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The Tesla Cybertruck has been spotted in a handful of unique colors and designs over the last several weeks, the latest of which includes a new matte black that hasn’t yet been seen before — as driven by one of the automaker’s top executives.

Tesla’s Head of Design, Franz von Holzhausen, was seen driving a matte black Cybertruck in Santa Monica on Saturday, as spotted by X user AtomAntEater. In the clip, the vehicle can be seen with von Holzhausen behind the wheel outside of Santa Monica Teslas and Coffee before driving away.

We saw Franz driving a matte black Cybertruck at today’s Santa Monica Teslas & Coffee. Franz said “nice shirt” when he noticed the man was wearing a CT t-shirt. Dope or nope? @DMC_Ryan @BLKMDL3 @TeslaOwnersSCV @TeslaClubSoCal @ChargeGoGroup pic.twitter.com/wl3TAR0hHP

The first product from Elon Musk-led xAI was announced on Friday, and the CEO has suggested that Tesla’s vehicles may natively run a smaller version of the AI assistant.

On Saturday, X user and Tesla enthusiast Chuck Cook spotted that Musk liked a post saying that a smaller, quantized version of the AI model Grōk would run natively on Tesla with local computing power. Following Cook’s mention, Musk noted that Teslas will likely come with the largest amount of usable inference compute in the world — as long as the vehicles’ AI computer can run the Grōk model.

Provided our vehicle AI computer is able to run the model, Tesla will probably have the most amount of true usable inference compute on Earth.

Tesla CEO Elon Musk recently had an opportunity to visit the Tesla Giga Berlin-Brandenburg plant in Grünheide near Berlin, Germany. Besides making some pronouncements about interior decor, Musk reportedly let on that the plant is expected to be engaged in making Tesla’s next-generation, affordable electric car model.

According to the Gigafactory Berlin News channel on Twitter/X, which covers plant-related news, Musk announced during his visit that the upcoming €25,000 electric car (known in the U.S. to be a $25,000 electric car) will be produced in Berlin.

The latest trend in auto shows around the world is to convince us that they aren’t auto shows. The car show is out and the mobility show is in, and that means different things for different markets. The Frankfurt International Auto Show, for example, is now IAA Mobility; it has moved to Munich and features loads of bicycles. The Japan Motor Show is now the Japan Mobility Show, but instead of bicycles, it’s packed with surreal and sci-fi-ready ways to get you around, some of which are available now.

Here’s a look at the most interesting products from this year’s show.

“As the world urbanizes, urban planners and policymakers need to make sure urban design and policies adequately address critical issues such as infrastructure and transportation improvements, poverty and the health and safety of urbanites, as well as the increasing inequality within and across cities.”

Increasing population shifts from rural to urban areas are resulting in the growth of cities and towns, a process referred to as urbanization. However, this development can put a strain on urban infrastructure, such as transportation, housing, sanitation, and utilities, leading to urban decay.


Everett Atlas/iStock.

Urban decay often manifests as the deterioration of buildings and infrastructure. This can include vacant and abandoned buildings, crumbling or neglected infrastructure, and a lack of maintenance. It can also lead to societal problems such as rampant inequality and poverty.

The engine combines the right blend of power, performance, technology and efficiency.

A renowned automaker, typically known to introduce high-revving models that often found its competition in offerings from rival brands with double the cylinders, has now taken a bold step by unveiling a single-cylinder engine.

With a rich heritage dating back to 1926 when the company was founded in Bologna, Italy, Ducati has consistently… More.


Ducati.

Ducati, a name synonymous with Italian engineering excellence and high-performance motorcycles, announced the revival of a tradition with the launch of the Superquadro Mono and promises to redefine single-cylinder motorcycles with a blend of power, efficiency, and technology.

It could improve limits on information transfer speed but is made of a super expensive ingredient that might make it financially infeasible.

Researchers at Columbia University in the US have developed the fastest and most efficient superconductor that works at room temperature, a press release said. The superconductor is made of superatomic material only known by its chemical formula, Re6Se8Cl2.

In a short span of time, silicon has become an integral part of most modern-day equipment ranging from cell phones to cars, computers to smart homes. However, scientists have found that silicon will soon reach its limits. This is because of the atomic structure of the semiconductor.

The newly developed material resisted temperatures up to 7,343 degrees Fahrenheit without melting or losing shape during tests when applied to encase the surface of a waverider aircraft.

China’s scientists have claimed a major breakthrough: a successful test of a new surface material for hypersonic jets, which was considered impossible to make earlier.

The development means that the Asian powerhouse has surpassed far ahead of the United States in the hypersonic race, according to a report by the South China Morning Post (SCMP) on Monday.

Airbus unveils a hydrogen-powered engine, marking a significant step toward zero-emission aviation and a greener future for the industry.

European aviation giant Airbus sets its sights on reducing carbon emissions throughout its production process, starting with overhauling its maritime fleet, the company announced in a press release.

In a move to align with its commitment to sustainable aerospace and reduce the carbon footprint of its industrial operations, Airbus is set to upgrade its maritime transport fleet for transatlantic assembly transport. The plan, unveiled in an official release, outlines a comprehensive strategy to reduce CO2 emissions and enhance environmental sustainability in the aerospace sector.