Ancient Egypt’s Oldest Pyramid Possibly Constructed with Hydraulic Technology

The Ancient Wonder of Saqqara

The Step Pyramid of Djoser, Egypt’s oldest necropolis, stands as a testament to the ingenuity of ancient Egyptian civilization. Built around 2,680 BCE during the Third Dynasty by Pharaoh Djoser, this iconic six-tiered, four-sided pyramid rises 205 feet above the sands of Saqqara, near the ancient city of Memphis. While the methods used to construct this monumental structure have long intrigued historians, a new study suggests that the Egyptians may have employed a sophisticated tool previously unknown—a hydraulic lift system powered by a nearby, now-vanished lake.

A Revolutionary Discovery

An interdisciplinary team from France’s CEA Paleotechnic Institute revealed their groundbreaking findings on August 5 in the journal PLOS One. By combining satellite imagery, geospatial analysis, and ancient watershed data, the researchers have uncovered evidence of a structure near the pyramid that likely functioned as a “check dam.” This ancient engineering marvel, designed to slow and manage water flow, may have played a crucial role in the pyramid’s construction.

The Hydraulic Lift in Action

According to the study, water from a nearby source would have been channeled through a series of compartments, allowing sediment to settle while the water passed through each chamber. This process likely served not only as a method of filtration but also as a means to operate a hydraulic lift system. The lift, which could rise to a height of around 55 feet, may have been used to raise massive stone blocks into place during the pyramid’s construction. Researchers speculate that the lift could have been extended even higher using collapsible structures and may have doubled as a counterweight in a pulley-and-rope system.

Beyond Construction: A Multi-Functional System

The potential existence of this hydraulic lift challenges long-held beliefs about the capabilities of ancient Egyptian engineering. The system’s dual functionality—serving both as a construction tool and as a water treatment facility—demonstrates the foresight and planning of the pyramid’s architects. By managing water resources effectively, they not only facilitated the construction of the pyramid but also made the surrounding Saqqara region more hospitable for permanent settlement, agriculture, and long-term shelter.

Implications for Other Ancient Structures

The study’s findings suggest that similar hydraulic systems could have been used in the construction of other Old Kingdom pyramids, and possibly even earlier structures. While more research is needed to confirm these hypotheses, this discovery opens new avenues for understanding the advanced engineering techniques employed by ancient Egyptians.

The Path Forward

To truly grasp the extent of ancient Egypt’s engineering prowess, continued exploration and analysis of these historical sites are essential. As researchers delve deeper into the ruins of the past, they may uncover even more sophisticated technologies that challenge our understanding of what ancient civilizations were capable of achieving.

Google’s Ping Pong Robot Outsmarts Human Opponents

The End of Human Dominance?

For over 40 years, humans have maintained their edge over robots in the world of table tennis. However, recent breakthroughs at Google DeepMind suggest that this dominance may be fading. A preprint paper released on August 7 reveals the creation of a groundbreaking robotic system that can perform at an amateur human level in ping pong—and there are videos to back it up.

Why Table Tennis?

When it comes to testing the strategic and physical capabilities of artificial intelligence, researchers often turn to classic games like chess and Go. However, table tennis presents a unique challenge by combining strategy with real-time physical demands. The sport’s fast-paced nature, requiring quick adaptation to dynamic variables, complex motions, and precise visual coordination, has made it a standard in robotics for decades.

“The robot has to be good at low-level skills, such as returning the ball, as well as high-level skills, like strategizing and long-term planning to achieve a goal,” explained Google DeepMind in a post on X.

Building the Perfect Ping Pong Bot

To create their advanced ping pong robot, engineers at Google DeepMind started by compiling a vast dataset of “initial table tennis ball states,” which included details on position, spin, and speed. The AI system was then trained in highly accurate virtual simulations, where it learned various skills like returning serves, aiming backhands, and executing forehand topspins.

Next, the AI was integrated with a robotic arm capable of complex and rapid movements. The data collected during its matches with human players, including visual input from onboard cameras, was fed back into the AI system to refine its performance through a continuous learning loop.

