Help me make more videos! - https://www.patreon.com/neoscribe The future of gaming is streaming in the cloud—no more consoles or downloading games onto your phone. This video explores Amazon, Sony, Nintendo, Google, Apple, and Microsoft's battle over the future of cloud gaming. Music credit (2nd song) - Marxist Arrow by Twin Musicom is licensed under a Creative Commons Attribution license (https://creativecommons.org/licenses/by/4.0/) Artist: http://www.twinmusicom.org/.

Help me make more videos! https://www.patreon.com/neoscribe Yes, China is stealing technology from the west, but the fact that it wants to take over Taiwan is even more troublesome. Why does it want to take over Taiwan?

Help me make more videos! https://www.patreon.com/neoscribe SpaceX has overtaken the legacy aerospace companies, but to see all of them give up on innovation is a shame. Boeing, Lockheed Martin, and Northop Grumman should be embarrassed.

Help me make more videos! https://www.patreon.com/neoscribe Boston Dynamics is my favorite robotics company but they need to shift focus from research to business in my opinion. Should they worry about the competition?

China enters the US EV market with Kandi K27 the cheapest, most affordable EV by far. Do Chinese automakers have a shot? **Help me make more videos! https://www.patreon.com/neoscribe Music Credit 1. Wrong Way by Weird Inside - Copyright Chillhop Music - https://chll.to/a21517f7

Patreon: https://www.patreon.com/neoscribe The Moon's surface creates a challenging environment. First off, there is no breathable air, and the atmospheric pressure is uninhabitable. Second and even more challenging is the temperature swings on the Moon. Temperatures on the Moon can range between a daytime average of 123 C to minus 233 C at night. The lunar south pole, however, has an average temperature of around -13 C, making it the ideal location for a lunar base. But there's another major challenge, and that is radiation. The Moon does not have magnetic and atmospheric shielding to protect it from cosmic rays and solar particle events. The dangers of the various kind of radiation vary from long term effects if you're lucky to death shortly after exposure. There was a study done on the cause of the death of astronauts. It found that 43% of Apollo astronauts' cause of death was due to cardiovascular disease, which is around four times higher than other astronauts. In the coming years, scientists from around the world will be working on overcoming these challenges. This is because the Moon has become a popular target destination since water ice was discovered in the southern polar region. There are a handful of countries around the world working to send astronauts to the Moon with the USA looking to return in 2024. And back in April, President Trump signed an executive order that supports the mining of the Moon's resources. Indeed, the long-term human presence on the Moon appears to be inevitable. But moon bases might totally different from what your imagined them to be. When you imagine a moon base, it probably looked something like this. Space agencies have been developing concepts for moon bases for decades. These images are from the moon village concept developed by ESA in 2015. The concept involves deploying inflatable habitats and then using 3D printing robots to construct a protective layer around them. The inflatable habitats would house breathable and habitable pressure, and the outer layer would protect the habitat from temperature swings if necessary, along with radiation. The robotic 3D printers would use materials already on the Moon, namely the regolith on the surface. While I imagine moon base concepts such as this will be implemented where necessary, I believe the majority of habitable space on the Moon will eventually be established below the surface. Researchers have been learning about lava tubes that have been discovered on Moon that are insanely larger than lava tubes found on Earth. The largest lava tubes on Earth are around 40 meters in diameter. The Moon, on the other hand, contains lava tubes that have diameters that are likely between 500 to 900 m! They're large enough to fit entire skyscrapers inside of them. So these lava tubes can serve as a protective layer of a moon base or even a small city. Inhabitants will be protected from various radiation along with small meteors. The scientist also believes the tubes likely contain water ice and other useful chemicals. Unfortunately, it's unlikely that the tubes would be pressurized with air. You see, the openings of lunar lava tubes can be as wide as a football field. And even if engineers manage to seal the opening, there would be the possibility of air leaks elsewhere throughout the tube. That being said, the tubes provide large spaces protected from extreme temperature shifts, radiation, and micrometeor impacts. What's more, they have stable temperatures inside at -20 C. Indeed the tubes solve most of the challenges for providing a habitable environment on the moon. All that would be left to do is simply constructing pressurized structures with breathable air. But there is still a lot of research that needs to be done before we have an idea about feasibility. This is why lava tubes are what I am most looking forward to when astronauts start exploring the Moon again. The concept of subterranean habitats in space has been gaining more attention lately, especially after SpaceX president Glenn Shotwell commented about it. Shotwell mentioned that SpaceX might leverage the technology being developed by The Boring Company to help construct subterranean habitats on Mars. And if boring machines are used on Mars, you can reasonably assume that they will be used on the Moon. Again, there's so much to learn about the tubes to determine if they can be feasibly used. But the potential would be great; it would be cool to have an entire subterranean lunar city inside them one day.

