Lifeboat Foundation

The first PC performance benchmarks for Cyberpunk 2077 have been revealed and its one hell of a demanding title for NVIDIA & AMD GPUs.

For the first time in history manmade materials now likely outweigh all life on Earth, scientists said Wednesday in research detailing the “crossover point” at which humanity’s footprint is heavier than that of the natural world.

The weight of roads, buildings and other constructed or manufactured materials is doubling roughly every 20 years, and authors of the research said it currently weighed 1.1 teratonnes (1.1 trillion tonnes).

As mankind has ramped up its insatiable consumption of natural resources, the weight of living biomass—trees, plants and animals—has halved since the agricultural revolution to stand at just 1 teratonne currently, the study found.

Mercedes-Benz announces the next-gen eSprinter electric van that will be built on a new platform with more variants.

It is also coming to North America.

Back in 2018, Mercedes-Benz unveiled its electric eSprinter van and the electric van hit European markets last year.

Quantum computing startup IonQ today announced its road map for the next few years — following a similar move from IBM in September — and it’s quite ambitious, to say the least.

At our Disrupt event earlier this year, IonQ CEO and president Peter Chapman suggested that we were only five years away from having desktop quantum computers. That’s not something you’ll likely hear from the company’s competitors — who also often use a very different kind of quantum technology — but IonQ now says that it will be able to sell modular, rack-mounted quantum computers for the data center in 2023 and that by 2025, its systems will be powerful enough to achieve broad quantum advantage across a wide variety of use cases.

In an interview ahead of today’s announcement, Chapman showed me a prototype of the hardware the company is working on for 2021, which fits on a workbench. The actual quantum chip is currently the size of a half-dollar and the company is now working on essentially putting the core of its technology on a single chip, with all of the optics that make its system work integrated.

(WXYZ) — The Northern Lights could be visible over Michigan this week due to anticipated effects from a coronal mass ejection (CME).

The CME happened on Monday, Dec. 7 and was associated with a C7 flare, according to the Space Weather Prediction Center.

It could arrive to earth late on Wednesday night which could result in G1 (Minor) storm levels.

Leading this trend is the Oxford Nanopore sequencing platform, which currently offers the hand-held MinION instrument and even smaller instruments on the horizon.

There’s a lot of buzz right now about DJI’s impending FPV drone. We have some thoughts on why there’s so much interest and why this product will likely be a winner for the company.

It’s pretty clear that people are champing at the bit for the release of the new DJI FPV drone. We can say that because we’ve seen the page views on those posts, as well as the many comments and questions posted to our YouTube channel or sent as DMs on our Facebook page. Many people seem to be super keen to see this new drone in person. We are, too. And all this has us thinking this product has the potential to be huge. Huge.

Let’s have a look at why we say that.

Future lunar landers might come equipped with 3D printed rocket engine parts that help bring down overall manufacturing costs and reduce production time.

A new label-free optical imaging technique based on unscattered light can detect nanoparticles as small as 25 nm in diameter. The technology overcomes several limitations of other advanced methods for imaging tiny particles, and its developers at the University of Houston and the University of Texas M D Anderson Cancer Center in the US say it might be used to study viruses and other structures at the molecular level.

Imaging nanoscale objects via optical techniques is difficult for two reasons. First, the objects’ small size means that they scatter little light, making it hard to distinguish them from the background. Second, individual nano-objects within a close-packed group tend to be separated by distances that are smaller than the diffraction limit for visible light (around a few hundred nanometres) making it impossible to resolve them with conventional methods.