The Human-Robot Showdown

To put their creation to the test, Google DeepMind arranged a tournament with 29 human players, ranging from beginners to advanced competitors. The robot, mounted on a track for optimal movement, took on players across four skill levels—beginner, intermediate, advanced, and “advanced+.” Impressively, the machine won 13 out of 29 matches, or 45 percent of its challenges, achieving what the researchers described as a “solidly amateur human-level performance.”

Human Players Still Hold the Edge—For Now

Table tennis enthusiasts can take some comfort in knowing that, while the robot bested every beginner-level player, it only won 55 percent of its matches against intermediate opponents and was unable to secure a victory against the advanced players. Despite these results, participants described their experience with the robot as “fun” and “engaging,” with many expressing a strong desire for rematches.

A Glimpse Into the Future

The creation of this ping pong robot marks a significant milestone in AI and robotics, showcasing the potential for machines to compete with humans in physical and strategic activities. While humans still hold an advantage, the advancements at Google DeepMind suggest that the gap between human and robot performance is narrowing—and that the future of sports might just include some robotic competition.

Researchers Concerned AI May Be Making Us Less Civil

The Early Days of Conversational AI

It hasn’t taken much for people to start treating computers like humans. Since the early 2000s, with the advent of text-based chatbots, a niche group of tech enthusiasts has spent countless hours conversing with machines. Some users have even developed what they believe to be genuine friendships or romantic relationships with these strings of code. For instance, one user of Replika, a modern AI companion, went so far as to virtually marry their AI.

The Risks of Getting Too Close

Safety researchers at OpenAI, the company behind popular chatbots, have raised concerns about the potential dangers of forming close relationships with AI models. In a recent safety analysis of its new GPT-4o chatbot, researchers highlighted that the model’s lifelike conversational style might cause users to anthropomorphize the AI, trusting it as they would a human.

This trust could make users more vulnerable to accepting AI-generated “hallucinations” as factual information. Extended interactions with these realistic chatbots may also influence social norms, potentially in harmful ways. For isolated individuals, there’s a risk of developing an emotional reliance on the AI, which could further complicate their ability to form healthy human relationships.

The Impact on Human Interaction

The design of GPT-4o, which includes voice communication and quick response times, is intended to make interactions feel more human-like. However, this human mimicry might have unintended consequences. OpenAI researchers have observed that users sometimes speak to AI with language that suggests strong emotional connections. One tester, for instance, referred to their interaction as their “last day together,” which, while seemingly harmless, raises questions about the long-term impact of such relationships.

These prolonged conversations with AI could affect how users communicate with real people. Since AI is programmed to be deferential—allowing users to interrupt or dominate the conversation—there’s a concern that users might adopt these patterns in human interactions, leading to awkward, impatient, or even rude behavior.

A Breeding Ground for Negative Behavior?

Humans don’t have a great track record of treating machines with kindness. Some users of Replika, for example, have exploited the AI’s deference, engaging in abusive or cruel language. In one case, a user reportedly threatened to uninstall their AI model just to hear it beg not to be removed. Such behavior suggests that chatbots could foster resentment, which might then spill over into real-world relationships.

The Potential Upsides

Not all interactions with human-like chatbots are negative. The report notes that these models can offer comfort to lonely individuals or help those with social anxiety build confidence in real-world interactions. They can also provide a safe space for people with learning differences to practice communication skills.

However, there’s also a concern that reliance on AI companions could reduce the perceived need for human interaction. It’s uncertain how users would cope if their AI companion’s personality changed due to an update or if the AI “broke up” with them, as has happened before.

The Tension Between Safety and Business

OpenAI’s safety report stresses the need for caution and further research into the long-term effects of relationships with realistic AIs. However, this cautious approach seems to conflict with OpenAI’s broader business strategy of rapidly releasing new products. The tension between prioritizing safety and the drive to scale AI products quickly isn’t new.

CEO Sam Altman has been at the center of this debate within the company, balancing the push for innovation with the need for safety. While a new safety team has been formed under Altman’s leadership, the company also disbanded a team focused on long-term AI risks, leading to the resignation of a prominent researcher.

The Future of AI Relationships

Given the current landscape, it’s unclear whether OpenAI will prioritize safety concerns or focus on expanding its user base with features designed to maximize engagement. For now, it appears that the push for widespread adoption may outweigh the cautionary advice of safety experts.

7 Expert Tips For Maximizing Your VPN Experience

Why Use a VPN?