Decoded - https://www.youtube.com/c/DECODEDVFX Help me create more videos! - https://www.patreon.com/neoscribe Part 1 - https://youtu.be/2M7yZ679YAY Captain Cook’s Voyage of Discovery Part 2 – Epic Expeditions Episode 2 Our Journey picks up where we left off on episode one. Captain Cook, Joseph Banks, and the rest of the inhabitants of the HMS Endeavor were sailing towards Cape Horn. Their destination is King George's Island, present-day Tahiti, to measure the Transit of Venus, the most expensive scientific investigation up to that point in history. The waters surrounding Cape Horn is incredibly dangerous and has earned a strong reputation. An old saying goes, "Below 40 degrees latitude, there is no law; below 50, there is no God." So, the Endeavor faced strong winds and high seas from the west, and it took the Cook and the crew five weeks to pass through South America. Cook then has the Endeavor sail away from their destination, southwest for around 300 miles. These waters were uncharted, and Cook wanted to explore them before heading north. Cook didn't find anything so he turned the Endeavor northwest towards King George's Island. When January 30th 1769 came, it was almost two months after departing Rio de Janeiro. And by the end of February, the Endeavor was well into the Pacific Ocean with no hint of land around. The nerves of everyone on board must have been on edge at this part of the voyage. The Pacific was still mostly uncharted at this time and contained very few landmarks to aid navigation, and is also sprinkled with dangerous reefs. Take the Spanish as an illustration. The Spanish discovered the Solomon Islands in the 1500s and then could not find them again for 200 years! That's insane, haha. Anyway, the Endeavor spent more than two whole months surrounded by nothing but open ocean. Finally, on April 4th 1769, one of Bank's servants spotted land. It was the gorgeous atoll of Vahitahi. As they approached, a group of natives armed with weapons watched them with unfriendly eyes, and the Cook decided to keep going. They passed several islands in the following days until they finally sighted King George's Island on April 11th. The group was fascinated with the strong-looking tattooed natives that approached the Endeavor on large canoes with tall sails. They observed surfing for the first time, watching the natives surf large waves that the Europeans would not dare swim. The group exchanged items with the natives for food who particularly valued iron nails. They would soon find out that the natives had sticky fingers. Solander had his opera glasses stolen, Banks had his pistol taken, and Cook lost his stockings from his cabin no less. The natives soon realized that they could swap for the items they wanted instead of taking them. But that was not until one unfortunate event. One of the natives tried to take a musket and was shot and killed as he ran away. Banks served as a peacemaker after the incident and tried his best to mend relations after the event. So after a few days, Cook had the Endeavor anchor at Matavai Bay on April 13th and began the preparations for the observation that was two months away on June 3rd. Considering the loose fingers of the natives, if the wrong piece of equipment were stolen, the entire mission would be jeopardized. So Cook decide to build a fort in addition to the observatory that had to be made. They called it fort venus and consisted of stone walls and was equipped with two heavy guns. On the night of completion, a native snuck passed the guard and stole a vital piece of the observatory. Luckily the crew found the component broken near the fort and managed to repair it. But the astronomers didn't know this at the time; they usually did not have reason to use telescopes during the day. So back to the story at hand nine long months after they left England, Captain Cook and company completed their mission, but their voyage was far from over. You see, before departing on the voyage Cook was handed sealed secret instructions that were not to be opened and read until after the transit was observed. Now Cook finally broke the seal and read the secret instructions from the admiralty. The instructions were to sail south from Tahiti, where there was believed to be a lost continent. And If the lost continent was found: Cook was to explore as much of it’s coast as possible and measure its depths. He was also ordered to record the soil quality and potential resources of the land, including wildlife and harvest worthy vegetation, among many other parameters. Cook and Banks would not see the shores of England for another 25 months. Indeed the voyage of discovery was far from over.

