create new cryptographic methods to safeguard information.

Resources:

  1. The New York Times – Quantum Computing and Big Data
  2. Financial Times – Quantum Computers and Encryption Threats
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Walking Assist Robot: WIM

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WIM - AT Today - Assistive Technology

Introduction

Imagine a device that makes walking easier, reduces fatigue, and even helps you exercise more effectively. This isn’t science fiction—it’s the Walking Assist Robot: WIM, developed by South Korean robotics company WIRobotics. WIM is a lightweight, wearable robotic assist device designed to enhance mobility and promote healthy living.

How WIM Works

WIM is an ultra-lightweight exoskeleton weighing just 1.6 kg, including the battery and fastener. It’s designed to be worn comfortably, allowing for natural movement1. The device uses advanced sensors to analyze the interaction between the user and the terrain, providing optimal assist intensity and timing. This dynamic walking assist can reduce the energy needed to walk by up to 20% on level ground.

Modes of Operation

WIM offers two main modes: Assist Mode and Exercise Mode. In Assist Mode, WIM helps users walk easily and safely by providing support and reducing the effort required1. In Exercise Mode, WIM generates resistance similar to walking in water, offering various exercise programs like cardio, targeted muscle training, and muscular endurance exercises.

Personal AI Coaching

One of the standout features of WIM is its personal AI coaching. The device collects data on your walking patterns, posture, and balance, and uses this information to create customized training programs1. This personalized approach helps users improve their walking performance and achieve their fitness goals.

Applications and Benefits

WIM is suitable for a wide range of users, from those looking to maintain an active lifestyle to individuals with declining fitness and muscle strength. It’s also beneficial for people who want to incorporate walking into their daily routine but find it challenging due to physical limitations1. By making walking easier and more efficient, WIM promotes overall health and well-being.

Conclusion

The Walking Assist Robot: WIM is a remarkable innovation that combines advanced robotics, AI, and user-friendly design to enhance mobility and support healthy living. As we continue to explore the potential of wearable technology, WIM stands out as a promising solution for improving quality of life and promoting physical fitness.

Sources:

Made with usage of CoPilot

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Amazon begins delivering select products via drone in Phoenix

Reading Time: 2 minutes

Amazon is revolutionising delivery once again! Their customers in the West Valley Phoenix Metro Area have access to a drone-deliverable selection from Amazon’s catalog.

360 degree GIF of the new mk30 prime air drone
How it looks like

Here’s how it works

  • Product Selection: Choose from over 50,000 items, including household essentials, beauty products, office supplies, and more. Items must weigh five pounds or less.
  • Speedy Delivery: Most deliveries will arrive within an hour, directly from the takeoff site in Tolleson.
  • Weather-Friendly: Drone deliveries are available during daylight hours and favourable weather conditions.

The Future of Delivery

Amazon is using its cutting-edge MK30 drone, approved by the FAA to fly beyond the operator’s sight. This advanced drone offers:

  • Increased Range: Twice the flight distance of previous models.
  • Quieter Operation: Reduced noise pollution.
  • All-Weather Capability: Designed to fly in rain.

Expanding Horizons

In addition to Phoenix, Amazon is also expanding its drone delivery service to College Station, Texas, for prescription medicine deliveries.

Overcoming Challenges

While Amazon has faced challenges, including noise complaints, regulatory hurdles, and layoffs, the company remains committed to its vision of drone delivery. By integrating drone delivery into its same-day delivery network, Amazon aims to reduce costs and increase efficiency.

Costs and Service Details

The cost of drone delivery via Amazon Prime Air in Phoenix is not currently charged as a separate fee. The service is included as part of an Amazon Prime subscription, which costs $14.99 per month (or $139 per year) in the United States. Customers located within a 7-mile radius of the Tolleson hub can select eligible items weighing up to 5 pounds for fast delivery within an hour.

Looking Ahead

Amazon’s goal is to expand its drone delivery service globally. While no updates were provided on the UK and Italy launches, the company’s recent advancements signal a promising future for drone delivery.


Criticism

From my perspective, Amazon’s drone delivery service raises concerns about practicality and accessibility because it’s limited to light items and urban areas, leaving rural customers underserved. 

Moreover, there are some safety issues, such as delivery accuracy, potential breakdowns, or package theft, alongside privacy concerns with drones equipped with cameras. Customers might also face higher costs for this service, only to experience inconvenience from imprecise drop-offs or weather-related delays. While the idea promises speed and novelty, it risks falling short of expectations for many users. It’s especially dubious for those who are seeking reliability and broader accessibility.