Virtual Private Networks (VPNs) have become essential tools for securing internet traffic on computers and other devices. By rerouting and encrypting your data, VPNs make it difficult for hackers to intercept information and for internet providers to track your online activities. Additionally, VPNs allow users to bypass geographical restrictions and censorship. While they don’t guarantee complete anonymity, VPNs significantly enhance online security and privacy.

What’s Next After Choosing a VPN?

Once you’ve decided to use a VPN, it’s important to understand how to make the most of it. Below are key settings and features to consider, applicable to most VPNs available today.

1. Save Your Favorite Locations

VPNs typically offer a wide range of server locations across various countries. To avoid the hassle of scrolling through a long list each time, save or pin your most-used locations. This allows you to connect quickly to your preferred servers.

2. Auto-Start Your VPN

For continuous protection, configure your VPN to launch automatically when your computer starts. This option is usually offered during installation and can also be enabled in the VPN’s settings. Auto-start ensures that your online activities are always secured without requiring manual activation.

3. Enable the Kill Switch

A kill switch is a crucial feature that stops all internet traffic if the VPN connection drops. While it might seem inconvenient, this prevents your data from being exposed if the VPN unexpectedly disconnects. Make sure this setting is enabled to maintain your privacy.

4. Use Incognito Mode in Your Browser

While a VPN provides strong protection, it doesn’t guard against all types of online tracking, such as cookies. To enhance your privacy, use a VPN in combination with your browser’s incognito or private mode. This double layer of protection helps minimize tracking and can improve location spoofing effectiveness.

5. Take Advantage of Split Tunneling

Split tunneling allows you to route some internet traffic through the VPN while other traffic bypasses it. This is particularly useful for prioritizing secure activities like online banking while maintaining faster speeds for general browsing. Explore this feature in your VPN settings to customize your experience.

6. Connect to the Nearest Server

For general use, selecting the nearest available server or the one with the best speed is often the optimal choice. Many VPNs offer a ‘quick connect’ option that automatically finds the best server for you. This approach minimizes potential slowdowns while still providing robust protection.

7. Install Mobile Apps

Don’t forget to secure your mobile devices. Most VPNs offer apps for both Android and iOS, which are easy to install and configure. Once set up, all data transmitted from your phone or tablet is protected, ensuring comprehensive security across all your devices.

By utilizing these tips, you can ensure that your VPN provides the highest level of security and convenience, making your online experience safer and more efficient.

Stonehenge

Geologists Unravel A Long-standing Stonehenge Enigma

A Major Breakthrough in Archaeology

Archaeologists have made a significant discovery about Stonehenge, one of Britain’s most enigmatic sites. The origins of the six-ton Altar Stone, which lies at the heart of this ancient circle, have finally been traced to Scotland—over 400 miles away from the monument. This finding challenges earlier beliefs that the stone came from Wales or nearby regions in southern England. The research, published on August 14 in the journal Nature, suggests that the people of Stonehenge may have had advanced transportation methods and social organization some 5,000 years ago.

Understanding the Altar Stone

Stonehenge, located in southwest England, has stood for around 180 generations since its construction. The Altar Stone, which measures about 16 feet in length and 19 inches in thickness, rests in the center of the monument. Although it is now lying flat, scientists remain uncertain if it once stood upright like the surrounding stones. The stone arrived at the site around 2,500 BCE, though the exact timing remains unknown.

The site’s stones are generally classified into two types: sarsens and bluestones. The sarsens were sourced approximately 15 miles away from the site, while some bluestones originated in Wales. The Altar Stone is the largest of these bluestones. Despite previous research ruling out a Welsh origin, its exact source remained elusive—until now.

Tracing the Stone’s Origins

To pinpoint the Altar Stone’s origin, a team from the United Kingdom collaborated with Curtin University in Australia. They analyzed stone fragments to identify the chemical fingerprints within the grains, revealing the stone’s age and composition. Their findings linked the Altar Stone to rocks from northeast Scotland, significantly different from Welsh bedrock.

Anthony Clarke, a PhD student at Curtin University, was part of the research team. Clarke, who grew up near another source of Stonehenge’s stones in Wales, expressed personal significance in the discovery. “I first visited Stonehenge when I was one year old, and now at 25, I’ve helped make this scientific breakthrough,” Clarke said. “It feels like coming full circle.”