Help me make more videos! - https://www.patreon.com/neoscribe Why Were The Handful Of Classic Greeks So Great? – Subscriber Topic Episode 3 Ancient Greece, namely classical Athens, was arguably the most magnificent genius cluster in history. While not all of the innovations associated with ancient Greece originate there, many were, and all influenced western culture today. All of the city-states in ancient Greece played its role, notably Sparta, that was instrumental for keeping Greece safe from the Persian Empire. But the majority of the credit for the cultural and scientific innovations go to Athens. It boggles my mind that such a rich and sophisticated culture could have existed so long ago. First off, the brilliance of the architecture and engineering goes without saying. There were obviously philosophy and science in classical Athens, which were one in the same back then. However, there were many great philosophers outside of the classical period, such as Thales and Pythagoras. But some historians believe the classical period had the most significant philosophers, including the famous succession of Socrates, Plato, and Aristotle. At one point, the city had two academies, Plato's Academy and Aristotle's Lyceum. Indeed, Athenian Culture seemed way ahead of its time, but what made the culture possible? Was it merely because Athens had been around for a long time and had time to develop? That is a part of it the answer, but there are indeed many more elements involved. For a civilization in antiquity to support accessory professions like philosophers and playwrights, it requires the division of labor and a specific social structure. In other words, Athens had enough wealthy citizens to finance art and scholars. There were around 250,000 people in classical Athens. At the top was the upper class, commonly referred to as the leisure class. Historians believe there were 30,000 people in this class. Individuals in this class performed little to no mundane tasks and devoted their time to civilized leisurely endeavors. And then there was a middle class, a lower class and finally a large population of slaves. Slaves mainly worked on agriculture, but pretty much anything the higher classes did not want to do; they had slaves do it for them. Even poor farmers had one or two slaves. Now, this kind of social structure played an essential role in Athenian culture, but it was not unique by any means in ancient times. So, what separated classical Athens from other civilizations in the past? The answer is its underlying culture, its ideologies, social norms, and values. First, the classical Athenian citizens, the upper class, despised work, and embraced leisure. But leisure had a different meaning back then, compared to today, based on the philosophy of Aristotle. Leisure did not necessarily mean relaxing idly on the beach but more often meant spending time doing intrinsically valuable activities. And Aristotle's definition of leisure also excluded any activities done for the pursuit of wealth or power. Surely artists were compensated for their work. But as soon as the artist created or performed art for the purpose of making money, it was no longer viewed as leisurely. Athenian culture also valued participation and discussions concerning politics, philosophy, and public affairs. They, in turn, looked down on citizens who refused to participate in public affairs and referred to them as "idiotes" haha. Another aspect was the openness of Athenian culture. Not only was Athens a global city, but it also welcomed foreigners and allowed outsiders to roam around the city freely. However, it’s important to note foreigners were not able to become citizens, but it was the Athenian's openness that was key. Because they were open to different ideas, open to learning from the experiences of foreigners, and they applied the good in what they learned. Now, if we take a step back, we can see a clear picture. Ancient Athenians were far from perfect, considering their way of life was made possible by slavery. It had a large leisure class numbering in the tens of thousands that valued spending time doing activities with intrinsic value, such as the pursuit of knowledge and art. Much of their time was spent exchanging ideas and debating, not only with each other but foreigners too. So with all of these elements combined, Athens became a social soup of critical thinkers, of artists and philosophers. Classical Athens was indeed, a cluster of geniuses.

