The Future is Nuclear Diamond Battery

In this blog, I am sharing with you information about the future. Nuclear Diamond Battery is the future of battery or NDB. people also called them Diamond battery or Radioactive Battery

Is it safe to say that there is no modern gadget free without the humble battery that needs the power to work and can't generally be associated with a power source? at least uses one type of battery or another from hard pacemakers to smartwatches and electric cars.

 

For that reason, the battery business is among the most sizzling recently, as various organizations compete to be the ones to create the class-driving battery. Many battery materials have been tested but there is a new battery material in town that shocks the entire industry.

 

it's the nuclear diamond battery that can run for 28 000 years. what is a nuclear diamond battery, how does it work and why is everybody talking about it? In this blog, I am going to explain everything that you need to know about the amazing nuclear diamond battery that shocks the entire battery industry.

 

Will you put waste material from a nuclear power plant in your smartphone or let it power your electric car many people squirm at the mention of nuclear materials? I know the harmful radiation that they produce.

 

However, the waste from the process of generating power from nuclear materials can be the power source of the future. Nuclear diamond batteries are a huge jump from the standard lithium-ion batteries that are time bounded.

 

Lithium-ion battery batteries, no doubt, played a massive role in the proliferation of electronic devices. They have their drawbacks which are serious enough to make scientists continue searching for better batteries.

 

The shortcomings of lithium-ion batteries are no more apparent than in electric cars thanks to their low energy density lithium-ion batteries have to be heavy to provide decent driving ranges, but they fall behind gas-powered vehicles in the distance. they can cover a full tank making some people hesitate to embrace electric cars lithium-ion batteries also take a long time to charge you could be tied to a spot for almost an hour to fill up the battery. even with the fastest charger, this is not ideal when you compare it to filling up an ice car's gas tank which happens in a matter of minutes.

Lithium-ion batteries are also costly while it's true that the prices have dropped significantly the batteries are still costly being the single most expensive component in an electric car.

 

In fact, the battery of electric cars cost significantly more than their ice counterparts and are out of reach for most car owners. one other problem with lithium batteries is how long they last. one more issue is that all lithium-ion batteries face degradation which causes them to gradually lose capacity with time.

The problem is better observed in gadgets like smartphones whose batteries may struggle to hold a decent charge after a few years of use bring out your smartphone.

 

From three years ago and you will notice it doesn't last as long as when new in electric cars you have to change the battery. when the degradation cuts the capacity to a certain percentage even though the rest of the car is still excellent and changing the battery is an expensive step.

 

Nowadays, scientists have been experimenting with a wide range of battery materials and compositions to arrive at the perfect battery.

 

For instance, there has been attention given to solid-state batteries which are an advanced form of the lithium-ion battery, but with some benefits like enhanced safety and longer higher energy densities graphite batteries lossless batteries and many more.

 

However, non-promises the longevity of nuclear diamond batteries. These are batteries that can last thousands of years and help the environment as they use up what could become a safety hazard.

 

Just imagine your smartphone battery lasting 28 000 years in that case the battery will outlive the phone back.

 

In 2016 a team comprising researchers’ physicists and chemists came together at the University of Bristol and began working on what they called a beta voltaic device. The name was chosen because the beta decay of nuclear waste powered it.

However, the batteries came to be known as radioactive diamond batteries or NDB.

 

Beta decay happens when an atom's nucleus has an excess of particles and releases some of them to obtain a more stable ratio of protons to neutrons.

 

This produces a kind of ionizing radiation called beta radiation which involves a lot of high-speed high-energy electrons or positrons known as beta particles.

 

A regular beta voltaic cell comprises dainty layers of radioactive material put between semiconductors as the atomic material rots it produces beta particles that thump electrons free in the semiconductor making an electric flow.

 

Be that as it may, the power thickness of the radioactive source is brought down the further it is from the semiconductor.