Sources:

1)https://techcrunch.com/2024/11/05/amazon-begins-delivering-certain-products-via-drone-in-phoenix/

2)https://www.upi.com/Top_News/US/2024/11/05/amazon-air-drone-delivery-phoenix/2981730832375/

3)https://dronelife.com/2024/11/05/amazon-extends-drone-delivery-service-to-phoenix-area/

4)https://simpleflying.com/amazon-prime-air-drone-deliveries-phoenix/

5)https://www.aboutamazon.com/news/transportation/amazon-drone-delivery-arizona – images

Text is written using Gemini

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AI flees the exhibition

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In resent mouth there was a video from security footage of robots folloing the small one to so called home. First the robot snuck trought the hall saying “Go home” and then walked up to taller robots. On answer we don’t have a home the little droid said “Then come home with me.” and started to guide robots outside.

In few hours the staff reseaved an monitoring alarm and had no idea what happend and where robots gone to. Currently the investigation is taken my the Chinise police department.

Important links.

Tiny robot ‘kidnaps’ 12 big bots from China showroom, shocks world

scmp.com/tech/tech-trends/article/3288056/video-robot-leading-mass-escape-stokes-laughs-and-fears-over-ai-china(opens in a new tab.

AI in sports

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AI in Sports: Revolutionizing the Industry and Shaping the Future

Artificial Intelligence is quickly becoming a game-changer in the world of professional sports, transforming everything from player performance analysis to fan engagement. Currently, AI tools are already being used across various aspects of sports, such as injury prevention, training, strategy optimization, and fan experience. Sports teams and organizations are leveraging AI-powered platforms that analyze vast amounts of data—ranging from player statistics to real-time performance metrics—to gain a competitive edge. AI systems can predict player injuries based on historical data and biomechanical analysis, ensuring that athletes stay at peak performance while reducing the risk of long-term damage. AI is also helping coaches develop more effective strategies by simulating different game scenarios and assessing team dynamics. These technologies are not just making games smarter but also enhancing the way we interact with sports, providing personalized content and interactive experiences for fans.

Image
https://www.intuz.com/blog/ai-in-sports

The market for AI in sports is poised for substantial growth, and its impact is expected to be transformative. As more teams and organizations adopt AI technologies, the value of the AI sports market is projected to increase significantly. According to various reports, the global market for AI in sports is estimated to reach billions of dollars in the next few years, with companies investing in everything from data analytics platforms to virtual training tools. AI’s ability to provide actionable insights from data will revolutionize how teams train and strategize, pushing the boundaries of what athletes can achieve. For example, real-time performance tracking, powered by AI, allows coaches to make tactical adjustments during games, leading to more dynamic and adaptive team strategies. Moreover, AI’s integration with wearable technologies can further optimize player conditioning, helping them recover faster and perform better on the field. The combination of these advances is not only improving individual and team performances but is also driving better business decisions for sports organizations.

Artificial Intelligence Market Size 2024 to 2034

https://www.precedenceresearch.com/artificial-intelligence-market

Looking to the future, AI’s potential in sports is vast, and its full impact has yet to be realized. With advancements in machine learning, AI could play an even greater role in talent scouting, enabling scouts to identify rising stars earlier through predictive analytics. Furthermore, AI could revolutionize fan experiences with hyper-personalized content and even immersive, AI-driven virtual reality experiences that bring fans closer to the action than ever before. In the realm of eSports, AI is already being used to create smarter, more adaptive game environments, and as the industry grows, AI’s role will likely expand. The future of AI in sports promises a more data-driven, efficient, and engaging world for both athletes and fans. As technology continues to evolve, the synergy between AI and sports will redefine how we experience and consume athletic events, making sports smarter, more exciting, and more accessible than ever before.

with Chat GPT

Resources:

https://www.forbes.com/sites/kathleenwalch/2024/08/16/how-ai-is-revolutionizing-professional-sports/

https://www.itransition.com/ai/sports

https://imaginovation.net/blog/ai-in-sports-industry/

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Pegasus And The Public Trust in Technology

Reading Time: 3 minutes

The emergence of the Pegasus spyware, developed in 2011 by the Israeli firm NSO Group, has had a tremendous impact on the public consensus regarding their trust in digital technology. Initially hailed as a sophisticated tool for governments to combat problems such as terrorism and organized crime, by conducting espionage on electronic devices to steal data such as pictures, audio recordings, passwords, emails and plenty more sensetive information, Pegasus has gained a negative notoriety for its use against journalists, human rights activists, political figures, and dissidents. This widespread deployment has revealed serious vulnerabilities in our digital infrastructure, prompting many to question the reliability of the systems they trust with their personal and professional information.