Video made in collaboration with Futurology: https://www.youtube.com/channel/UC54w2TX_xUNPQ0d-3VvbsHQ ********************************************************** Music Credit: Interstellar by Arbour - Copyright Chillhop Music - https://chll.to/817815dd Faces by Knomadic - Copyright Chillhop Music - https://chll.to/79b80638 ************************************************************** Help me make more videos! - https://www.patreon.com/neoscribe What Skyscrapers Says About A City’s Culture – the United States vs Europe vs Asia When I came across an article about the Triangle Tower, Paris first Skyscraper in almost 50 years, I was intrigued. First off, the render of the tower looks incredible, like a glass house of cards. And I started reading the article assuming Parisians must be excited about this stunning tower. But in reality, that is far from the truth. First, the cities in Europe were full of historic buildings before the first skyscrapers were built in Chicago and New York in the late 19th early 20th centuries. And Europeans Governments didn't want to tamper with the historic buildings, let alone replace them with Skyscrapers. Even after WWII, European Governments restored their cities to their pre-war state as much as they could. European attitudes toward skyscrapers went a step further in the 60s and 70s. Skyscrapers were trending during this time, and some cities in Europe were demolishing old buildings and replacing them with high-rises. Some cities were particularly more aggressive in this practice than others, notable Brussels. Many Europeans found tall buildings to be unsightly and ruined the charm of the cities, so much so that the term Brusselization was coined to describe the situation. This reaction to Brusselization led to sweeping regulations and restrictions that impeded the construction of skyscrapers across the continent. Fast forward to today, European cities preserve their charm and generally have dedicated areas that allow skyscrapers. London, for instance, protects the views of St. Paul's Cathedral, Big Ben, and Westminster palace, ensuring the buildings can be seen from long distances. So, it's not a coincidence that Paris hasn't approved the construction of a Skyscraper since the 70s Brusselization era. On the surface, the Triangle Tower looks to me like a building that would be a treasured addition to any city. It will contain a 120-room four-star hotel, office space, and cultural facilities. Stakeholders claim that the building will bring thousands of jobs into the local economy. And the building seems to be quite sensical considering it will be located in the heart of the second-largest exhibition center in France and will be the only 9km away from the Airport. But as I alluded to earlier, the majority of Parisians hate the Triangle Tower project. As a matter of fact, a survey found that 62% of Parisians oppose skyscrapers in principle. And there's a pressure group against the Triangle Tower. The group says the tower will create a devastating effect on the area and will block the city skyline. Now the tolerance for skyscrapers varies from city to city and country to country. There are cities like Rome on one extreme that completely reject skyscrapers, and then there are Moscow and Istanbul on the other end, each with over 100 towers. Indeed, based on what you see in the movies, European cities appear not to have many skyscrapers. But many do, the cities like to keep them hidden from view like eyesores. However, for cities in the US, the skyscrapers themselves are a massive part of their heritage. Then again, we don't have ancient ruins and medieval castles and cathedrals. The closest thing we have to the roman colosseum is Fenway Park, which opened in 1912, and I mean that in all seriousness, that is a treasured landmark here. Most of our grand buildings and monuments are concentrated in DC, and I do not think it is a coincidence that the city that most resembles a European city. With DC height restriction laws, buildings can be no more than 6 meters taller than the width of the street that it faces. Therefore, buildings are generally no more than 13 stories tall in DC. But between New York and Chicago, The US was home to the tallest building in the world for over 100 years from 1890 to 1998. All things considered, there's no extra motivation for investors to finance a record-breaking project and to pursuit getting around restrictions.

