People Discuss the Statement, “I’m Not Responsible for What Your Kids Hear Online, Even if I’m the One Saying It.”

The Internet and social media have completely revolutionized how we do almost everything in our lives.

The way we interact with each other, the way we do business…all of it has been impacted by this technology that was not available to us about three decades ago.

And, as you already know, the atmosphere online can be toxic, offensive, and troublesome, especially to kids.

So is it up to parents to shield their kids from this kind of material? Or do individuals have a responsibility to keep it clean and civil online?

Here’s what AskReddit user had to say about this.

1. Up to the parents.

“It’s the parents’ responsibility to protect their children from the Internet.

I say a lot of f*cked up sh*t while gaming and if you don’t block voice chat on games that your eight year old plays, that is your fault not mine.’

2. Agree to an extent…

“I agree to an extent.

Being on twitch, and most internet places, at 12 and under is usually against TOS. If the parent is already doing the streaming or they are internet savvy and know the ins and outs, then I feel it could be ok to stream as long as the parent and child are doing it together.

With the parent very strictly monitoring all communication first. And teaching the kid what is acceptable/unacceptable on the internet.

But I do also agree adults should not have to worry about censoring themselves in online interactions. As long as they aren’t harassing or engaging in illegal content, adults should not be compelled to cater to children.

Which is why I think it’s absolutely stupid that YouTube has been marking vids as unfriendly for advertisers if they have cuss words.”

3. MY JOB.

“My son wants to stream and do tournaments and stuff with me cuz both me and my partner play. We told him no.

Also he isn’t very good at it yet but he has potential. And the last and probably biggest reason is he’s f*cking annoying and people will tell him.

You’re right it is my job to monitor his sh*t not your job to watch what you say and I have had f*cking kids tell him they’ll murder me not realizing I’m in the party chat playing too.”

4. Keep an eye on them.

“Parents shouldn’t assume the internet is kid friendly and should vet what their kids are allowed to do online, especially online games where other gamers are over 18 and can say whatever they want.

That said, for kid friendly websites or direct message chats to an underage person, the overage person is responsible.”

5. Not kid-friendly.

“I grew up in the 2000s with the internet.

The internet was and never will be kid friendly, up to parents to implement parental controls.”

6. Nasty stuff.

“I always thought this was obvious till my kids were playing among us.

Sure they have the words bleeped out but they can still be exposed to nasty stuff.

I guess I still feel this way but want them to be able to experience fun online games without the smut.”

7. Do the research.

“If it’s a game marketed to kids and not like Fortnite but like specifically for kids then I hold you responsible.

Because in that case the parents did their research and you just played the wrong game.”

8. It can be toxic.

“I simply don’t let my kids play adult oriented games or any games with voice chat because I know some people kids AND adults can be toxic over chat.

It totally sucks for the kids who just want to chat and have fun. Toxic folks kinda ruin it for everyone and themselves.”

9. Cowardly excuse.

“Why do you feel not responsible for what others hear you saying?

Sounds like a cowardly excuse to me.

I mean sure, you are indeed not responsible for other peoples parenting to protect their child from toxic areas on the internet.

But it is still you “saying f*cked up sh*t” degrading everyones else experience. It is your responsibility keeping those places toxic.

I am not a kid. I still love to play online. I love anonymous team play interactions with strangers. But I am grossed out by the general low standards of communication in most games putting me off.”

10. Mute yourself.

“If I hear a kid, I’ll just mute them most probably and mute myself too cuz I f*cking hate children’s voices while gaming.

It just doesn’t go well with me but ik others who could just swear or say profane things while the kids is there.

I don’t give a f*ck, there’s a reason the games are rated a certain rating y’know. + Toxicity should be a well known thing nowadays.”

11. Take responsibility.

“Ultimately, parents need to take more responsibility for what their children see, hear and do.

When I was 13, I had already spent the last couple of years begging my parents to let me play WoW after watching them run around playing vanilla, but they always said not until I was older. When they finally caved, I got the biggest “people on the internet are weird” kind of talk.