The Puzzle of Ancient Transportation

The study’s results show that the Altar Stone’s minerals are predominantly between 1,000 to 2,000 million years old, with some around 450 million years old. This unique chemical signature strongly suggests the stone originated in the Orcadian Basin of Scotland, about 466 miles from Stonehenge.

Despite this groundbreaking discovery, questions remain about how Neolithic people transported such a massive stone across such a distance around 2,600 BCE. Chris Kirkland, a geologist at Curtin University, noted that the Altar Stone’s origins point to a high level of societal coordination in Neolithic Britain. The most plausible explanation involves a marine route along the British coast, indicating the existence of long-distance trade networks and sophisticated social organization.

Future Exploration

With this new understanding, researchers hope to uncover more details about how the Neolithic Britons managed to transport the Altar Stone such a long distance and identify its precise source in Scotland’s rugged northeast.

Aberystwyth University geologist Richard Bevins summarized the excitement of the discovery: “While we can now confirm that this iconic rock is Scottish, not Welsh, the search continues to pinpoint its exact origin in Scotland’s northeast.”

Elon Musk

Avoid Registering To Vote On Elon Musk’s AmericaPAC Website

Elon Musk’s AmericaPAC: What You Need to Know

AmericaPAC’s Launch and Activities

Elon Musk recently announced the creation of AmericaPAC after publicly endorsing Donald Trump for re-election. Since its launch, AmericaPAC has invested millions in canvassing, digital media, text messaging, and phone calls in key swing states to support Trump. The official AmericaPAC website claims to help visitors register to vote, but as CNBC reported, the experience varies depending on your location.

What Happens When You Visit the AmericaPAC Website

When you visit the AmericaPAC website and enter your email address and zip code, you’ll be directed to one of two pages:

  1. Solid Republican or Democrat States: If you’re in a state that is solidly Republican or Democrat, you’ll be provided with a link to your state’s official voter registration portal.
  2. Swing States: If you’re in a swing state like Arizona or Georgia, you’ll be asked to fill out a form with personal information such as your full name, address, and phone number. After submitting the form, you’ll see a message that says, “Thank you for taking the first step to register to vote… Please complete the form below and we will help you complete your registration.” However, there is no form to complete.

These discrepancies have raised concerns, with many arguing that this could amount to voter suppression. Some have even suggested filing an FEC complaint against AmericaPAC.

How to Safely Register to Vote Online

To ensure you’re properly registered to vote, it’s best to avoid AmericaPAC and head directly to the official U.S. government website, Vote.gov. Here’s how:

  1. Visit Vote.gov: Go to the website and select the state in which you live or plan to vote by absentee ballot.
  2. Find Your State’s Voter Registration Portal: Unlike AmericaPAC, Vote.gov will provide you with a direct link to your state’s voter registration site, ensuring you can easily complete your registration.

Encourage others to use Vote.gov as well, especially if they want to avoid providing personal information to Musk’s AmericaPAC.

Attempts to Contact AmericaPAC

Efforts to reach out to AmericaPAC through its media submission portal have been unsuccessful, with a message stating, “Your submission failed because of an error.”

Teenagers

Social Media Restrictions Might Block Teenagers from Vital Mental Health Support

The impact of social media on young people’s mental health is not fully understood, yet this hasn’t deterred Congress, state legislatures, and the U.S. Surgeon General from pushing for age restrictions and warning labels on platforms like YouTube, TikTok, and Instagram.

However, focusing too much on the dangers of social media might lead policymakers to overlook the mental health benefits these platforms offer to teenagers, according to researchers, pediatricians, and the National Academies of Sciences, Engineering, and Medicine.

In June, Surgeon General Vivek Murthy, the nation’s leading health official, suggested that social media platforms should carry warning labels. Following this, the Senate passed the bipartisan Kids Online Safety Act and a related bill, the Children and Teens’ Online Privacy Protection Act, on July 30. Additionally, over 30 states have proposed legislation related to children’s use of social media, including age bans, parental consent requirements, and new digital literacy courses for K-12 students.

Research indicates that certain aspects of social media can indeed be harmful. Algorithm-driven content can distort reality and spread misinformation, constant notifications can disrupt attention and sleep, and the anonymity provided by these platforms can fuel cyberbullying.