Check out my brand-new series! - Captain Cook’s Voyage of Discovery Episode 1 - https://youtu.be/2M7yZ679YAY Mars Academy Episode 1 https://youtu.be/Yb0UWllWRQE Help me make more videos via Patreon! - https://www.patreon.com/neoscribe The Major Regions of Mars. We are going to build off what we learned in episode 1 and start familiarizing ourselves with the Major Regions in the Northern Hemisphere of Mars. The problem with these regions is the borders are not precisely defined, and that is why referring to the Mars Charts will be a big part of this series. So let’s start with this northern strip on MC-1 that surrounds the north pole. This is the Vastitas Borealis region. It’s proximity to the pole makes it easy to remember. It’s also worth noting that this is where the Phoenix lander is located, a little bit north of the northeastern tip of MC-2. Now let’s go south to MCs 2 and 8, which contain the Arcadia and Amazonis Planitias or plains. These plains were formed by free-flowing lava flows around 100 million years old, making the regions among the smoothest and youngest areas on the planet. Let’s bring in the United States on the map to help get a sense of the scale of what we are looking at. Okay, on to MC-3 to the Alba Mons region. The best way to think of Alba is that it’s the northern tip of the overarching Tharsis bulge or Tharsis rise region. At 6.8 km, Alba is a shorter volcano for Mars standards but is still 800 meters taller than Mount Denali, which is the tallest peak in North America. MC-3 also contains the majority of the Tempe Terra region. The most notable thing to remember about Tempe Terra is it contains the northernmost portions of exposed ancient highland crust on the planet. Okay, east of Tempe Terra lies two plains; the Acidalia and the Chryse. Acadalia is large extending well into MC-5, and should be easy to remember because it’s where Matt Damon was stranded in the film, The Martian. Alright and the Chryse region is easy to remember for several reasons. First is its distinctive circular shape, being surrounded by the Arabia, Tharsis, and Tempe Terra outflows. And second, as discussed in episode one, Chryse is the region where the Viking 1 probe landed on the western edge of the region. Now, heading east, we have the vast Arabia Terra that occupies spaces of six Mars Charts to varying degrees. An easy way to remember this region is you can view it as almost the heartland of Mars. It extends as far west as MC-11, falls south into MC-19, and reaches northeast as far as MC-5. What’s more, Arabia Terra is the home to the legendary Opportunity Rover. And flanking Arabia Terra on the east is Terra Sabaea that has a similar size and roughly the same shape as Arabia. This is a big if, but If humanity manages to terraform Mars in the distant future, Terra Sabaea could someday be one of the most desirable lands on the planet. Its relatively flat for southern highlands standards and would be surrounded by valuable coastline. Now let’s head east to the Utopia planitia. This is the major Northern Plain region that is probably the easiest to remember because of its name, and it contains the distinctive Utopia Basin. The Utopia Basin is massive at over 3,300 km wide. Another interesting thing about the regions is that it is the location of the Star Trek Federation Utopia Planitia Fleet Yards, which is where the USS Enterprise-D was constructed. South of Utopia is the Elysium Region that, for the most part, is situated in MC-15. The region consists of Elysium Mons and Elysium Planitia. Elysium Mons is the fifth highest peak on Mars at almost 14 km. And the Elysium Planitia is distinctive because it is the only major plain located in the transition zone. And to the southeast lies the Tharsis Montes, which is very straightforward to remember as it consists of the 2nd, 3rd and 4th tallest peaks on Mars. There’s Ascraeus, Arsia, and Pavonis, all three taller than Elysium that we touched on earlier. So we touched on this earlier but to reiterate, Tharsis Montes is just a sub-region of the overarching Tharsis Province that extends well into the southern hemisphere, which we will go over on the next episode. And to the East of Tharsis Montes is the Outflow Channels region. Referring to this region as the Outflow Channels is somewhat common, but it’s not formally recognized, but it perfectly illustrates the characteristics of the region. So the Outflow Region encompasses the Lunae Planum and Xanthe Terra regions that are both largely outflow channels connecting the Chryse Planitia to the highlands.

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The Falcon Heavy has finally arrived! As you watch this video, A cherry red Tesla Roadster travels in space, and Starman the mannequin sporting SpaceX sleek ...

Cars are boring, primitive even. It’s 2018 and most of vehicles today are still using an Internal combustion engine! In other words, in order to propel our c...

We have all done it, we have all looked up at the night sky and wondered what it’s like up there? Your head swims at the idea of BILLIONS of stars in our gal...

There has been a handful of truly wild advancements in the robotics field lately. These advancements don’t involve the typical rigid robots, made out of hard...

What will astronauts use to survive on Mars? We can all hope SpaceX makes it to Mars in the 2020’s, but there aren’t many details on what they will use to su...

Our journey begins with the Dark Ages. The Dark Ages was a period in time following the decline of the Roman Empire where a cultural, and economic deteriorat...

I love when a company sets out to do something fresh and innovative, that captures the imagination. I’m talking about Steve Jobs Apple moments!! Or pretty mu...

The first TV from my childhood was an RCA from the 1980s and looked something like this one, haha! Look at it, bulky, furnished with wood, and the picture qu...

My dream for this channel is to one-day report on SpaceX BFR’s first mission to Mars which will involve sending two cargo ships to the Red Planet. I can wait...

How much can you accomplish with 3% of your time? If you’re Elon Musk, you serve as CEO of a neurotechnology company called Nuralink That’s right, Elon Musk ...

I want to thank you all for 5,000 subscribers, we’ve been growing so fast lately, we got to 8,000 before I could even get to this video, this is so crazy! I ...

Our journey starts 51 years ago at the historic Launch Pad 39A at the Kennedy Space Center. Launch Pad 39A was where the Saturn V had it’s first test flight ...

If you’re into 3D printing and Space Exploration, you’re going to love Rocket Lab! With Rocket Lab, you won’t find Grand Plans to Colonize Mars like SpaceX, ...

