Now, let’s go over the questions you’re probably wondering about, such as what the Neuralink is and how it can help the disabled. 

What is Neuralink Chip?

Neuralink Chip is an AI-powered microchip with the ability to read and record brain activities. This chip may help disabled people by passing commands from their brain to their body and also by helping them communicate properly. The most interesting fact about this Neuralink chip is, it will help physically challenged people operate a smartphone with their mind, even way faster than someone using their hands. This fact was claimed by Musk in 2016.

How will this Neuaralink chip work?

Neuralink chip that is small in size is surgically implanted in the human brain. The chip contains a bunch of wires that are claimed to be 20 times thinner than human hair. The chip containing wires that are spread into a human brain is equipped with 1024 electrodes to keep track of brain activities and electrically stimulate the brain. This chip can easily be connected to a computer using the built-in wireless technology in it to transfer data easily, which can be used by researchers for further studies.

How is this chip helpful? What all can be done using the Neuralink chip?

According to the team at Neuralink and the claims made by the company, this chip can read human thoughts and even let you communicate with machines without opening your mouth. Initially, according to the company, this chip can allow people to operate routine life devices like smartphones and computers.

“We want to be extremely careful and certain that it will work well before putting a device into a human,”

Musk said during a much-awaited public update on the device.

It has been a long time since the company has been working on this AI-powered technology, which has been tested on animals. The Neuralink Chip has been successfully implanted in the brains of a monkey and a pig. Following successful attempts to implant this chip in the brains of monkeys and pigs, the company has announced that testing and trials on a human brain will begin within the next six months.

“We think probably in about six months, we should be able to have a Neuralink installed in a human,”

Musk said at the event.

Several neurological diseases like paralysis, blindness, memory loss, and many more can be cured using this AI-powered technology.

Is it safe? What if anything goes wrong—can it be removed?

Earlier this year, the company claimed that after several successful attempts, it was now safe to implant in someone’s brain to cure diseases.

“Neuralink’s working well in monkeys, and we’re actually doing just a lot of testing and just confirming that it’s very safe and reliable and the Neuralink device can be removed safely.”

As of now, the company has not received FDA approval to sell the device, and Elon Musk is awaiting government approval for his AI-powered technology.

That’s it for now. Comment with your thoughts on the article.

Also read: Twitter starts rolling out Twitter Blue of $8 with several features.

The post Elon Musk intends to implant a Neuralink Chip into his Brain, but what exactly is it and what does it do?  appeared first on Bharat Details.

Tesla’s biggest decline since September was fueled in part by Musk’s weekend comments that Bitcoin prices and smaller rival Ether “do seem high.” His message came two weeks after Tesla announced it had added $1.5 billion in Bitcoin to its balance sheet via its favored Twitter medium. On Tuesday, the cryptocurrency, which has surged more than 400 percent over the last year, tumbled for a second day, slipping below $50,000 at one point on skepticism about the durability of its rally.

Earlier Monday, Musk also tweeted that the company’s Model Y Standard Range SUV will still be available “off the menu,” backing up rumors from Electrek’s electric vehicle news site that the model had been withdrawn from its online configurator.

Also Read: WINNER OF BIGG BOSS 14: RUBINA DILAIK LIFTS THE TROPHY AND TAKES HOME THE RS 36 LAKH PRIZE MONEY.

On the Bloomberg Billionaires Index, Musk slips to second among the world’s 500 richest people with a net worth of $183.4 billion—down from a January high of $210 billion. Even as his fortune fell by $3.7 billion to $186.3 billion on Monday, Amazon.com Inc. founder Jeff Bezos regained the top spot.

Since January, the two billionaires have been switching places as Tesla’s value fluctuated. Before wiping off almost all of this year’s rise, the stock soared as much as 25 percent to begin 2021. After his SpaceX rocket company raised $850 million earlier this month, Musk overtook Bezos briefly, valuing the company at $74 billion, a 60 percent leap from August.

Bezos took the top spot in the ranking for three consecutive years prior to January, when Musk eclipsed the giant of e-commerce thanks to a Tesla share rally of 794 percent.