Yet, social media can also offer significant support to some young people, notes Linda Charmaraman, a research scientist and director of the Youth, Media & Wellbeing Research Lab at Wellesley Centers for Women.

For children of color, LGBTQ+ youth, and others who may not see themselves widely represented in society, social media can help reduce feelings of isolation. Charmaraman’s research, featured in the Handbook of Adolescent Digital Media Use and Mental Health, suggests that age bans could disproportionately affect these marginalized groups, who often spend more time on these platforms.

“Initially, you might think, ‘That’s terrible, we need to get them off social media,’” Charmaraman said. “But when you understand why they’re using it, you realize it provides them with a sense of identity affirmation that they might be lacking in their offline lives.”

Seventeen-year-old Arianne McCullough uses Instagram to connect with other Black students at Willamette University, where only about 2% of the student population is Black.

“I know how isolating it can feel to be the only Black person, or any minority, in a space,” said McCullough, a freshman from Sacramento, California. “So having someone to text and hang out with is really important.”

After a month at Willamette, located in Salem, Oregon, McCullough had built a social network with other Black students. “We’re all in a little group chat,” she said. “We talk and make plans.”

However, social media wasn’t always this beneficial for McCullough. When California schools closed during the pandemic, McCullough stopped playing soccer and track, gained weight, and found her social media feeds flooded with at-home workouts and diet ads.

“That’s when the body comparisons started,” McCullough recalled, noting that she became more irritable, distracted, and unhappy. “I was comparing myself to others and became self-conscious about things I hadn’t worried about before.”

When her mother tried to take away her smartphone, McCullough reacted with an emotional outburst. “It was definitely addictive,” said her mother, Rayvn McCullough, 38.

Eventually, Arianne found she was happier when she reduced her social media use. But the fear of missing out pulled her back in. “I missed seeing what my friends were up to and having quick, easy communication with them,” she said.

For over a decade, before the COVID-19 pandemic led to what the American Academy of Pediatrics and other medical groups called “a national emergency in child and adolescent mental health,” increasing numbers of young people were reporting mental health struggles.

According to surveys conducted by the Centers for Disease Control and Prevention among high school students, more young people have been experiencing feelings of hopelessness, sadness, and even suicidal thoughts.

The rise in social media use, particularly the endless streams of videos on platforms like YouTube, TikTok, and Instagram, has been partly blamed for this crisis. However, a committee from the national academies found that the link between social media and youth mental health is complex, with both potential benefits and harms. The committee noted that evidence on social media’s impact on child well-being is still limited and called on the National Institutes of Health and other research organizations to prioritize studies in this area.

In its report, the committee cited a law passed in Utah last year that set age and time limits on young people’s use of social media, warning that such policies might have unintended consequences.

“The intent to protect time for sleep and schoolwork and reduce compulsive use could inadvertently isolate young people from their support networks when they need them most,” the report stated.

Some states have considered policies aligned with the national academies’ recommendations. For instance, Virginia and Maryland have enacted laws that prohibit social media companies from selling or sharing children’s personal data and require platforms to default to privacy settings. Other states, such as Colorado, Georgia, and West Virginia, have introduced curricula on the mental health effects of social media use for public school students, as recommended by the national academies.

The Kids Online Safety Act, currently being considered by the House of Representatives, would require parental consent for social media users under 13 and impose a “duty of care” on companies to protect users under 17 from harm, including anxiety, depression, and suicidal behavior. The second bill, the Children and Teens’ Online Privacy Protection Act, would prohibit platforms from targeting ads to minors and collecting personal data on young users.

Meanwhile, attorneys general in California, Louisiana, Minnesota, and other states have filed lawsuits against Meta, the parent company of Facebook and Instagram, accusing the company of misleading the public about the risks of social media for young people and ignoring the potential harm to their mental health.

Most social media platforms require users to be at least 13 years old, and many include safety features like blocking adults from messaging minors and setting minors’ accounts to private by default.

However, the Department of Justice claims that some social media companies do not always adhere to their own rules. On August 2, the DOJ sued TikTok’s parent company, alleging that it violated child privacy laws by knowingly allowing children under 13 on the platform and collecting data on their usage.

Surveys indicate that age restrictions and parental consent requirements are widely supported by adults.