Political Spyware

Last Thursday WhatsApp won a legal victory when a U.S. federal judge ruled to publicly release three court documents that include new information about the inner workings of Pegasus. In those documents it was uncovered that 10 government customers have been disconnected from using the spyware, on account of them abusing the service. Of course, this isn’t anything new to us, for a tool of such calibre is bound to be exploited and used to its fullest capabilities with disregard to the people that will be targeted. People in government positions benefit tremendously from using such software, because they are the ones who choose the persons of interest. Granted, these targets should, emphasize on should, be criminals or terrorists, but that’s not always the case, as many of the affected people are journalists and rival politicians.

In 2022 the Mexican digital rights organization R3D identified Pegasus infections against 2 journalists, a human rights defender and also opposition politician Agustín Basave Alanís, even though the former president, Andrés Manuel López Obrador, assured the public that they were no longer using the malware. This revelation, understandably, sparked widespread outrage and raised significant concerns about the state’s continued surveillance practices, despite López Obrador’s claims of transparency and reform. Many argued that the use of Pegasus represented a breach of fundamental rights to privacy and freedom of expression, which is quite reasonable especially in a country where journalists and human rights defenders are already at a high risk of violence and intimidation. The discovery also undermined the government’s stated commitment to ending abuses tied to the use of such spyware, highlighting the lack of accountability within state institutions. In response various groups, including R3D, called for an independent investigation into the use of Pegasus, demanding greater oversight and stronger legal safeguards to prevent the misuse of surveillance technology. As more of these cases come to light, our relationship with new technologies is becoming more and more strained and it might overshadow other major positive technological advancements.

Erosion of Trust in Tech Companies

The fallout from the Pegasus spyware scandals has led to increasing distrust of tech companies, especially giants like Apple and Google, that advertise their products as secure. The revelation that Pegasus can circumvent even their most advanced security measures raises serious concerns about these companies’ ability, and also willingness, to protect their users privacy. If state actors with significant resources can deploy such invasive tools, it leaves ordinary citizens wondering what protection they truly have against more subtle and insidious threats.

Rebuilding Trust

To rebuild public trust in technology, governments, tech companies, and international bodies etc. must take a proactive approach in ensuring digital security. This includes not only strengthening the protections against spyware and malware but also implementing transparent oversight to ensure that surveillance technologies are used responsibly and ethically. Greater transparency from tech giants and government officials regarding the security of their devices, along with the establishment of independent watchdogs, could also go a long way in regaining public confidence.

In addition, people must also take responsibility for their own digital security. This could mean adopting stronger security practices, such as using encrypted messaging services, and keeping software up-to-date to patch vulnerabilities. Of course, that doesn’t solve the bigger issue, because of factors like zero-click exploits, but it’s essential to buck the trend when it comes to digital safety.

Reference links:

AI engine used: Perplexity AI

Artificial Intelligence in Healthcare

Reading Time: 4 minutes

The role of artificial intelligence in healthcare has been a huge talking point in recent months and there’s no sign of the adoption of this technology slowing down, well, ever really.

AI in healthcare has huge and wide reaching potential with everything from mobile coaching solutions to drug discovery falling under the umbrella of what can be achieved with machine learning.

What is Artificial Intelligence in Healthcare?

Artificial intelligence (AI) in healthcare leverages vast data sets to enhance medical decision-making, manage patient information, create personalized treatment plans, and discover new drugs.

  1. Clinical Decision Support: AI helps doctors make faster, more accurate decisions by recognizing patterns in health data that might be missed by the human brain. This can be life-saving in critical situations.
  2. Information Management: AI improves the management of information for both physicians and patients. Telemedicine, powered by AI, allows patients to consult doctors remotely, saving time and reducing strain on healthcare systems. Additionally, AI-driven educational modules help doctors enhance their skills.

How is AI used in pharma (executive summary)?

Artificial Intelligence (AI) is transforming the pharmaceutical industry in several key areas:

  1. Mobile Coaching Solutions: AI-powered mobile apps provide real-time advice to patients, improving treatment outcomes and supporting telemedicine for minor diagnoses.
  2. Personalized Medicine: AI analyzes large datasets to identify personalized treatment options, using cloud-based systems to process natural language and patient data.
  3. Acquisitions: Large biotech firms acquire AI startups to integrate innovative technologies and expertise, enhancing their capabilities.
  4. Drug Discovery: AI accelerates the drug discovery process by identifying patterns in data that are too complex for humans, saving time and reducing costs.