A lot of the current generation of kids would have parents that spoke in chat rooms, on msn messenger, had a myspace account and probably stalked something fierce on omegle. So how are there so many parent oblivious to the imminent chaos found on any kind of online game?”

12. Good one!

“Here’s an unpopular opinion for ya…

You could also TRY to be a better person?”

13. Pretty crazy.

“I am in a PC builders group on facebook. The amount of parents that will join and ask:

“What is a good mic and headset for my son? He is 8 years old and plays Fortnite. He is really good so I want to help him start streaming. He wants a separate mic and headset but I’m not sure what that means.”

ITS INSANE.

And every time I try to say something like:

“I don’t mean to tell you how to parent, but I’m 32 and I don’t even want to get into streaming because it can be a pretty toxic environment. And recently there has been a lot of issues with younger kids being groomed by weird older and more popular streamers.

I highly suggest holding off on letting an 8 year old stream. The internet is very vast and you don’t know who they will start talking to and ultimately “entertaining”. They can see your son, tell your son to do things, and you son might do the things if he thinks he will get money or tricked by other means.

I highly highly suggest looking into what is involved in streaming. If it were my son I would not let them stream at 8 years old… if they were 16 I would consider it but it would have to be where I can monitor it… even at like 16.”

And that always gets a negative response about how they know all about streaming and what it is… yeah then why couldn’t you ask a streamer what mic to buy your son?

Clowns raising clowns.”

What do you think about this issue?

Please share your thoughts with us in the comments.

Thanks in advance!

The post People Discuss the Statement, “I’m Not Responsible for What Your Kids Hear Online, Even if I’m the One Saying It.” appeared first on UberFacts.

People Debate if Nuclear Energy Is the Best Option for the Good of the Environment

Whenever the word “nuclear” is mentioned, some people seem to get nervous because of the negative connotation it has.

But maybe nuclear energy is the ideal component we need moving forward when it comes to concerns about the environment?

I really don’t know much of anything about this subject, so I’m gonna leave it to the folks on AskReddit to debate this one for me.

Let’s take a look at what they had to say about it.

1. Here’s a hot take.

“The amount of long term waste with solar and wind is undeniably higher than with nuclear energy. Nuclear power plants in America that are not on fault lines are safe and are designed to be impossible to melt down (really).

A decentralized power system will always be more expensive than a centralized one, and we have the ability to make our grid carbon neutral in a matter of years. What are the downsides?

Why are politicians ignoring this obvious option. I’m not even talking fusion, just fission.”

2. Fear mongering.

“Of course people don’t talk about it, they hear the word nuclear and they think of Hiroshima, Chernobyl, Nagasaki.

The idea of nuclear energy has been pushed to be something feared.”

3. Fired up.

“This gets me f*cking mad.

Chernobyl was an incredibly outdated reactor already at the time it exploded, there was a human and structural mistake and were talking about a time when you were allowed to smoke inside f*cking hospitals, let’s be honest it would never happen again.

And Fukushima just makes me laugh cause it was literally caused by a freaking tsunami.”

4. Perceived as dangerous.

“You can compare it with air traffic: Aeroplanes are statistically the safest method of traveling, but when something goes wrong there are hundreds of dead people, so we perceive it as dangerous, altough it is actually the safest way of travelling.

The same goes for nuclear energy: It is the safest and most efficient way to produce energy, even when you include (very rare) terrible cases such as Chernobyl and Fukushima.”

5. The best option.

“It’s all about energy capacity per acre of land. I heard a Ted Talk and the scientist was saying that to have the UK use only solar, it would require about 1/3 of the land to be covered in solar cells.

Plus, the solar system installed in the Mojave Desert which impact the Desert Tortoise habitat. Wind farms actually ensnare bats, birds, etc. Both however, only work on small portions of land (where the sun shines or the wind blows), but even these power sources are subject to mother nature.

