Lifeboat Foundation

By the time our planet was four billion years old, the rise of large plants and animals was just beginning. Complexity exploded around that time, as the combination of multicellularity, sexual reproduction, and other genetic advances brought about the Cambrian explosion. Many evolutionary changes occurred over the next 500 million years, with extinction events and selection pressures paving the way for new forms of life to arise and develop.

65 million years ago, a catastrophic asteroid strike wiped out not only the dinosaurs, but practically every animal weighing over 25 kg (excepting leatherback sea turtles and some crocodiles). This was Earth’s most recent great mass extinction, and it left a large number of niches unfilled in its wake. Mammals rose to prominence in the aftermath, with the first humans arising less than 1 million years ago. Here’s our story.

Both quantum computing and machine learning have been touted as the next big computer revolution for a fair while now.

However, experts have pointed out that these techniques aren’t generalized tools – they will only be the great leap forward in computer power for very specialized algorithms, and even more rarely will they be able to work on the same problem.

Continue reading “What’s Inside a Black Hole? Quantum Computers May Be Able to Simulate It” »

Circa 2021

Israeli startup Redefine Meat has expanded throughout Europe and has debuted its plant-based ‘cuts’ of alternative meat that have been 3D-printed.

3D printed food isn’t limited to basic sustenance. Discover the world of 3D printed cakes, which could well serve to be the future of fancy pastries.

Because of their ease of use, functionality and material compatibility, 3D pens are becoming increasingly popular in the additive manufacturing market. Based on the FDM process, 3D pens are for some an alternative to desktop 3D printers, although the finishes are not as precise. Indeed, they allow users to manufacture all kinds of parts by letting their imagination and creativity run free, at a relatively affordable price. Polaroid has joined the market with its new 3D pen called “Candy Play”, which allows users to create candies from edible filaments.

With an elegant design and ergonomics, the 3D pen adapts to any hand shape according to the manufacturer. For example, the shape of Candy Play and the position of the buttons have been designed in a way to make the handling pleasant and natural. Additionally, its features mean that Candy Play 3D pen can be used by both right and left-handed people. As said before, Polaroid’s 3D pen does not use conventional thermoplastics, but edible filaments. And for those who are concerned about the sugar content of the filaments, it’s not a problem! Polaroid specifies that even if its filaments have different flavors, they are all sugar-free.

Process achieved at industrial scale in 120 litre reactor.

The 120 litre LanzaTech pilot plant that can convert carbon dioxide into acetone and isopropanol.

Continue reading “Reprogrammed bacterium turns carbon dioxide into chemicals on industrial scale” »

TOKYO, March 4 (Reuters) — Japan’s Panasonic Corp (6752.T) is looking to purchase land in the United States for a mega-factory to make a new type of electric vehicle (EV) battery for Tesla Inc (TSLA.O), public broadcaster NHK reported on Friday.

Panasonic is looking at building the factory, to cost several billion dollars, in either Oklahoma or Kansas close to Texas, where Tesla is preparing a new EV plant, NHK reported. NHK gave no timeline for Panasonic’s U.S. project.

NHK did not cite the source of its information. Panasonic said the reported plan was not something it announced.

Tesla has released footage unveiling its pre-fabricated system to deploy new Supercharger stations in record time.

This new one in Florida was built in just over a week.

Tesla is currently growing its Supercharger network at an impressive rate.

Continue reading “Tesla unveils Supercharger station built in only 8 days thanks to new pre-fabricated system” »

A research team led by scientists at Roswell Park Comprehensive Cancer Center has discovered a molecule that inhibits the growth and metastasis of pancreatic cancer cells through the iron metabolism pathway. Their findings, recently published in Molecular Cancer Therapeutics, pave the way toward the development of a new drug candidate for the treatment of pancreatic cancer.

The molecule, MMRi62, targets iron metabolism to kill cancer cells and the harmful proteins that encourage their growth and spread, suggesting that further development and refinement of this compound could lead to a new type of pancreatic cancer therapy.

“MMRi62 causes degradation of an iron-storage protein called FTH1, as well as a protein that is mutated in PDAC, resulting [in] inhibition of metastasis and ferroptosis, a form of cell death triggered by free cellular iron,” says Xinjiang Wang, Ph.D., Associate Professor in the Department of Pharmacology and Therapeutics at Roswell Park.