The F-35 Lightning II is a truly remarkable and eye-catching piece of futuristic equipment. With modern avionics and electronics, stealth capabilities, and superb weaponry, it raises the quality bar and establishes high standards for modern aircraft. The F-35 Will this $400 billion plane be able to turn the tide and provide NATO countries with security? … Continue reading The F-35 Jet – NATO’s Super-Weapon→
Toyota has just released its all-new Toyota Prius 2023, and it is already causing havoc in the automotive industry. People adore this new hybrid Prius because it has been completely transformed into a sporty Prius. Toyota Prius 2023
He is back with the World Premiere of the Mercedes Benz 2023 EQS 580 in high-tech silver. In this video, he will be having a walk around showing you the Exterior and Interior Features of the all-new Mercedes Benz 2022 EQS SUV 580 and will also drive it for the first time!
War in Ukraine | Latest updates on the war in Ukraine. Vladimir Putin, the president of Russia, has vowed to defend Russian territory with any means necessary, including nuclear weapons. He is currently preparing to annex sizable portions of the occupied Ukrainian territory.
What would occur if Russia detonated a nuclear weapon in Ukraine.
RUSSIA-UKRAINE WAR LATEST NEWS TODAY – The UN secretary-general has stated that Russia’s plans to annex four Ukrainian regions will represent a “dangerous escalation” of the Ukraine war, which will have a negative impact on prospects for peace in the country.
War in Ukraine | Latest updates on the war in Ukraine | In Izyum, the Russian troops’ surrender to Ukrainian forces was caught on camera. Machine gun fire could be heard as the Ukrainians drew closer to the improvised Russian camp.
The Ukrainian military claims to have killed more than 400 Russian troops in the eastern and southern parts of the country over the past 24 hours. A social media video shows Ukrainian military units raising the national flag in the eastern town of Novoselivka.
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The F-35 Lightning II is a truly remarkable and eye-catching piece of futuristic equipment. With modern avionics and electronics, stealth capabilities, and superb weaponry, it raises the quality bar and establishes high standards for modern aircraft.
Will this $400 billion plane be able to turn the tide and provide NATO countries with security?
It is designed to fly in all weather and conditions, can take off and land vertically, and has a futuristic helmet-mounted display system. It is designed to provide NATO and its allies with cutting-edge technology that can protect them from potential adversaries.
Ukraine’s Civil War | The most recent news from Ukraine. Russian annexation of Ukrainian territory is expected in the coming days. The referendums and the concept of annexation have been widely condemned around the world.
War in Ukraine | Latest updates on the war in Ukraine. A number of high-ranking businessmen and oligarchs have died in Russia since the Ukraine war began. This video describes how 14 of them died, and discusses whether something suspicious might be going on.
Toyota has just released its all-new Toyota Prius 2023, and it is already causing havoc in the automotive industry. People adore this new hybrid Prius because it has been completely transformed into a sporty Prius.
There are a lot of ways to make your Tesla even faster, but one of the most extreme is to add a jet engine. This can give your Tesla some serious speed, but it’s not for everyone. Jet engines are loud and can be very expensive to maintain. If you’re looking for an adventure and … Continue reading Jet Powered Tesla→
The concept car Mercedes-Benz VISION AVTR shows a completely new interaction between humans, machines, and nature. Mercedes-Benz VISION AVTR Outline: VISION AVTR – inspired by AVATAR. Extremely confident – and completely without emissions. Organic battery technology. Exceptional fast charging capability. A masterpiece of efficiency. Interior and exterior merge. Sustainable materials. Intuitive control. Bionic formal language. … Continue reading The Mercedes-Benz VISION AVTR – World’s Coolest Concept Car→
If you’re like me, you’ve probably noticed a lot more Tesla vehicles on the road these days compared to a few years ago. This buyer’s guide will help you decide which Tesla vehicle is best for you. Tesla Buying Guide 2022 Tesla is currently manufacturing and delivering 4 vehicles, 2 of which are slated for … Continue reading Which Tesla to Buy in 2022? – Don’t Make a Mistake!→
Mercedes Maybach Brabus has redesigned the interior of the GLS 600 and installed a 4.5-liter V8 Brabus engine that produces 900 horsepower and 1250 Newton meters of torque. The exterior of the Maybach GLS is completely different from the standard GLS, as it has a Brabus double B instead of a star, a shadow chrome … Continue reading BRABUS ROCKET GLS 900 2023 | Sound, Exterior and Interior→
There are a lot of ways to make your Tesla even faster, but one of the most extreme is to add a jet engine. This can give your Tesla some serious speed, but it’s not for everyone. Jet engines are loud and can be very expensive to maintain. If you’re looking for an adventure and you have the money to spare, then adding a jet engine to your Tesla might be the way to go.