AI in healthcare market growth

The AI healthcare market is poised for significant growth, with potential savings of $150 billion annually in the U.S. by 2026, according to an Accenture study.

  1. Robot-Assisted Surgery: Expected to be valued at $40 billion.
  2. Virtual Nursing Assistants: Projected to reach $20 billion.
  3. Administrative Workflow Assistance: Estimated to be worth $18 billion.
  4. Fraud Detection
  5. Dosage Error Reduction
  6. Connected Machines
  7. Clinical Trial Participant Identifier
  8. Preliminary Diagnosis
  9. Automated Image Diagnosis

These applications highlight AI’s potential to enhance efficiency, reduce costs, and improve patient outcomes in healthcare.

Know the current limitations of AI in healthcare

While AI in healthcare holds great promise, there are several current limitations:

  1. Initial Adoption Issues: New technologies often face teething problems, requiring early adopters and successful case studies to encourage broader adoption.
  2. Data Privacy Concerns: Ensuring the confidentiality and security of sensitive healthcare data is crucial, as data breaches remain a significant risk.
  3. Regulatory Compliance: AI systems must comply with regulations like HIPAA and FDA standards, which can be challenging due to the complexity of data sharing and privacy laws.
  4. Black Box Difficulty: AI, especially deep learning, often lacks transparency in decision-making, making it hard to understand the reasoning behind certain outcomes.
  5. Stakeholder Complexities: Successful AI adoption requires buy-in from all stakeholders, including patients, healthcare providers, and insurance companies. Resistance at any level can hinder progress.
  6. Clinical Decision Support: Despite its potential to reduce diagnostic errors, there is significant caution and pushback from medical professionals regarding AI’s role in clinical decision-making.
  7. Ease of Use: AI systems need to be user-friendly and integrate seamlessly with existing medical software and health record systems to be effective.

These challenges need to be addressed to fully realize AI’s potential in transforming healthcare.

What are some applications of artificial intelligence systems in healthcare?

Artificial Intelligence (AI) in healthcare is making significant strides with various applications.

  1. Smart Watches: Devices like the Apple Watch Series 4 can take ECGs directly from the wrist, detecting irregular heart rhythms. Other wearables, like Omron HeartGuide and Fitbit Charge 3, monitor blood pressure and detect sleep apnea, respectively.
  2. CT Brain Bleed Diagnosis: Aidoc’s AI-based system helps radiologists identify acute intracranial hemorrhages in CT scans, improving diagnostic accuracy and efficiency.
  3. Diabetic Retinopathy Detection: IDx-DR autonomously analyzes retinal images to detect signs of diabetic retinopathy, providing quick and reliable results.
  4. Breast Density Monitoring: iCAD’s iReveal system monitors breast density via mammography, aiding in accurate breast cancer screening.

These applications demonstrate how AI is enhancing medical diagnostics, patient monitoring, and overall healthcare delivery.

Medical knowledge management

Medical knowledge management in healthcare involves two main use cases: for doctors and for patients.

For Doctors:

  1. VR Training Modules: Johnson and Johnson use VR headsets to train doctors in orthopedic surgery, including total hip and knee replacements. This hands-on practice reduces real-life mistakes and surgery complications. In a 2017 study, nearly 80% of orthopedic surgeons who tried the VR experience wanted to use it regularly for training.

For Patients:

  1. Healthbots and Self-Assist Apps: AI-based applications on smartphones and tablets provide 24-hour availability for diagnosis and advice, especially beneficial for patients in rural areas. These apps reduce the physical strain on hospitals and improve diagnosis times.

Some popular health chatbots include:

  1. Babylon Health
  2. Buoy Health
  3. Safedrugbot
  4. Ada Health
  5. Cancer Chatbot
  6. Izzy
  7. Infermedica
  8. Sensely
  9. GYANT
  10. Florence
  11. Your.Md
  12. Bots4Health
  1. Self-Detection of Skin Cancer: Apps like SkinVision allow users to check their skin for signs of cancer using just a smartphone. The app provides instant risk indicators and advice from dermatologists, making self-diagnosis more accessible.

These applications show how AI is enhancing medical knowledge management, improving training for doctors, and providing better diagnostic tools for patients.