Nuclear on the other hand is incredibly energy dense per acre. If we had invested in nuclear years ago, we would be on generation 250. Also, nuclear energy only produces steam. And finally, we have the land use available to store nuclear energy should we finally get a national plan on how to deal with it.

Again, it’s what options do you have today to solve climate change – warts and all?

Nuclear is the best.”

6. Fission and fusion.

“People are too afraid that a nuclear bomb will go off or something, which can’t possibly happen at a power plant.

Fission and fusion are the only renewables energy types we should even bother pursuing.”

7. Those politicians…

“The 1980s scared people away, once the majority of people who remember those times are dead, nuclear will be easier to push.

Nuclear being bad was the truth for them, people don’t like when you questions something they’ve fundamentally believed for decades, they will just push the discussion away.

Politicians ain’t discussing nuclear because they know this.”

8. Some good info.

“Nuclear plants in their traditional forms have numerous technical issues that can end up prematurely shuttering the plant. Graphic cracking for example.

There’s no denying that nuclear energy is great for base load generation normally provided by thermal fossil fuel generators but the cost of building nukes in their most updated and safe hi-tech forms is enormous compared to adding renewable capacity and using hydro storage or battery with renewables!

Obviously not every energy system is the same but in modern economies by the time FF thermal generation shifts off we could engineer completely renewable systems!”

9. Stigmatized.

“Chernobyl kinda put a stick in it. However it was because of faulty construction.

Nuclear energy provides constant, clean and efficient energy. If you want green energy, go Nuclear.

Today’s process is much safer with more knowledge and understanding in past mistakes. It is the best way to go forward. It’s because of either misinformation, fear and the general media/public view on it.”

10. We need new options.

“Yes nuclear has it’s benefits and fission is simple enough that I understood it when I was 10. And safety management is done very well, using the same principles as with aviation.

But the downsides to the rare but certain f*ck ups are so serious that they change nations and the planet. And we still don’t know the long term effects of all the strontium and other fall out chemicals we all carry around in us, along with every other mammal.

Are you are aware that our governments lied their rectums off about this, ruining lives and careers? And still are? That doesn’t necessarily negate the possibility but reasonable people hesitate in the face of interest-groups-fueled government f*ckery.

Your statement about centralized vs decentralized power systems is bold.

And the long term waste – what are you talking about? And the energy involved in the entirety of each cycle (and hence, the total cost) … are you are aware of how they compare?

Ultimately we need new and better nuclear power options in general and the ultimate aim is to get to a position of having endless energy available that is cheaper than water. Development depends on it. And the trick will be creating power cycles that remove the additional carbon and other compounds from the system over time.”

11. Not the way forward.

“The future of the energy industry is not nuclear.

I’ve spent my career so far building and running electricity companies, and there are a few simple facts that have become apparent:

In modern, deregulated electricity industries, off-grid low voltage generation (think household solar panels) is rapidly reaching cost/performance parity with on-grid power. Investment in storage-based supply in batteries (as opposed to peak generation such as fossil fuel) is f*cking massive – renewables and batteries are projected to take 80% of the $15.1 trillion forecast investment in new power generation.

We will reach a tipping point in about 2035 where transporting electricity (colossal steel pylons and cables across countries) is more expensive than generating it and storing it close to the consumer What this means: Tomorrow’s electricity grids are distributed, made of many small nodes of generation and consumption, and not made of giant power plants with long inefficient transmission lines.

Today’s solar and wind plants can be spun up to utility scale in under a year. A nuclear plant has historically taken over 8 years to build and cost massive up-front capital. Nuclear plants are also designed to have operating lifetimes of 60+ years. Investing in nuclear is not only making a bet that nuclear will stay at the top of the price/kWh curve, but also that it will be there in a decade’s time and then stay there for half a century.

What this means: Nuclear is not only a losing bet based on current economic forecasts, but it’s an absolutely colossal bet that ties you down for 70 years whether you win or lose.

Pro-nuclear research is tainted by pro-nuclear lobbies and governments. Schrader-Frechette found that the majority of research that has pro-nuclear conclusions is funded by parties with conflicts of interest.