During the video, he mounts three jet engines to his Tesla Model S to create the world’s first Tesla with jet thrusters. Since he drives it using only jet power, he calls it Jet-Powered Tesla.
There was a lot of detail in this build. Almost every single part was built from scratch based on what people asked for in the past videos. The total number of parts was over 200.
Tesla’s jet-powered car is a thing of the future, and it’s one that we’re excited to see become a reality. With its sleek design and powerful engine, this car is sure to turn heads and get people talking. We can’t wait to see what Tesla comes up with next.
We all know that Tesla makes some of the quickest and most efficient cars on the road. But what if they made a car with a jet engine? How fast could it go? We may never know, but it’s fun to imagine. Thanks for reading and keep an eye out for more posts about interesting topics like this one.
Scientists have achieved a significant milestone in their quest to create a workable nuclear fusion technology. What does this mean for how we might produce electricity in the future?
Nuclear fission and fusion are processes that modify the nuclei of atoms to release energy. For example, fission can split uranium into smaller nuclei, and Barium and Krypton can be joined by fusion to produce helium.
Both fission and fusion require energy to start, but you must get more energy out than you put in. The concept of Mass energy Equivalence can be used to explain this, as every item with a mass also possesses intrinsic energy.
New Breakthrough in Nuclear Fusion
The ideal energy source would be nuclear fusion, but it is too difficult to perform on Earth. In addition, fission reactions need less harsh circumstances than fusion reactions, which require forcing positively charged nuclei close enough to fuse.
The sun can create fusion energy because of its size and high temperature, but a tiny nuclear reactor on Earth cannot produce such pressures and temperatures. So instead, a Tokamak uses strong magnets to confine plasma fuel for fusion at extreme temperatures.
The Jet Laboratory has made headlines for producing more fusion energy than its own record from 1997 by combining two different forms of hydrogen. The experiments support design decisions made for a larger fusion reactor currently being built in France.
A coalition of international governments, including those from Eu member states, the U.s, China, and Russia, are supporting the Eta facility in Southern France, which is anticipated to be the last stage in establishing nuclear fusion’s viability.
Why does fusion release more energy than fission?
Fusion is the process by which light elements combine to create heavy elements. Fusion is the opposite of fission, which is the splitting of an atomic nucleus. Fission produces large quantities of radioactive waste while fusion does not. Fusion is the source of all the energy we see in stars, including our own Sun.
According to the fusion theory, energy can be released by compacting atomic nuclei together rather than dividing them, as in the fission reactions that fuel existing nuclear power plants. The Joint European Taurus Jet has been at the forefront of this fusion method for almost 40 years.
This is a stunning result because it demonstrated the greatest amount of energy output from the fusion reactions of any device in history. If the same conditions and guidelines are followed for Eta, ten times the energy input may be released.
Despite the promising development in the realm of nuclear fusion, commercial fusion reactors are still many decades away. However, if research is fruitful, nuclear fusion might become widely accepted.
What is the difference between fission and fusion?
Both fission and fusion produce enormous amounts of energy from atoms.
Fission occurs when a neutron strikes a larger atom, forcing it to excite and split into two smaller atoms. This process produces a huge amount of energy that is used to heat water into steam.
Fusion occurs when two atoms merge to form a heavier atom, for example, when two hydrogen atoms fuse to form a helium atom. This produces huge amounts of energy and no radioactive products.
A brief explanation of nuclear energy
Three particles make up an atom:
Nuclear energy can be released when the bonds holding the nucleus together are broken, which is called nuclear fission.
In nuclear fission, uranium atoms are split apart by neutrons, releasing energy. This energy is used to power nuclear power plants.
The fusion of atoms is the process by which they combine to form a larger atom and is the source of energy in the sun and stars.
