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Camels equipped with robot jockeys race at Dubai's Al Marmoom Heritage Village in April 2021.

Camels equipped with robot jockeys race at Dubai's Al Marmoom Heritage Village in April 2021.
KARIM SAHIB/AFP/AFP via Getty Images

Camels reign supreme in Dubai, where they compete in beauty pageants and races.

The humped animals, long-standing cultural symbols of the Emirati way of life, are so prized that cloning camels has become a flourishing industry in the Gulf State city.

Dr. Nisar Ahmad Wani, who in 2009 created the world’s first camel clone, is the scientific director at the Reproductive Biotechnology Centre, where dozens of camel clones are produced each year.

The clones are replicated from camel “beauty queens,” known for their signature drooping lips and long necks, and elite racers. But scientists might also use technology to save a critically endangered species of wild camel.
 
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Italian Photographer: Waited Six Years to Get a Perfect Aligned Photo of the Moon, Mountain, and Basilica.


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Gold in Mobile Phones: A Microscopic Treasure
Mobile phones contain a surprisingly small but valuable amount of gold. Here are the key details:
Gold Content
  • A typical smartphone contains between 7 and 34 milligrams of gold
  • The U.S. Geological Survey confirms approximately 0.034 grams of gold per cell phone
  • At current gold prices, this amounts to approximately $2.02 to $2.50 of gold per device
Where Gold is Found
Gold is primarily located in:

  • Circuit boards (motherboard)
  • SIM cards
  • Connectors and contacts
  • Bonding wires
Interesting Facts
  • Globally, about seven metric tons of gold are used annually in smartphone manufacturing
  • It takes approximately 41 mobile phones to recover 1 gram of gold
  • The gold content is 33 times more concentrated in a handset compared to gold ore
Recycling Potential
While extracting gold from phones is possible, it's not highly profitable due to:
  • Low gold content per device
  • Complex and time-consuming extraction process
  • Minimal financial return from individual phones
Recycling mobile phones remains more important for environmental reasons than as a gold mining strategy.

 
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Elon Musk has made ambitious predictions regarding the future of autonomous vehicles, stating that "there will ultimately be tens of millions of driverless Teslas throughout the world giving rides 24/7." This statement reflects his vision for a future dominated by autonomous electric vehicles, particularly Tesla's self-driving technology.

Key Points:​

  1. Vision for Autonomous Vehicles: Musk envisions a future where Tesla's Full Self-Driving (FSD) technology enables a vast fleet of driverless cars to operate continuously, providing transportation services globally. He has consistently touted the potential for Tesla to revolutionize urban mobility through autonomous ride-hailing services.
  2. Recent Developments: In October 2024, Musk unveiled a prototype of Tesla's electric robotaxi, which he claims will be capable of fully autonomous driving without a steering wheel or pedals. He expressed optimism about production timelines, suggesting that these vehicles could be available by 2027, despite acknowledging the challenges of meeting regulatory requirements.
  3. Historical Context: Musk's predictions about self-driving technology have often been met with skepticism due to his track record of missed deadlines and over-optimistic forecasts. For instance, he previously predicted that Tesla would have a million robotaxis on the road by 2020, which has not materialized as expected.
  4. Current Status of FSD Technology: While Tesla's FSD capabilities have advanced, they still require human supervision and are not yet fully autonomous in the way Musk envisions. The technology is still in development and has faced scrutiny regarding safety and regulatory approval.
  5. Market Implications: The successful deployment of tens of millions of driverless Teslas would significantly impact the automotive industry, urban transportation systems, and regulatory frameworks worldwide. However, achieving this vision will require overcoming substantial technological and infrastructural challenges.

Conclusion:​

Elon Musk's assertion about the future prevalence of driverless Teslas highlights his ambitious goals for autonomous vehicle technology. While he remains optimistic about the potential for widespread adoption, the journey toward realizing this vision involves navigating significant hurdles related to safety, regulation, and public acceptance. As developments unfold, the automotive landscape may see transformative changes driven by advancements in self-driving technology.