Fossil fuels are dying anyway (never fast enough, sadly), so the true question is not if we go renewable but which renewable to take, and it seems we can’t take for granted that pro-nuclear attitudes are based in unbiased critical thought. What this means: It may not even be true that nuclear energy is a good option – nevermind the best option – if we cannot trust the research.

Now, this sucks for me. I’m a huge physics fanboy, and thorium reactors and fission are absolutely my favourite ideas for future energy production. I’m attracted to space-age nuclear ideals at a very emotional level – I know how it feels – but the facts just aren’t panning out that way.

In the end, it’s not true that politicians are ignoring the “obvious” nuclear option. This is a very serious issue that very, very many of the worlds smartest are working on, and the sensible option is already the one we’re taking.

Turns out scientists are largely pretty good at what they do. Who’d have thought?”

12. Fearful of nuclear.

“The fossil feul industry obviously has a vested interest to keep people fearful of nuclear. They’ll spend lots of money on add campaigns covered with nuclear bomb explosions and zero facts.

I read recently that nuclear deaths per year is even less than some other green energies, wind iirc and that has to be a wake up call for those that are fearful. As for fossil fuel, its a no contest in comparison.

Fossil fuel has powerful lobbies, powerful corps and the republican party receives about 90% of their donations or something.”

What do you think about this?

Is nuclear energy the way to go for the good of our environment?

Talk to us in the comments and share your thoughts. Thanks!

The post People Debate if Nuclear Energy Is the Best Option for the Good of the Environment appeared first on UberFacts.

These Poor People Are All Having Some Serious Car Problems Today

Those days when you have car problems sure are the worst, don’t you think?

I was driving home from work one day in Kansas City in a horrible snowstorm and my car got stuck on some snow and ice on an incline and I just couldn’t move, no matter what I did.

Luckily, a guy with a pick-up truck was nice enough to stop and he tied a rope from his truck to my car and dragged me out. What a guy!

I have to say, though, I don’t think I’ve ever had as bad of a car experience as the people in these pictures did…

Let’s see what happened to them…

1. Talk about a bad omen…

I at least hope your honeymoon was nice and relaxing.

Newly wedded in front of their burning car. from Wellthatsucks

2. Darnit guys, who did it this time?

I think we’re looking at the modern-day version of The Three Stooges.

These guys locked their keys in an armoured truck from Wellthatsucks

3. That’s a double whammy!

Ouch. That one hurts.

Getting a speeding ticket on your car as it’s being towed from Wellthatsucks

4. This is pretty wild.

Never seen anything like that before…

A truck carrying a tank of white paint dropped it on the road from Wellthatsucks

5. Please tie down your loads.

Things like this happen all the time.

It’s not just junk flying out of your truck. It could be someone’s life. Secure your load – as if someone you love is driving behind you. from Wellthatsucks

6. How did this happen?

I hope these folks got out of that car safely.

Someone appears to have lost their Focus… from Wellthatsucks

7. I never thought so, either.

But here we are!

I never thought lighting could strike a car from Wellthatsucks

8. What are the chances of this happening?

This is totally wild.

Bird dropped a catfish onto car windshield from Wellthatsucks

9. Down in flames.

Sorry. That really sucks!

Picked my car up from the mechanic yesterday after having a bunch of things replaced totalling $2100 just to have burst into flames on me this morning. I’m too poor for this shit! from Wellthatsucks

10. This is absolutely disgusting.

Your poor dad…

My dad’s old truck got hit by a truck carrying old rotten potato slurry to a feed lot for cows. His passenger window was down…. from Wellthatsucks

11. Gotta be careful of sinkholes!

You just never know…

This happened to my car today! from Wellthatsucks

12. Oh man, what a bummer.

Also, how did that happen?!?!

My wheels fell off while driving from Wellthatsucks

13. Be careful when you’re parking out there.

See what happens when you don’t pay attention?

Irish parking lot from Wellthatsucks

Well…that sucked…

But you know the drill…now we want to hear from you.