Uranium is a nonrenewable energy source, even though it is found in rocks worldwide. So instead, nuclear power plants use U-235, which is relatively rare, as fuel.
The future of nuclear energy
Future generations will require a much larger energy supply, especially clean electricity generation. Nuclear power can provide this energy in an environmentally friendly way.
Global population and economic growth, along with rapid urbanization, will increase energy demand. Therefore, reducing greenhouse gas emissions while meeting growing energy demands is challenging.
Studies have shown nuclear energy is a low-emission source of electricity. Additionally, nuclear power is the world’s second-biggest source of low-carbon electricity.
Reports on future energy supply suggest that growth in nuclear power is required. Alongside the growth in other forms of low-carbon power generation, to create a sustainable future energy system.
Let’s talk about how we build things in space. If we are going to become a truly space-faring civilization and a multi-planetary species, then we need to expand our manufacturing infrastructure beyond the surface of the Earth.
Take Mars; For example, if we’re going to build a Mars colony or eventually something on the scale of Elon Musk’s Mars city, we can’t just ship that all over from the Earth.
We’ve got to build it on Mars. And traditional manufacturing doesn’t translate so well to an autonomous habitat factory millions of miles away on an alien planet. It also doesn’t work very well for manufacturing on the moon or trying to build in Earth orbit.
3d printing is the way to build things in the space age. No other process is more adaptable to new and unpredictable situations than 3d printing or additive manufacturing. And today, we’re getting into why that is and what we will use this technology to build as we expand humanity into outer space. This is the Space Race.
The most compelling reason 3D printing is so important for the space age is that it allows you to quickly and rapidly modify a design on the fly. What we mean by that is that you can change the design of your 3d printed objects as many times as you want, as often as you want, without having to physically change your printing machine.
This is not the case with traditional manufacturing. For example, you’ve probably heard the term retooling, and it refers to every time a company changes the design of their product, the machines in the factory have to be retooled; which means the tools have to be physically changed to accommodate the new product change.
But in the world of 3D printing, if you want to change your design, you simply change the program code that controls the printer.
While the printer itself doesn’t need to be modified at all, you’re probably familiar with the standard consumer-grade 3d printers that you can get on Amazon for a few hundred bucks.
Even the most basic machines can create a plastic model of a ninja turtle or a baby Yoda or whatever the kids are into right now.
I don’t know, but you can also get the same cheap plastic toy at a dollar store, which will come from a factory where they use injection molding.
This allows them to rapidly mass produce a giant quantity of a particular product very quickly, but every time the trend changes, they want to make a new kind of toy.
They need to make a new mold while back at home. You can make a new style of toy every time you print, and all that needs to change in between is the software code that controls the 3d printer.
What company is 3D printing Rockets?
People might not realize that this same technology can be scaled up to the degree where we are literally 3d printing spaceships. This idea is being pioneered right now by a company called Relativity Space, who have a fully 3d printed rocket called the Terran One.
Relativity Space aims to bring Silicon Valley innovation to the slow-moving dinosaur that is the aerospace industry by 3d printing their rockets.
Relativity claims that they use 100 times fewer individual parts than a traditional rocket while achieving ten times faster production speed, and that’s great.
But their primary advantage with this process is really the flexibility that comes from having no fixed tooling, a simplified supply chain, and the ability to optimize their product through compounding iteration.
And what we mean by iteration is that every time they build something, they can check for defects and test it for function, and then make adjustments to their code based on those findings and try again, and then they compound those improvements.
So every time they build and test, and iterate, the product gets better and closer to perfection.
Relativity use a process of sensor and analytics driven machine learning during the manufacturing process, so the machine can actually identify defects in the product as it is being produced and instantly compensate in real time.
To accomplish this, Relativity uses a machine that they call the Stargate.
It is the world’s largest metal 3d printer using a custom designed aluminum alloy to form the body of the rocket and even the rocket engines as well. Time Magazine named the Stargate one of the best inventions of 2021.
Thanks to Relativity’s use of autonomous robotics and artificial intelligence, the Taran 1 rocket will be launched for the first time this summer. So, we’ll have to wait and see how well this works in the real world, but this is more about the basics and what they mean for the future of space manufacturing, and everything seems pretty stable.
So how does this apply to our original point about building a Mars colony?