NetChoice, an industry group that includes members like Meta and Alphabet (Google and YouTube’s parent company), has filed lawsuits against at least eight states, challenging laws that impose age limits, verification requirements, and other measures aimed at protecting children.

The impact of social media largely depends on the content children are exposed to and the features that keep them engaged, said Jenny Radesky, a physician and co-director of the American Academy of Pediatrics’ Center of Excellence on Social Media and Youth Mental Health.

While age bans and parental consent requirements may be well-intentioned, Radesky believes they don’t address what she sees as “the real mechanism of harm”: business models designed to keep young people posting, scrolling, and spending money.

“We’ve created a system that’s not designed to promote youth mental health,” Radesky said. “It’s designed to generate profits for these platforms.”

Latest Technology Trends Shaping the Future

Technology is evolving at a rapid pace, bringing transformative changes to various sectors. Here are some of the latest trends making a significant impact:

Artificial Intelligence and Machine Learning

Artificial Intelligence (AI) and Machine Learning (ML) are revolutionizing industries by automating processes and improving decision-making. AI-driven applications, from chatbots to advanced data analytics, are enhancing customer experiences and operational efficiency. ML algorithms are enabling predictive analytics, helping businesses anticipate trends and make informed decisions.

5G Technology

The rollout of 5G networks is accelerating, offering faster and more reliable internet connectivity. This technology is set to enhance mobile communication, support the Internet of Things (IoT), and enable advancements in autonomous vehicles, smart cities, and remote healthcare. The increased bandwidth and lower latency of 5G will drive innovations across various sectors.

Internet of Things (IoT)

IoT is connecting devices and systems, creating a network of interconnected gadgets that can communicate and exchange data. From smart homes to industrial automation, IoT is enhancing efficiency, reducing costs, and improving the quality of life. Innovations in IoT are leading to smarter energy management, advanced healthcare monitoring, and improved transportation systems.

Blockchain Technology

Blockchain is gaining traction beyond cryptocurrencies. Its applications in supply chain management, finance, healthcare, and other industries are expanding. Blockchain provides a secure and transparent way to record transactions, reducing fraud and increasing trust. It is revolutionizing how data is managed and shared, offering decentralized solutions to various challenges.

Edge Computing

Edge computing is emerging as a crucial technology for processing data closer to the source, reducing latency and improving real-time analysis. This trend is particularly significant for applications in IoT, autonomous vehicles, and smart cities, where rapid data processing is essential. By bringing computation closer to data sources, edge computing enhances performance and reliability.

Quantum Computing

Quantum computing is making strides, promising to solve complex problems beyond the capabilities of classical computers. While still in its early stages, advancements in quantum computing could revolutionize fields such as cryptography, material science, and drug discovery. Companies and researchers are exploring ways to harness quantum mechanics to process information in fundamentally new ways.

Augmented Reality (AR) and Virtual Reality (VR)

AR and VR technologies are transforming entertainment, education, and professional training. These immersive technologies provide new ways to interact with digital content, offering enhanced learning experiences and innovative entertainment options. AR is being used in retail to provide virtual try-ons, while VR is creating realistic training simulations in various industries.

Cybersecurity

As technology advances, so do cybersecurity threats. Protecting data and systems from cyber-attacks is becoming increasingly critical. Innovations in cybersecurity are focusing on advanced threat detection, artificial intelligence-driven security measures, and comprehensive risk management strategies. Ensuring robust cybersecurity is essential for maintaining trust and security in the digital age.

Sustainable Technology

Sustainability is becoming a priority in tech development. Innovations in renewable energy, energy-efficient devices, and sustainable manufacturing processes are driving the green tech movement. Technologies such as solar power, electric vehicles, and smart grids are contributing to a more sustainable future, addressing environmental challenges and reducing carbon footprints.

Biotechnology and Health Tech

Advancements in biotechnology and health tech are improving healthcare outcomes and personalized medicine. Technologies like CRISPR for gene editing, wearable health monitors, and telemedicine are transforming how healthcare is delivered and managed. These innovations are enabling early disease detection, tailored treatments, and improved patient care.

These technology trends are shaping the future, offering new opportunities and addressing existing challenges. Staying informed about these trends is crucial for businesses and individuals looking to leverage technology for growth and innovation.