In the comments, tell us about some of the worst car problems that you’ve ever had. And share some photos, too, if you have ’em! Thanks!

The post These Poor People Are All Having Some Serious Car Problems Today appeared first on UberFacts.

The Air Force Is Putting Lasers on Their Fighter Jets

You read that right, my friends – laser death rays are a really real thing that the actual military is going to be utilizing in the near future.

I mean, I realize that most of this timeline is a horror show and The Jetsons’ promised us flying cars and our hoverboards are a horrible imitation, but I mean…death rays are pretty cool, right?

The Air Force is working on a laser weapon, known as SHiELD. It’s a pod-mounted laser that’s meant to protect fighters from incoming missiles, and will be used initially to protect older fighters with less effective stealth technology.

Image Credit: U.S. Navy

SHiELD stands for Self-Protect High Energy Laser Demonstrator. Lockheed’s plan is to mount the laser on the fuselage or wing of a fighter jet, and will eventually be used in conjunction with a second weapon – the Tactical Airborne Laser Weapon System – to shoot down air-to-air and surface-to-air missiles.

At the moment, pilots only have access to passive defenses against incoming missiles, like evasive action or managing to fly outside an incoming missile’s sensor arc, maybe launching flares or other measures meant to confuse tech.

Image Credit: U.S. Air Force

This new laser would be the first active anti-missile defense in history – and yeah, go ahead and imagine something straight out of Star Wars.

The systems will take up space on fighter jets that is typically reserved for bombs and missiles of their own, which means they won’t be added to stealthy aircraft.

Instead, SHiELD and TALWS will go on fighter jets like the F-15E, F-15C, and the new F-15EX, because they have room for more than one bomb the way it is.

Image Credit: U.S. Air Force

And get this: the laser could very conceivably be controlled by something that looks a lot like R2D2.

Even so, there are a few downsides to using lasers. Water moisture and smoke particles in the air can dilute a laser’s strength, and they can’t travel all that far without the beam weakening.

They’ll also have to be able to focus on the missile for long enough to heat it to the point of dissolving, which could prove tricky in an actual combat scenario.

Image Credit: U.S. Air Force

Even if there are problems that still need to be untangled, there’s no doubt that laser weapons are the future, and will likely go on almost all warplanes in the future.

All that’s left is to make it more practical, more affordable, and then the future is here, my friends.

And I say we could all use a win.

The post The Air Force Is Putting Lasers on Their Fighter Jets appeared first on UberFacts.

A Driverless Race Car Swerved Into a Barrier for No Reason, So Maybe The Future Isn’t as Close as We Think

There are times when it feels like the future is RIGHT NOW.

We have instant communication with anyone in the world at the snap of our fingers. There are jetpack men flying through the sky. The military is developing death ray lasers for their fighter jets.

Plenty of people think driverless cars are going to be here before we know it; we’re going to be able to eat with both hands or shut our eyes if we need to while our cars take care of the details.

Now, as someone who enjoys driving a manual transmission, that doesn’t sound all that good to me – and after you read about what happened to this driverless race car, it’s probably not going to sound that good to you, either.

The autonomous car came courtesy of Roborace, who is involved in an autonomous racing league. They were broadcasting their Season Beta 1.1 race in order to showcase the potential of high speed auto races that don’t endanger human drivers.

One of the cars didn’t make it, I’m afraid.

One of the engineers explained what happened on Reddit, and said the steering mechanism was locked to the right during a process in which a human driver guides the car to the start line. That meant when the race started for real, the car drove straight into a barrier on the right side of the track.

The engineer called it an “extremely rare event,” and honestly, it sounds to me like it was more human error than an oopsie by the car.

You should definitely check this shizz out for yourself, though – there are a surprising number of self-driving racing leagues around, and you never know.

We might get treated to another crash here and there without having to worry if someone has gotten hurt in the process.

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These 3D Printers Are Creating Items Out of Steel Instead of Plastic

We’re just getting used to the wild technology of 3D printers, which can print plastic copies out of thin air.

