17 WILDEST Inventions you won't believe are REAL.

Summary

This video explores some of the wildest and most futuristic inventions, ranging from cutting-edge technologies like brain-computer chips, real-life invisibility cloaks, and telescopic contact lenses, to revolutionary products like smart umbrellas, self-regulating shirts, and drone-assisted firefighting. It also highlights innovations in sustainable tech, such as lab-grown wood and meat, and examines the potential of genetic engineering in tackling malaria. With both mind-blowing concepts and practical solutions, the video takes viewers on a thrilling journey through the frontiers of invention and technology.

Takeaways

• 😀 Bubble hotels allow you to stay immersed in nature while enjoying the comforts of a normal hotel, using ultra-thin, high-transparency fabric that provides protection from the elements.
• 🌧️ A smart umbrella by Kesha can withstand high winds, be tracked via a map, and even notify users of rain, reducing the likelihood of losing it.
• 👚 Samsung's smart shirt harvests static electricity generated by movement to power its built-in sensors, which can regulate temperature or even charge devices like smartphones.
• 🌍 Google Maps has mapped some of the most remote areas of the world with specialized trackers, including the Amazon rainforest, using ultra-high-resolution cameras and advanced tracking systems.
• 🧭 LiDAR technology helped uncover a vast Mayan city in the Guatemalan jungle, revealing over 60,000 houses, palaces, and highways previously hidden by dense vegetation.
• 🤖 Amazon's Astro robot, designed to be more than a virtual assistant, features facial recognition, mobility, and even a cup holder to bring drinks to you, demonstrating advancements in smart home technology.
• 🐘 Drones equipped with sensors and sirens are being used to protect rhinos from poachers by detecting human presence and using sound to keep them away.
• 🔥 Engineering students have developed drones capable of extinguishing wildfires by firing sound vortexes that displace the oxygen, preventing fires from spreading further.
• 👓 Researchers have developed super-thin glasses coated with gallium aride, which converts infrared light into visible light, eliminating the need for bulky infrared sensors.
• 🔬 Contact lenses that allow users to zoom in on objects by simply winking are in development, offering a real-life superpower for magnified vision.
• 🦠 Genetically engineered mosquitoes are being used to fight malaria by preventing female mosquitoes from biting, potentially saving millions of lives without affecting the ecosystem.
• 🧠 Neuralink's breakthrough in brain-computer interface technology has enabled monkeys to control video games using only their brain activity, and Elon Musk plans to extend this technology to humans.

Q & A

What is the world's first human brain-computer chip, and how does it work?

The world's first human brain-computer chip is developed by Neuralink. It allows the brain to interact directly with computers, enabling humans to control devices through thought. Neuralink's technology was demonstrated in a monkey, where the animal could move a video game cursor just by thinking, without the joystick being physically connected.

What is a bubble hotel, and how does it differ from traditional hotels?

Bubble hotels are unique accommodations made from high-tech, ultra-thin plastic fabric that creates a bubble-like structure. These bubbles are transparent and sealed, allowing guests to experience nature (like being in the jungle) while enjoying the comforts of a normal hotel, including climate control.

How does the 'smart umbrella' by Kesha work?

The 'smart umbrella' from Kesha is designed to be extremely durable, with a fiberglass construction capable of withstanding winds up to 140 km/h. It also features GPS tracking to locate it if misplaced and sends notifications when it detects that rain is likely, helping users keep track of it.

What is the purpose of Samsung's smart shirt that harvests static electricity?

Samsung's smart shirt collects static electricity generated by the rubbing of the fabric as you move. This energy powers the shirt's smart features, such as regulating temperature or charging a smartphone, making it an energy-efficient and self-sustaining piece of clothing.

How does Google's tracker help map remote areas of the world?

Google's tracker is an intricate system equipped with 15 high-resolution cameras that capture images every 2 seconds. The device is used to map remote, difficult-to-reach areas like volcanoes, abysses, and jungles, helping Google gather detailed geographical data from challenging locations.

What role does LiDAR play in uncovering ancient Mayan cities?

LiDAR technology, which uses laser light to measure distances, has helped researchers discover that certain areas in Guatemala, previously thought to be random natural features, were actually part of a sprawling Mayan city with over 60,000 houses, palaces, and highways, changing our understanding of Mayan civilization.

What is Amazon's Astro robot, and how is it different from previous Amazon devices?

Amazon's Astro robot is an advanced version of their Echo product, now on wheels with the ability to follow you around the room. Equipped with face tracking, sensors, and a cup holder, it goes beyond simple voice assistance, offering a physical presence that can serve multiple roles, like bringing drinks to users.

How are drones being used to help protect rhinos in Africa?

Researchers have developed drones equipped with visual and thermal sensors to protect rhinos from poachers. These drones use sound frequencies to deter poachers, reducing the need for physical intervention while keeping the animals safe.

What technology is being developed to help stop wildfires in wooded areas?

Engineers have developed a technology that uses drones to fire sound vortexes at wildfires. These vortexes displace oxygen, which fires need to sustain, helping to put out the fires without the use of water or human intervention, potentially revolutionizing wildfire fighting.

How does the gallium arsenide nanomaterial enhance night vision technology?

Gallium arsenide is a magical nanomaterial that can convert infrared light into visible light. This allows regular glasses to function like night vision goggles without needing bulky infrared sensors, providing a lightweight solution to seeing in the dark.