There are going to be two major advantages. One is in the shipping or transport of material from Earth to Mars. We have constraints on the weight and volume of stuff that we can fit into a rocket, even a gigantic rocket like the Spacex Starship.
And we want to make the absolute most that we can out of every trip because we’re talking about a six to eight month long journey just to arrive. and even if the starship is able to make it back to Earth at some point, we won’t be seeing it again for at least a couple of years. So let’s say we want to ship pre-fabricated habitation modules to Mars.
Something like what Matt Damon was living in that’s going to be a big hollow object and maybe it partially collapses for transport or something. However, there are still going to be empty voids, and anyone who ships things for a living would tell you that the last thing you want to do is ship air.
Giant soup pots
That’s your product. Like big Italian grandma soup pots. You put one pot in a box and you ship those boxes out to customers. How many of those can you fit into a delivery truck? Not very many are you getting the most out of that truck’s capability for transporting mass?
Not at all. But what If you were to be selling cast iron pants? They’re significantly more dense, take up less volume, and you can fit significantly more pans into the same truck. You’d probably hit the truck’s weight limit before filling it to the brim with cast iron. Same deal with a rocket ship.
Suppose we ship one giant 3d printing machine along with the tightly wound spools of printing material. In that case, we are maximizing density and using the full lift capability of your super heavy rocket. Then by using the same space occupied by one prefabricated habitation module, maybe we can send the raw materials to build three or four.
Our second big advantage with 3d printing comes back to the word iteration
Let’s say we design and build what we think is the perfect Mars habitation module. Then, we ship it to Mars, unload, set it up, and it doesn’t work the way we thought it would.
Just for an example, let’s say that we go to pressurize the habitat and it just explodes.
For whatever reason, I don’t know why, but boom, It exploded. Now What? Well, we’d have to try again here on Earth, build another one with a new iteration, and then ship that to Mars and hope that it doesn’t also explode.
But if we’re using advanced ai driven machine learning 3d printing processes like the Stargate and Relativity Space, then we can just analyze what went wrong, pivot on the fly, and instantly try again.
How 3D printing helps space exploration?
And we don’t even necessarily need to 3d print a Mars colony or a moon base using metal like they do with the rocket. Instead, we could probably use a lighter weight plastic material, or there are even ideas to use regolith as a printable building material.
So the surface layer of dust and rock on the moon and Mars is called regolith. We know what regolith on the moon is composed of from sample return missions, and we have a pretty good idea what makes up the surface of Mars.
We will know for sure in a few years when the first samples being collected right now are returned to the Earth. Still, we’re pretty sure that we can actually transform the dust and rock on Mars into a kind of pliable concrete by combining it with a biopolymer.
This could come from a plant-based plastic that could be grown and produced on Mars, Or there has even been some talk of using human bodily fluids and urine to create the necessary product, which sounds wacky.
Again, I don’t know. But, again, this is what the very smart people are saying that we need a biological additive to make the concrete material harden, so we’ve just got to trust them on that one.
What will feature additive manufacturing in space?
Anyway, the point being that with this additive manufacturing technology established on a place like Mars or the Moon, we don’t have all of the answers. So on day one, we get the luxury of being able to iterate through trial and error in the real world situation. And obviously, we don’t want to be making errors while there are human beings up there.
So we get the added bonus of an automated process we don’t need to retool, we just push a new software update to the machine and this is also simplified that just a few automated robots that we deploy to Mars maybe a handful of those Teslabot Androids that Elon Musk is working on.
We can build and test and establish an entire colony before any long-term human residents of Mars begin to arrive.
And simplifying the manufacturing process like this opens up so many opportunities for what we can deploy in space.
Imagine a 3d printing machine in orbit around the Earth
All of the things that we could build up there without having to worry about gravity or being limited by what we can fit inside a rocket’s cargo fairing.
You probably know about the James Webb Space Telescope and how it had to be folded up so tightly to fit inside the rocket, and then how it had to unfold itself out again in deep space.
We probably can’t 3d print a giant telescope like that, but we definitely can print much less complex, but equally gigantic or even more gigantic things in space.
For instance, a space station that’s just constantly printing new modules and components and expanding and iterating and improving.
Or 3d printing an entire interstellar spaceship that could set off from orbit on its way to the far reaches of Jupiter or Saturn.