Like seriously, our great-grandparents even would have had zero idea what’s happening and probably have accused us of witchcraft.

Now, HP is coming out with 3D printers that create things in a sturdier steel.

The company announced their Metal Jet printer, which is built on an industrial scale and creates items in steel, not plastic. Previously, the method has been relatively slow and expensive when compared with traditional mass-production techniques, and has only been able to use plastic materials.

HP has been working on the issue of mass production, launching their Jet Fusion plastic 3D printer back in 2016 that was made to do more than one-off jobs. Their hoping the Metal Jet will let 3D printing enter the big manufacturing sectors like automobiles and medical devices in the near future.

For now, the products they’re printing are cosmetic – key fobs with custom engravings, for example – but Tim Weber, head of HP’s head of 3D metals, thinks this ability to print metal will save costs and enable companies to create new products faster in the future.

Other companies, like GE Aviation, have been in the 3D metal printing game for years, making things like a fuel nozzle for a jet engine with a similar process. It’s remained a slow and expensive way to go, though, which means that it’s not practical when it comes to metal items that are more proliferate.

HP’s process is different. It’s called binder-jet printing, and it’s cheaper and more efficient, spreading layers of metal powder before spraying it with a binding agent to solidify it. The initial items have to be placed into a furnace to solidify them into something strong enough to use, but the end product is pretty light, smooth, and can include fine details.

Other companies have used binder-jet printing before, so there will be competitors when this one enters the market. The marketing folks at HP believe they’ll have an edge because of their experience making conventional printers, which share many of the same components.

The question of how big the market will be remains, but HP says Metal Jet should be cost-effective for small runs like 50,000-70,000 items.

So, medical facilities will be more likely to jump on the bandwagon than, say, auto manufacturers, who make billions of parts every year.

Whatever happens, I think it’s clear we’ve not seen the best of what 3D printing has to offer, so everyone, prepare to be amazed on the regular.

The post These 3D Printers Are Creating Items Out of Steel Instead of Plastic appeared first on UberFacts.

Enjoy These Fascinating Examples of Old Technology That Look Pretty Strange Today

We like to think that the age we’re living in is highly advanced and that the people who came before us we’re simpletons, but we have a feeling the photos you’re about to see will completely change your mind about that.

Because you’re about to lay your eyes on amazing examples of OLD technology that was way ahead of its time and is honestly still pretty impressive today.

Are you ready to go back to the future? Let’s go!

1. I’ve never one of these before!

But I like it!

300 year old library tool that enabled a researcher to have seven books open at once, yet conveniently nearby (Palafoxiana Library, Puebla) from interestingasfuck

2. Wow. Pretty impressive.

And I’m willing to bet this is extremely rare.

350 year old pocket watch carved from a single Colombian emerald from interestingasfuck

3. That is so cool.

But I bet that poor officer got tired of sucking in fumes all day.

In 1955, this tiny electric narrow gauge train was installed in New York’s Holland tunnel to monitor traffic speed. from interestingasfuck

4. This is kind of crazy.

But also pretty brilliant.

A British couple sleeps inside a "Morrison shelter” used as protection from collapsing homes during the WWII ‘Blitz’ bombing raids… March 1941 – [1280 × 965] from HistoryPorn

5. The forerunner to the Roomba.

I wonder if it was ever popular…

Robo-Vac, a self-proppeled vacuum cleaner part of Whirlpool’s Miracle Kitchen of the Future, a display at the 1959 American National Exhibition in Moscow, 1959.[1600×2116] from HistoryPorn

6. Wow! Get a load of this thing!

That is awesome!

This car is a French ‘Delahaye 175S Roadster’, introduced at the Paris Motor Show in 1949. Only one was ever made. It was recently sold at auction for around five million dollars. from interestingasfuck

7. I bet you sank all the way to the bottom.

Looks pretty heavy, doesn’t it?

The world’s oldest surviving diving suit: The Old Gentleman, from 1860. from interestingasfuck

8. That is one HUGE cell phone.

Zack Morris style!