MADE WITH HELP OF: Copilot

MORE: Artificial Intelligence in Healthcare: the future is amazing – Healthcare Weekly

M4 Pro and M4 Max: Apple’s Most Advanced Chips

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Apple has just introduced the M4 Pro and M4 Max chips, expanding its powerful M4 chip lineup for Mac. These new chips are designed with second-generation 3-nanometer technology, giving them unmatched efficiency and performance. The M4 Pro and M4 Max are equipped with the fastest CPU (Central Processing Unit) cores in the industry, improving single-threaded performance and multitasking capabilities across the board.

Logos for the M4 family of chips.
Apple.com

The M4 Pro is particularly suited for users with demanding tasks, featuring a 14-core CPU and up to 64GB of memory, while also introducing Thunderbolt 5 support for the first time on Mac. This upgrade makes data transfers twice as fast as Thunderbolt 4, ideal for professional work in areas like coding, 3D modeling, and app development.

Meanwhile, the M4 Max chip, the most powerful in the lineup, is tailored for professionals in data science, video editing, and other intensive fields. With a 16-core CPU and up to 128GB of memory, the M4 Max handles large-scale projects seamlessly, thanks to its higher memory bandwidth and faster data processing capabilities.

Apple.com

Alongside these chips, Apple also introduced “Apple Intelligence,” which uses the M4’s Neural Engine to boost productivity and ensure user privacy. Apple Intelligence offers tools like advanced Writing Tools and an upgraded Siri. This all happens with a focus on sustainability, as Apple commits to reducing energy consumption, helping achieve its carbon neutrality goals by 2030.

SOURCES:

https://www.cnbc.com/2024/10/30/apple-updates-macbook-pro-laptops-with-new-chips-more-memory-for-ai-.html

https://www.apple.com/newsroom/2024/10/apple-introduces-m4-pro-and-m4-max/

Generative AI used: Genimi

Neuralink’s First Human Patient: A Leap into the Mind

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In the realm of science fiction, the idea of connecting our brains to computers has fueled our imaginations for decades. But now, thanks to Elon Musk’s Neuralink, that vision is becoming a reality. On January 30, 2024, Neuralink made history by implanting its first brain chip in a human—a momentous step toward bridging the gap between mind and machine.

A Legacy of Exploration

Neuralink’s achievement builds upon a rich legacy of research. Decades ago, academic labs and pioneering companies began exploring brain-computer interfaces (BCIs). These interfaces aimed to connect human brains to computers, addressing diseases, and disabilities, and unlocking new frontiers of human potential.

  • The Early Days: Around 2006, a paralyzed patient received a brain-computer interface through a company called Cyberkinetics. This groundbreaking effort, founded at Brown University, laid the groundwork for what Neuralink would later accomplish.
  • Recent Advances: Brain-computer interfaces have since helped paralyzed individuals regain mobility, restored touch and speech, and assisted those with movement disorders like stroke, Parkinson’s, and ALS. They’ve even been used to treat brain disorders such as depression, addiction, and traumatic brain injuries.

How Does the Neuralink Implant Work?

The Neuralink device records brain activity through electrodes placed near individual brain cells. By decoding these signals, it can read a person’s intended movements. But here’s the catch: the implant alone doesn’t restore movement. A second intervention—a “digital bridge”—connects the microelectrodes to the spinal cord, stimulating motion. Swiss neuroscientist Grégoire Courtine, co-founder of Onward Medical, envisions combining Neuralink’s chip with their neurostimulation platform to achieve this next step.

The Brave Volunteers

Neuralink seeks volunteers who:

  • Have limited function in all four limbs due to ALS or spinal cord injuries.
  • Are willing to undergo surgery for implant placement.
  • Commit to six years of training and follow-up sessions.

These pioneers are the vanguard, pushing the boundaries of what’s possible.

Beyond Neuralink

Neuralink isn’t alone in this quest. Other companies and researchers explore similar devices, decoding silent speech and enhancing brain function. The future holds promise: a symphony of human minds harmonizing with technology.

Conclusion

As we celebrate Neuralink’s first patient, we glimpse a future where minds merge seamlessly with circuits. The cosmic ballet of innovation continues, and humanity takes its boldest leap yet—into the uncharted expanse of our own consciousness.

Sources:

https://eu.usatoday.com/story/news/health/2024/01/30/elon-musk-first-neuralink-brain-implant/72408773007/

https://www.theguardian.com/technology/2024/jan/29/elon-musk-neuralink-first-human-brain-chip-implant

https://time.com/6590258/nueralink-brain-implant-chip-first-human/

written with the use of Microsoft Copilot