Monday’s market selloff affected many of the ultra-rich in the world. The second-biggest drop on the Bloomberg index was Zhong Shanshan, Asia’s richest man, falling by $5.1 billion as his bottled-water business dropped 4.5 percent. Colin Huang of Pinduoduo Inc., Reliance Industries Ltd.’s Mukesh Ambani, and Tencent Holdings Ltd.’s Pony Ma all lost more than $2.5 billion each.

The post Elon Musk Loses The World’s Richest man Title As One Tweet Costs Him $15 billion appeared first on Bharat Details.

The combustion of fossil fuels such as oil and coal has raised the concentration of atmospheric carbon dioxide (CO2) over the last century, as the coal or oil burning process mixes carbon with oxygen in the air to create CO2. The natural greenhouse is altered by day-to-day human activities and CO2 is the most common greenhouse gas emitted. The increase in the amount of CO2 leads to a disorder called “Hypercapnia,” which leads to a drop in the amount of oxygen entering the lungs and emitting carbon dioxide. As well as severe problems such as seizures or loss of consciousness, it can cause symptoms such as headaches, dizziness, and exhaustion.

What is carbon sequestration?

The most widely created greenhouse gas is carbon dioxide. The method of trapping and storing ambient carbon dioxide is carbon sequestration. With the goal of minimizing global climate change, this is one way of reducing the amount of carbon dioxide in the atmosphere.

What is Carbon Capture?

The combustion of fossil fuels in power generation and industrial processes, such as cement manufacturing, emits carbon dioxide or CO2. Using various methods, carbon can be collected. The primary ones are post-combustion, oxyfuel, and pre-combustion. Post-combustion technology eliminates CO2 from the flue gases resulting from the fossil fuel combustion process. Pre-combustion procedures include turning the fuel into hydrogen and CO2 mixture, carried out until the fossil fuel is burned.

How Carbon Capture can block climate changes globally?

Capturing carbon can help mitigate pollution from large industrial facilities. It has the ability to produce ‘negative emissions’ when combined with bioenergy technologies for power generation, eliminating CO2 from the atmosphere. Many scientists and policymakers argue that this is important if the Paris Agreement’s aim is to restrict the increase in temperature to below 2 degrees C.

An increase in the number of technologies for carbon capture will be the best possible answer to this issue. CCS technologies play a crucial role in promoting new and scalable power systems under the Sustainable Development Scenario of the International Energy Agency(IEA). The IEA said that if countries are to achieve net-zero emissions goals, a sharp rise in the deployment of carbon capture technology is required. Carbon capture is becoming a vital part of many climate change control strategies, but at the same time, relatively little progress has been made on technology to date, with efforts more focused on lowering emissions than on keeping carbon out of the air.

Is Carbon Capture Technology really necessary?

An international treaty on climate change, widely known as The Paris Agreement, was signed on April 22, 2016. Compared with pre-industrial times, the key aim is to restrict global warming to well below 1.5 degrees Celsius. The world needs to achieve net-zero emissions by 2050 to limit global temperature rises to 1.5 degrees Celsius above pre-industrial levels.

Without CCS, you can still do this, but this would entail rapid and far-reaching reductions in energy demand that would, in turn, require major and impossible changes in the actions of the economy, society, and individuals. The entire world has therefore decided on a shared agenda to switch from coal-fired power to renewable energy. Economies would have to function retrospectively by scrubbing carbon dioxide from the atmosphere, which will be much less effective than trapping these emissions at their source unless expenditure in carbon-capturing technology is increased.

why is Elon Musk donating a $100 Million prize for the best Carbon Capture Technology?

On 21 January 2021, Elon Musk, who is the leader of some of the most futuristic firms, including Tesla, SpaceX, and Neuralink, tweeted that he is contributing a $100 million reward for the development of the best technology for carbon capture. Other than adding an accompanying tweet, “Details will come next week,” he did not offer much knowledge.

Sources claim this would be related to the Xprize Foundation, a non-profit organization holding competitions aimed at fostering creativity and technical growth. The newly-elected U.S. President, Joe Biden, named Jennifer Wilcox, an authority on carbon reduction technology, as the U.S. Deputy Assistant Secretary for Fossil Energy. Energy Department. He also said that as part of his sweeping strategy to tackle climate change, he will be eyeing the development of carbon capture technologies.

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