Motorola Vice President John F. Mitchell showing off the DynaTAC portable radio telephone in New York City in 1973 [495×622] from HistoryPorn

9. Not too easy to lug around.

But it got the job done.

Kodak K-24 camera, used for aerial photography during WW2 by the Americans from Damnthatsinteresting

10. A rail zeppelin.

German engineering at its finest.

A rail zeppelin and a steam train near the railway platform. Berlin, Germany, 1931 (more info in comment) from interestingasfuck

11. I wish this would make a comeback!

I’m all about this!

Motorized roller-skate salesman in California, 1961 [1600×1666] from HistoryPorn

12. You don’t see something like this every day.

Time to hit the open road.

Jay Ohrberg’s ‘double wide’ limousine. Built by the man who also created the ‘american dream’ superlimo from WeirdWheels

13. I think a lot of us could use this right about now.

I need my alone time!

The ‘Isolator’ , by Hugo Gernsback: a helmet for insulating the senses against distraction; from the journal Science and Invention, vol. 13, no. 3, July 1925 [850×717]. from HistoryPorn

Those are so cool!

And now we want to hear from you.

In the comments, share some more photos of old technology that you think we’ll enjoy.

Thanks in advance!

The post Enjoy These Fascinating Examples of Old Technology That Look Pretty Strange Today appeared first on UberFacts.

Nokia Won a NASA Contract for a 4G Network Based… on the Moon!

You actually read that headline right! Science is just getting weirder and weirder.

We’re one step closer to actually making the Star Wars universe a reality, since Nokia is about to put a 4G network on the Moon. Soon enough, there will be literally no excuse for any cell service to be bad.

Image Credit: Deseret

In NASA’s fifth Tipping Point solicitation, Nokia was awarded a $14.1 million contract to deploy an LTE/4G communication system on the Moon.

This would be the first ever lunar-based network of its kind. The system would assist Moon-based communications at greater speeds, further distances, and more reliability. The network will also support the operation of lunar rovers and video streaming. That’s right, soon enough we might be able to see livestreams from the Moon with minimal lag.

The network also means that astronauts in space could soon communicate more efficiently with those of us on Earth.

Don’t let the development mislead you, though. Space is by no means a dead zone. Astronauts have been able to tweet, email, and livestream pretty efficiently from the ISS since 2010.

Researchers have always aimed to keep outer space from feeling like a desolate no man’s land.

Image Credit: Pexels

Truly, the aim of this development is to further support the construction of a lunar base. With Artemis astronauts set to return to the Moon by 2024, Nokia’s network will help them conduct their necessary research with greater scope and accuracy.

Since NASA Administrator Jim Bridenstine aims to have a base on the Moon by 2028, astronauts will need to work as efficiently as possible to get the job done.

Image Credit: Pexels

Nokia’s 4G network has the potential to make that happen.

What are your thoughts on this lunar 4G network? Is it inspiring or totally crazy?

Share your thoughts with us in the comments!

The post Nokia Won a NASA Contract for a 4G Network Based… on the Moon! appeared first on UberFacts.

Could Radioactive Diamond Batteries Be the Answer to Nuclear Waste?

Scientists and technology companies everywhere are looking for the answer to the problem of nuclear waste – nuclear is a viable alternative to fossil fuel energy in the future, but only if we can devise a way to handle the waste, too.

The idea for this radioactive diamond battery began in 2018, when a hobby drone dropped a small package near the lip of an extremely active Sicilian volcano called Stromboli. It’s one of the most active volcanoes on the planet and has long fascinated geologists, but with the constant eruptions, collecting data near the vent has been a challenge.

Image Credit: Arkenlight

A team of researchers from the University of Bristol had the idea of building a robot volcanologist, then used a drone to ferry it to the top. It sat, passively monitoring the quakes and quivers until it was destroyed.

RIP.

The sensor pod was the side of a softball, and was powered by nuclear energy from a small, radioactive battery. They dubbed it a “dragon egg.”

