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Russia calculated that the Chinese side had sufficient financial resources and manufacturing capabilities, compensating for the Russian civil aviation industry’s financial problems. Moreover, the Russian side intended to use its advantage in engine technology to dominate production and thereby enter the huge Chinese civil aviation aircraft market. The Russians thought they had a strong selling point with the Central Aerodynamics Institute, known as TsAGI, which has more than a century of experience. Chinese technicians, however, did not share President Xi’s political calculations, and they did not think highly of Russia’s technological prowess. They believed that the Russian era of developing wide-body aircraft was part of a bygone Soviet legacy and that the real developers had already retired.

But a more fundamental problem is that Beijing’s motivation to cooperate with Russia was one-sided. China had hoped that money would entice Russia to share its engine technology, but Beijing had no intention of sharing its giant market with Moscow. With these conflicting interests from the start, it was only a matter of time before serious troubles began derailing the project.

The Russians originally wanted to use their own IL-96 aircraft as a blueprint for development. The Chinese, on the other hand, insisted on using the Boeing 787,777 and Airbus A350 as benchmarks for the development of jets with a two-aisle cabin layout, a range of 12,000 kilometers and 280 seats.

Christian Angermayer, founder of talks longevity investment, optimism on SPAC deal and light at the end of the tunnel for the biotech market.
One of the speakers at October’s Rejuvenation Startup Summit in Berlin is the entrepreneur and investor, Christian Angermayer.

With more than $3 billion under management through his Apeiron Investment Group, Angermayer is a major figure in the longevity sector through his platform biotech companies Cambrian and Rejuveron – building on his belief that everyone wants to live healthier, happier and longer lives.

Ahead of Berlin’s meeting, our editor-in-chief caught up with Angermayer for a video interview in which he shares his views on subjects ranging from longevity investing, the biotech market, and what’s happening with his $200 million SPAC with David Sinclair and Peter Attia.

Visit Longevity. Technology — https://bit.ly/3PwtH8Y

Liquid crystals consist of rod-shaped molecules that slosh around like a fluid, and in those that are nematic the molecules are mostly parallel to each other. For devices like TV screens, the odd molecule that faces the wrong way has to be removed during the manufacturing process, but these defects are key for building a liquid crystal computer, says Kos.

In ordinary computers, information is stored as a series of bits, electronic versions of 1s and 0s. In Kos and Dunkel’s liquid crystal computer, the information would instead be translated into a series of defective orientations. A liquid crystal defect could encode a different value for every different degree of misalignment with other molecules.

Electric fields could then be used to manipulate the molecules to perform basic calculations, similar to how simple circuits called logic gates work in an ordinary computer. Calculations on the proposed computer would appear as ripples spreading through the liquid.

Tiny fragments of rock brought back from an asteroid in near-Earth solar orbit are so old, they predate the Solar System.

A new analysis of samples of asteroid Ryugu has revealed the presence of mineral grains forged in the outflows or explosions of old stars before our own Sun formed.

As identified by previous research, these presolar grains reveal Ryugu is very similar to a class of meteorites known as Ivuna-type carbonaceous (CI) chondrites. However, the presence of some fragile grains indicate that parts of Ryugu may be unchanged since the asteroid formed.

DARPA has launched a competition to find AI solutions that can help with sourcing critical minerals.

Critical minerals are raw, non-fuel materials that are vital for manufacturing products that are essential to national security.

DARPA is teaming up with the US Geological Survey (USGS) to explore how machine learning and AI can accelerate critical mineral assessments.

By scientists from Inserm, CNRS, and Université de Montpellier at the Structural Biology Center in Montpellier. The nano-robot could lead to a closer study of the mechanical forces applied at microscopic levels, which are important for various biological and pathological processes.

The study was published in Nature Communications.

Cellular Mechanosensitivity