This implies that atomic batteries are significantly less effective than different kinds of batteries. But there is a fix for this polycrystalline diamond or PCD

Radioactive batteries are made through a process called chemical vapour deposition, a process that is also widely used for making artificial diamonds. However, researchers have modified the process to grow radioactive diamonds by using radioactive methane containing the radioactive isotope carbon 14 which can be harvested from a radiated reactor graphite block.

 

These diamonds can act as a radioactive source and a semiconductor when exposed to beta radiation. You'll get a long-term battery that needn't bother with being re-energized with the atomic waste in its inside powers.

It, again and again, permits it to accuse itself for periods of very little to no quantifiable debasement more than many years.

 

Theoretically speaking, a single battery can be used for over a thousand years you don't need to replace it and you don't even need to recharge it. one of the startups active in nuclear diamond batteries is nanodiamond battery or NDB.

The company is basing its batteries on high-powered diamond-based alpha beta and neutron voltaic formulas for long life and green energy batteries.

It aims to power devices from small insulin pumps to space rovers traversing the surface of Mars for decades without human intervention. NDB has been building its nuclear diamond batteries by using layers of impossibly tiny panelled nanodiamonds for proper context.

One nanometer is one billionth of a meter the company prefers diamonds, because of their exceptional heat conductance which makes them ideal for electronic devices. in fact, they're the best-known natural conductor of heat and are three to four times more effective than copper or silver. these diamonds are actually produced by a process known as chemical vapour deposition which uses gases at extremely high temperatures to force carbon to crystallize on a substrate material.

 

However, the diamonds produced through this process have a blue colour and higher conductivity than your average diamonds.

Off course, you can find blue diamonds naturally, but, they are rare and more expensive than those produced artificially so after sourcing the nanodiamonds.

NDB combines them with radioactive isotopes from nuclear waste. NDB uses radioactive isotopes of uranium and plutonium from radioactive power plant waste. there is a single crystal diamond which is just a few square millimetres in size, which moves heat away from the radioactively decaying isotopes so quickly that the transaction actually generates electricity.

 

The rot sources store their energy onto the NDB transducer which changes over the active energy of the occurrence radiation to electrical energy.

 

Every battery cell will deliver just a limited quantity of energy. But they can be combined in huge numbers in order to regularly power large devices.

 

Nema Gol Sharifi the CEO of NDB, touts the tiny size of the nanodiamond battery cells as an advantage for scalability. For example, a wristwatch which consumes around two microwatts is a great fit for a small NDB cell. But if you need to power a different application the number of stacked cells can be increased to meet the demand.

Gol Sharifi, imagines the nuclear diamond battery powering satellites or space vehicles as a great example. The iconic twin NASA probes named voyagers which do not consume much power when they launched in 1977.

They were each equipped with three multi-hundred-watt radioisotope thermoelectric generators. To power, each generator's power output began at just 158 watts which are less energy than needed.

In order to power a household light, a fixture for a year the voyagers are gradually losing power after spending decades in space.

NASA has been shutting down features to keep them powered for as long as possible they may not last another 10 years. One day, eventually, we will lose communication with them permanently.

 

However, with nuclear diamond batteries, they can keep going for like eternity here on earth electronic devices that are implanted in the body can be installed once in the lifetime of the wearer instead of having to perform surgeries to replace them. When the batteries wear out these include devices like hearing aids Elon Musk's neuro link
device that will work with the brain can also be fitted with nuclear diamond batteries which means they do not have to be charged regularly for its first commercial product.

 

 

NDB plans to introduce a smart watch with an expected launch date sometime in 2022, if that really happens, you could own one watch with a single battery and pass it down for generations to generation without ever needing a replacement talk about an electronic heirloom of course.

 

NDB is not revealing everything about its nuclear diamond batteries yet, and we understand, for example, we have not heard about the power density.

 

However, the most important thing for now is the nuclear diamond batteries and not vaporware. they're actually products that we will be using soon also using nuclear waste.

In this way, it is good for the environment. for example, the United Kingdom has almost 95 000 tons of graphite blocks.

And by extracting carbon 14 from them their radioactivity decreases which reduces the cost and challenge of safely. What you think about nuclear diamond batteries? Comments below.
Thank you.