The first vehicle that you describe as a truck was Gottlieb Daimler’s “Vehicle number 42”, built in 1896. 42 was a converted horse wagon with a 1.1 Liter, 2-...

Pre-historic times and ancient history are defined by the materials that were harnessed during that period. We have the stone age, the bronze age, and the ir...

SpaceX’s preparations for Falcon Heavy’s first Launch looks like it’s well on its way. Elon Musk has shared incredible pictures this past week showing us the...

Elon Musk… SpaceX Jeff Bezos… Blue Origin Richard Branson… Virgin Galactic Larry Page… Planetary Resources Ma Huatang… Moon Express When you’re a billionaire...

In the past 2 weeks, Blue Origin made two headlines that showed us what Blue Origin’s space tour will be like and how they will make the flights as affordabl...

I’m going to talk about Tesla’s Model 3 and whether Tesla will get the production on track in 2018. Elon Musk's Master Plan of bringing an affordable mass-pr...

I’m going to talk about Blue Origin’s partnership with research and development services company PARC. Welcome to NeoScribe, if you’re new to my channel, I e...

I’m going to give an overview on Net Neutrality and talk about why it’s so important for the future of the internet. If you’re familiar with me and my channe...

I’m going to talk about 5 things that has happened with SpaceX since my last video about the Big Falcon Rocket. In the past 2 weeks SpaceX has been raising m...

I’m going to give an overview of Planetary Resources and explore the potential for asteroid mining. Planetary Resources, PR for short, will have their Arkyd-...

I’m going to talk about Saudi Arabia’s $500 Billion Mega City NEOM. When I first read about NEOM, it reminded me of Wakanda. Wakanda is a fictional African N...

I’m going to give a brief overview of Orbital ATK and talk about the company’s direction moving forward. When we think of Aerospace Manufacturers, we think o...

I’m going to give an overview of Boston Dynamics and explore what we can expect from them in the future. We have all seen Boston Dynamics video of Atlas doin...

I am going to talk about new details on possible government funding for SpaceX Big Falcon Rocket, BFR for short. On November 17th, SpaceX President and Chief...

I’m going to talk about Tesla’s new Semi-Truck that they just revealed. Tesla’s mission is to accelerate the advent of sustainable transport by bringing comp...

I’m going to give a brief overview of Blue Origin’s New Glenn orbital launch vehicle. Blue Origin has been quietly working towards becoming a viable aerospac...

I’m going to talk about Uber Elevate, it’s partnership with NASA and what we can expect in the near future. Uber seemed to have come out of nowhere in recent...

I’m going to talk about The European Space Agency’s plans to build a moon base and when I think we will see it happen. The European Space Agency, Russia and ...

I going to give a basic overview of Virgin Galactic; talk about Saudi Arabia’s $1 Billion investment in the company and what we can expect from Virgin Galact...

I’m going to take a quick moment and thank everyone who has subscribed to NeoScribe so far, and let you know what you can expect from my channel. Welcome to ...

I’m going to talk about Hankook Mirae Technology’s Giant Robot Method 2 and Sony’s Aibo the Robotic Dog. I come across fascinating articles everyday about te...

I grew up in the late 80’s and throughout the 90’s. My family’s first computer was a Compaq Presario in 1995, it had about a 1 GB hard drive, which seemed bi...

I’m going to give a quick overview of SpaceX Falcon Heavy and the latest news on its first launch. The Falcon Heavy is a reusable super heavy space launch ve...

I’m going to give a basic overview of Elon Musk’s Boring Company and the latest news on their progress so far. The Boring Company, TBC for short, is a tunnel...

I’m going to give a basic overview of NASA’s Deep Space Gateway and how it fits in NASA’s overall plan to go to Mars. If you don’t know, President Trump rein...

I going to talk about Fastbrick Robotics, and how they are going to change the construction industry. Fastbrick Robotics is an incredible company, and when I...

I’m going to briefly explain what Ion Propulsion is, talk about NASA’s record-breaking x3 ion thruster, and talk about how soon we might see Ion Propulsion o...

I’m going to give a quick overview of Blue Origin’s BE-4 Engine, the latest news behind their recent hot fire test, and why the completion of the engine will...

I’m going to give you a quick recap of Megabots first Giant Robot Duel, talk about what they did right, what they did wrong, and what can we expect for the f...