Materials scientist Tom Scott and a small group of collaborators saw something more in the dragon eggs, though, and they’ve been developing a souped-up version of the egg’s nuclear battery that can last thousands of years without needing to be replaced.

Image Credit: Arkenlight

Instead of generating its energy from chemical reactions, like a typical battery, this new battery uses particles shed by radioactive diamonds that can be made from nuclear waste.

Now, the team behind this revolutionary idea is ready to commercialize this nuclear diamond battery. It’s still in a prototyping phase, but they expect to be able to mass produce them soon – in fact, the first nuclear batteries could hit the market as early as 2024.

That said, they won’t replace the batteries in your computer or laptop, most likely. Instead of generating a lot of power for a short amount of time – like traditional or lithium-ion batteries – these nuclear batteries produce smaller amounts of power over a longer time.

Image Credit: Arkenlight

They won’t create enough energy to power a cell phone, but they could provide a steady – small – drip of electricity literally forever, says Morgan Boardman, the company’s CEO.

“Can we power an electric vehicle? The answer is no. The mass of the battery would be significantly greater than the mass of the vehicle.”

That said, in something like a fire alarm, say, he expects a world where the device would need to be replaced before the battery.

As anyone who has be woken up at 3am by a chirping smoke alarm battery can tell you, that would be a welcome world indeed.

If you’re concerned about the health risks of being in close proximity to a radioactive battery, the scientists involved – and those who aren’t, like materials scientist Lance Hubbard – say there’s no reason to worry.

Image Credit: Arkenlight

“Usually just the wall of the battery is sufficient to stop any emissions. The inside is hardly radioactive at all, and that makes them very safe for people.”

There you go, folks – a safe way to recycle nuclear waste and a way to power the device in your life with low energy requirements literally forever.

Good news all the way around, if you ask me.

The post Could Radioactive Diamond Batteries Be the Answer to Nuclear Waste? appeared first on UberFacts.

The Huge Wind-Powered Boat That Could Transport 7,000 Cars at Once

The time has long passed for innovators to start looking toward the future. Our days of relying on fossil fuels to sustain our energy needs should have already passed, and so we’re out there, searching for replacements that are efficient in every sense of the word.

Enter a shipping barge that’s entirely powered by wind, but is efficient and strong enough to move 7000 cars all the way across the Atlantic.

Image Credit: YouTube

Right now, 90% of the world’s goods are moved by ship, and even though it’s typically better for the environment than using air transport, regular cargo ships are powered by fossil fuels. Their emissions are thought to be responsible for around 2% of energy emissions worldwide – and that number is on the rise.

This new ship design would still be able to move large amounts of goods, but as it requires only wind power, it releases only about 10% of the emissions.

The ship, called the OceanBird, will have the capability of moving 7000 cars across the Atlantic.

Image Credit: YouTube

Her retractable wing sails stand 262 feet high and are controlled by calculations that find the most efficient way to use wind power over the ocean. It does have a backup engine that runs on clean fuel; in an ideal world, it will be used mostly for navigating the world’s harbors.

The OceanBird is capable of an average speed of 10 knots, which means it can cross the Atlantic in around 12 days – about 4 days longer than current, fuel-powered ships make the trip.

The design was helped along by the discovery that wind speeds vary less than they thought, and also that their hull design has an impact on wind speed and direction, not only the ship’s sails.

Image Credit: YouTube

They also believe their design could be applied to ships that use traditional fuels, even cruise ships, says Per Tunell, the COO of Wallenius Marine.

“It’s not a competition, but rather a direction we all need to take.

By being transparent in the process, we want to inspire others to test the limit to what is possible.”

We could see a test of the design as early as the end of 2021, though 2024 seems a likely date to expect the fully-built OceanBird to make its maiden voyage.

Said Tunell,

“A lot of reactions contain hope.

Finally a solution that is real and will make an actual contribution to slow down climate change.

I think we are all starving for positive news in that area.”

Check out this video:

I think he’s right about that.

No news may be good news, but when it comes to combating climate change, good news that’s good news is even better.

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