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And today we will examine the idea to see if there are any ways under known science that might permit it, as well as discuss some novel uses for the technology that tend to be overlooked.

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Concrete is responsible for 8 percent of the world’s carbon emissions.

In construction, concrete emissions refer to the greenhouse gas emissions associated with the production and use of concrete, one of the most widely used construction materials globally. Due to energy-intensive cement production processes and chemical reactions that take place during concrete curing, the concrete industry is a substantial source of carbon dioxide (CO2) emissions, responsible for an estimated 8 percent of the world’s emissions.

Cement, which is a byproduct of heating limestone (calcium carbonate) and other minerals to high temperatures in a kiln, is the main component of concrete. In order to produce the… More.


Jewett is on the hunt for materially efficient components that can be utilized to construct structures such as bridges and buildings. He does this through the use of computational power. During his work, he also takes into account additional restrictions, particularly making sure the manufacturing cost isn’t too expensive.

The new tool has the capacity to undertake strand-specific gene editing without any cuts.

Chinese researchers claim to have created a new gene-editing technique called CyDENT that is more effective than Clustered Regularly Interspaced Short Palindromic Repeats (CRISPR) technology.

This is according to a report by the South China Morning Post (SCMP) published on Saturday.

The cutting-edge gene-editing technique CRISPR enables precise DNA changes within an organism’s genome. Its development in the past few years has significantly advanced genetic engineering and biotechnology.

75% of people who use generative AI use it for work and 70% of Gen Z uses new generative AI technologies, according to a new 4,000-person survey by Salesforce, which has been integrating AI into its products for years. Also found: 68% of those who haven’t tried generative AI are Gen X or boomers.

“There’s a generative AI divide,” says Salesforce senior director of product marketing Kelly Eliyahu. “49% of the population has used it, and 51% has never used it.”

Generative AI has been around for a long time, with generative models dating back as far as 1972, according to Intel AI expert Ilke Demir. But it has burst onto the popular consciousness with the emergence of OpenAI with ChatGPT and visual creations from technologies like Creative Diffusion, MidJourney, and Adobe Firefly.

As the Indian healthcare sector increasingly adopts robotic surgery, Dr. Mahendra Bhandari, the CEO of the US-based Vattikuti Foundation and a prominent advocate for robotic surgery, highlights the growing presence of various surgical robots from multiple vendors. He underscores the rising number of trained doctors and the commitment of both government and corporate hospitals to invest in surgical robots across the country.

The Vattikuti Foundation, founded by Indian American entrepreneur and philanthropist Raj Vattikuti, serves communities in Michigan, USA, and India. It initiated the Vattikuti Urology Institute at Henry Ford Health in Detroit, Michigan, in 1997 and has since evolved into an international organisation promoting excellence in robotic surgery through various avenues.

In an exclusive interview Dr. Jayati Dubey, DHN, speaks to Dr. Bhandari on the expanding scope of robotic surgery in India.

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The satellite, dubbed ADRAS-J, was unveiled by Tokyo-based venture Astroscale Japan Inc., which is developing technology to remove space debris including the remains of satellites and rockets that have reached the end of their operational lives.

The satellite is 80 centimeters in length and width, 1.2 meters high and weighs about 150 kilograms. It is scheduled to be launched by a commercial rocket from New Zealand by the end of this fiscal year. The satellite aims to come within a few to several… More.


TOKYO — A demonstration satellite scheduled to be launched within fiscal 2023 that aims to approach space debris, apparently in the first attempt of its kind in the world, was shown to the press on Sept. 7.

A simple add-on to Ingenuity-like crafts could gather unique data, scientists say. Last weekend, NASA’s Ingenuity helicopter notched over 100 minutes of flying time in thin Martian air, a feat which until only a couple of years ago was considered wildly ambitious.

Originally designed for a simple technology demonstration, the “Marscopter” has far exceeded its initial one-month, five-flight mission, after which its role was extended to scout the Martian landscape and assist NASA’s Perseverance life-seeking rover. Riding on Ingenuity’s success, scientists are already planning two more mini helicopters. These will serve as backup copters in the space agency’s mission to bring tubes of Martian… More.

But OpenAI isn’t Altman’s only project, and it’s not even his only project with ambitions to change the world. He is also a co-founder of a company called Tools for Humanity, which has the lofty goal of protecting people from the economic devastation that may arise from AI taking human jobs. The company’s first major project is Worldcoin, which uses an evil-looking metallic orb—called the Orb—to take eyeball scans from people all over the world.

Those scans are converted into unique codes that confirm you are a real, individual human, not a bot. In the future, this will theoretically grant you access to a universal basic income parceled out through Worldcoin’s cryptocurrency, WLD. (You will want this because you will not be able to find work.) More than 2 million people in 35 countries have been scanned already, according to Tools for Humanity’s World ID app. Although it’s not yet available in the United States, the WLD token has been distributed elsewhere, and the company has also recruited users through cash incentives in countries such as Indonesia and Kenya.

The US firm best known for its gaming tech has long been ahead of the curve in supplying the tools needed by tech developers.

It’s not often that the jaws of Wall Street analysts drop to the floor but late last month it happened: Nvidia, a company that makes computer chips, issued sales figures that blew the street’s collective mind. It had pulled in $13.5bn in revenue in the last quarter, which was at least $2bn more than the aforementioned financial geniuses had predicted. Suddenly, the surge in the company’s share price in May that had turned it into a trillion-dollar company made sense.

Well, up to a point, anyway. But how had a company that since 1998 – when it released the revolutionary… More.