The possibilities here are basically endless, and that’s what makes this one of the most fun technologies to think about. So let us know what you can dream up to 3d print in outer space: A ship, a colony, an orbital station.
The Mercedes-Benz Vision AVTR concept vehicle has four high-performance and near-wheel-built electric motors and a combined engine power of more than 350 kW. It can move sideways by approx. 30 degrees, in contrast to conventional vehicles.
Mercedes-Benz has designed the VISION AVTR electric car with a revolutionary battery technology based on graphene-based organic cell chemistry. This battery is 100% recyclable by composting. The new battery technology impresses with its high energy density and fast charging capability. It also allows for maximum flexibility in the construction space.
The VISION AVTR’s battery can be recharged while driving, contributing to high energy efficiency. The battery system has an exponentially high energy density and can be charged in less than 15 minutes. It also adapts ideally to the shared space vehicle concept.
The VISION AVTR’s high-voltage battery can be recharged while driving, contributing to the overall system’s high energy efficiency.
Mercedes-Benz is considering how to efficiently power a large number of secondary consumers, including sensors, without negatively affecting the drive power of the vehicle itself. The VISION AVTR uses neuro-inspired hardware to minimize energy requirements.
Mercedes-Benz has worked with a completely new design approach in the design of the VISION AVTR. The car is designed from the inside out and focuses on the perception and needs of the passengers.
The seats are decorated with a color-changing fabric inspired by the color world of the sea. The material is vegan DINAMICA® leather, which guarantees environmental sustainability throughout the entire production cycle.
The VISION AVTR responds to the passengers’ approach by visualizing the environment’s energy and information flow with digital neurons. The first interaction in the interior between man and vehicle happens completely intuitively via the control unit.
The curved display module shows the outside world around the vehicle and the surrounding area in real-time 3D graphics. Energy lines connect the images to the road in front of the vehicle, allowing passengers to discover the outside world.
Mercedes-Benz’s VISION AVTR shows how a vehicle can blend harmoniously into its environment and communicate with it. It is thus an example of sustainable luxury in the field of design.
Advanced Vehicle Transformation
Mercedes-Benz teamed up with James Cameron’s Avatar franchise to create the Vision AVTR. The name stands for Advanced Vehicle Transformation Research. The car is designed to blend seamlessly into its surroundings like the Na’vi did when they lived among the trees on Pandora. The car is meant to show what future cars will look like.
Mercedes Benz’s VISION AVTR is a car that blends harmoniously into its surroundings and communicates with them. It is thus an excellent example of sustainable luxury in terms of design. The name of the groundbreaking concept vehicle stands for ADVANCE VEHICLE TRANSFORMATION. It embodies the vision of Mercedes-Benz designers, engineers, and trend research.
The AVTR is an electric car that combines the best features of a sports car and a family car. It is designed to be driven by both adults and children. The AVTR is also a sustainable solution for urban traffic congestion.
It is powered by a battery pack that stores energy generated by solar panels mounted on the roof. The batteries are recharged during breaks at home or while driving. The AVTR is equipped with a high-tech navigation system that allows drivers to plan routes and avoid traffic jams. The AVTR is a perfect example of how technology can help us create a better future.
Three Chinese astronauts, two veteran Taikonauts, and one rookie launched from the Gobi Desert and docked with the center part of the Space Station. They will complete the construction of their own space station by the end of the year.
How advanced is China’s Space Technology?
China’s space activities are based on independence, self-reliance, and self-renovation principles. They are combined organically with international cooperation and exchanges in the field of space technology. China’s space technology development plan includes exploring outer space.
Accelerating the industrialization of space technology and its application
Deploying space activities rationally
Strengthening pre-study and technological infrastructure construction Fostering talented people in the space industry.
In addition, China has participated in the UN space applications program.
What is China’s space strategy?
China launched 207 space missions from 2016 to 2021 but plans to upgrade its launch vehicles in the next five years.
As part of the China space station, Tianhe was launched in April 2021. Two more modules will be launched this year. There will also be a new space telescope in five years called Xuntian.