I’m going talk about the origins and future of Google Maps and then go back in time and explore the history of Mapmaking and Cartography. Little by little, o...

I going to talk about the IoT product Smartbe Stroller, it’s so advanced it looks like it’s straight out of a Sci-fi movie. Is the Smartbe Stroller a glimpse...

I’m going to give a quick overview of the James Webb Space Telescope and 4 AWESOME things that researchers hope to observe once it’s operational. The James W...

I’m going to give you a quick update on SpaceX Satellite Broadband internet and talk about some of my concerns about this business move. If you haven’t heard...

I will give a brief overview of Google’s Waymo, its business strategy, talk about the details of their self-driving car service, and how they will make self-...

I’m going to talk about the first ever GIANT robot battle happening on Tuesday, October 17th! One of the robots is from the United States and One is from Jap...

I’m going to give you an update on SpaceX’s Mars Colonization Plan and the BFR based on Elon Musk’s Ask Me Anything session on Reddit on Saturday October 14t...

The International Space Station is the largest man-made object ever put in space. It is 239 ft long and 356 wide, it’s so big that it can be seen by the nake...

I’m going to talk about two Bills from congress that if made into law will be a huge boost for making Self-Driving cars reality in the near future. Self-driv...

I’m going to give a basic overview of Blue Origin and let you know what we can expect from them in the near future and a compare them to SpaceX along the way...

On February 27th 2017, Elon Musk announced that SpaceX will fly two private citizens around the moon in 2018. It is not known at this time who these citizens...

I’m going to go over the purpose of the National Space Council, the highlights of their first meeting, and how it will affect NASA, SpaceX and Blue Origin. O...

Will Softbank use its acquisition of Boston Dynamics to Improve Pepper? And Japan as a whole is desperately working to be a Robotics Superpower. Matter of fa...

Last year, Musk unveiled the SpaceX Mars Colonization plan and the Interplanetary Transport System ITS at the 2016 International Astronautical Congress IAC. ...

Bitcoin Mania is here, many believe that it will go mainstream and it already has in some ways. As of this year, many companies accept Bitcoin as payment inc...

Elon Musk’s long-term goal with SpaceX is to colonize Mars and make Humanity a multi-planetary species. If that goal is to be achieved, SpaceX will eventuall...

5G networks will take the Internet of Things (IoT) to the next level! 5G wireless networks will be so fast and powerful, we don’t even know exactly what the ...

When will we go to Mars? Last year, Elon Musk unveiled plans to colonize Mars with the SpaceX Interplanetary Transport System, ITS. But SpaceX ITS will be do...

China's manned moon mission: Last year, China announced its plans to send astronauts to the moon by the year 2036. China is considered a part of the “Big 3” ...

Apple will soon release its iOS 11, and with that, millions of iPhone and iPad users will have access to Apple's ARkit! A high quality Augmented Reality tool...

What is Moon Mining? There is an estimated $500 QUADRILLION dollars’ worth of resources on the Moon, and nations and companies are looking to mine the moon o...

Robots will be in our homes, helping us out with our day to day lives. The robot invasion starts with Softbank's Pepper, the first humanoid robot that can pe...

Google's Deepmind creates Artificial Intelligence (AI) with an imagination. In recent years, AI has amazed us with what its capable of. IBM’s Deep Blue and W...

Russia's Space Agency Roscosmos will be working with the European Space Agency (ESA) in a joint Manned Lunar Mission by the year 2025. The mission is called ...

By the Year 2020, it is possible to live in or visit a floating city of the coast of French Polynesia. Learn about The Seasteading Institute's "Floating Isla...

The Internet of Things IoT, Mellow Smart sous-vide machine, has made cooking a WHOLE lot easier. This is how we will cook in the future. It is innovative, ea...

How far away is robotics technology from making androids from the HBO Series, Westworld? Let's find out! Part 1: https://youtu.be/lPp10gUoipE *************So...

Does India have any hope to land an astronaut on the moon before China, Japan, or Russia? Let's find out! *************SOURCES********************** http://w...

Japan announced in June of 2017 that they will send a man to the moon by 2030! The Asian Space Race heats up! We will touch on the history of Japan's Space P...

Dr. Mark Sagar, CEO of Soul Machines predicts that we will see Westworld-style robots in our homes in 10 years! Is he serious?? Let's find out!!! Sources: So...