1733726435941.png
 
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Elon Musk has made ambitious predictions regarding the future of autonomous vehicles, stating that "there will ultimately be tens of millions of driverless Teslas throughout the world giving rides 24/7." This statement reflects his vision for a future dominated by autonomous electric vehicles, particularly Tesla's self-driving technology.

Key Points:​

  1. Vision for Autonomous Vehicles: Musk envisions a future where Tesla's Full Self-Driving (FSD) technology enables a vast fleet of driverless cars to operate continuously, providing transportation services globally. He has consistently touted the potential for Tesla to revolutionize urban mobility through autonomous ride-hailing services.
  2. Recent Developments: In October 2024, Musk unveiled a prototype of Tesla's electric robotaxi, which he claims will be capable of fully autonomous driving without a steering wheel or pedals. He expressed optimism about production timelines, suggesting that these vehicles could be available by 2027, despite acknowledging the challenges of meeting regulatory requirements.
  3. Historical Context: Musk's predictions about self-driving technology have often been met with skepticism due to his track record of missed deadlines and over-optimistic forecasts. For instance, he previously predicted that Tesla would have a million robotaxis on the road by 2020, which has not materialized as expected.
  4. Current Status of FSD Technology: While Tesla's FSD capabilities have advanced, they still require human supervision and are not yet fully autonomous in the way Musk envisions. The technology is still in development and has faced scrutiny regarding safety and regulatory approval.
  5. Market Implications: The successful deployment of tens of millions of driverless Teslas would significantly impact the automotive industry, urban transportation systems, and regulatory frameworks worldwide. However, achieving this vision will require overcoming substantial technological and infrastructural challenges.

Conclusion:​

Elon Musk's assertion about the future prevalence of driverless Teslas highlights his ambitious goals for autonomous vehicle technology. While he remains optimistic about the potential for widespread adoption, the journey toward realizing this vision involves navigating significant hurdles related to safety, regulation, and public acceptance. As developments unfold, the automotive landscape may see transformative changes driven by advancements in self-driving technology.


View attachment 1035210

Cybercab interior walk through

Tesla Robotaxi looks like the future.

 
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In a spectacular display that has set a new benchmark in aerial entertainment, Mansfield, Texas, recently hosted the largest drone show in U.S. history, featuring an impressive 5,000 drones. The event, organized by Sky Elements Drone Shows in collaboration with UVify, took place on November 26, 2024, and has been officially recognized by Guinness World Records for its stunning visual presentation.

Highlights of the Record-Breaking Show​

  1. A Festive Display:
    • The drone show showcased a variety of festive scenes, including a lifelike Thanksgiving turkey, a whimsical winter wonderland, and a charming gingerbread village. Each segment was meticulously choreographed to create a mesmerizing visual experience against the night sky.
  2. World Record Achievement:
    • The show utilized 4,981 drones, surpassing the previous U.S. record of 2,500 drones set just a week earlier by Sky Elements. This achievement marks the company's 11th Guinness World Record, further solidifying its reputation as a leader in drone light shows.
  3. Visual Spectacle:
    • The drones formed intricate shapes and animations, including Santa Claus in his sleigh flying over the audience, complete with reindeer and gifts. The gingerbread village was particularly notable, featuring candy cane street lamps and gumdrop rooftops that illuminated the holiday spirit.
  4. Community Engagement:
    • The event drew significant attention from local residents and visitors, who gathered to witness this unprecedented celebration of technology and creativity. The show not only marked the holiday season but also highlighted Mansfield's growing prominence as a destination for innovative entertainment.
  5. Technological Collaboration:
    • Sky Elements partnered with UVify, a leader in drone technology, to execute this ambitious project. Their collaboration emphasized the potential of drone technology to create large-scale artistic displays that captivate audiences.

Conclusion​

The record-breaking drone show in Mansfield represents a remarkable fusion of art, technology, and community celebration. As the largest drone display in U.S. history, it sets a new standard for future events and showcases the capabilities of modern drone technology in creating unforgettable experiences. With continued innovation and creativity, events like these are likely to become staples of holiday celebrations across the country.

 
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