China will continue to:
Study and develop technology for a human lunar landing
Develop new-generation manned spacecraft
Bring pristine lunar samples back to the Earth in the next five years
Tiangong Space Station
NASA has awardedAxiom Space and Collins Aerospace a contract to develop new Artemis-ready Eva suits. The suit will be used aboard the space station and for Low Earth Orbit operations.
Three Taikonauts have been dropped off at the Tiangong Space Station to oversee the attachment of two research modules. They will also likely have to do a couple of spacewalks.
The Tech Behind Tiangong
China is building its own space station, called Tiangong, which will orbit Earth alongside the nearly 23-year-old International Space Station. Once the International Space Station retires in 2024, China’s space station will become the only permanent space station in low Earth orbit.
China’s foreign ministry said that the United States is judging an upright man with a petty mind by excluding China from working with NASA. China has been working on its own space station ambition for 30 years.
The Chinese space station Tiangong will eventually be made up of three modules and can hold 13 astronauts. It’s smaller than the International Space Station but has more advanced technology.
China’s space agency says its solar panel-powered propulsion system helps Tiangong stay afloat in orbit and consumes less fuel than the International Space Station’s gas guzzler.
The space station is designed for collaborations and will be a competitive alignment for countries to launch experiments on.
China will operate its own space station, Tiangong, and will decide whether or not to allow scientific experiments to be conducted in the space station. NASA and Russia are also planning to launch space stations.
If you don’t update your titles, length of posts, topics, and so many other things on your Youtube channel, you will see a decrease in subscribers and views. However, following the blueprint in this video, you can grow on Youtube quickly.
When it comes to your Youtube Shorts, you need to have a hook in the first three seconds of your videos. This will signal to Youtube who your audience is and help you grow faster on Youtube, Tik Tok, and Instagram.
You need to understand the text hook in your video, the angle that you choose, and the title of your video.
Many of you guys start with a horrible clip, which is why people swipe off of your video. You need to get 100 watch time on Youtube shorts; if your video is over 30 seconds, you can drop that down to 80 percent.
YouTube Algorithm Update
Youtube has changed how it pays for Youtube shorts, so more people can get paid, and the competition is growing. However, you can still make up to 35 000 a month with Youtube shorts.
Youtube videos live forever; they can get suggested, recommended, and show up within the shorts feed or search. This is why you can have videos that are a year old, two years old, three years old, still getting a lot of views.
When creating titles for your videos, you need to be focused on five things:
Less than 55 characters
“How-to” if you’re targeting search
You need to be clickbaiting people on shorts if you want to stand out. You need to sensationalize things and get people to click, to want to watch the rest of the video.
Have challenges, give people a reason to watch, and make sure your title is better than what you’re competing against if you want to be successful on the video platform.
For videos less than 30 seconds long, you should aim for 100 watch time, and for videos over 30 seconds long, you should aim for 80 watch time. Subtitles throughout your whole video are going to help you get more views.
The final thing you need to do with this current YouTube Algorithm Update is get rid of all the dry parts of your video. This will decrease the amount of watch time you’re getting.
Elon Musk revealed the first official renders of SpaceX’s Starship Factories.
SpaceX CEO Elon Musk plans to build 1000 spaceships to transport humans to Mars and establish a colony there. He calls these spaceships the modern Noah’s Arks vessels that would save humans from catastrophe and bring them to a new world.
SpaceX has begun building a new Starship factory at Starbase Texas. The new factory will be 40 to 50 feet tall and will be able to build Starship sections no taller than five standard rings nine millimeters 30 feet tall.
Florida’s upcoming Starship Factory Center will supply multiple planned Florida launch sites with their own Starships.
SpaceX has lifted and mounted the first orbital flight prototype, Ship 24, on the sub-orbital pad A in preparation for the thrust simulation test. If the test passes, Spacex will begin installing raptor engines.
A view of Booster 7 was taken last week. It has 20 raptors installed, with one more to go.
Elon Musk recognizes the accomplishments of the Falcon teams in the meeting and mentions that SpaceX is on track to launch one rocket per week in the first half of 2022.
SpaceX’s Starlink Satellite Internet has secured close to half a million customers in 32 countries.
SpaceX published the first official renders of its next-generation Starlink V 2.0 satellites. Starships will initially use the massive Pez dispenser-style mechanism to deploy the massive spacecraft in orbit. SpaceX depends on Starship’s success to launch Starlink 2.0 satellites.