Toggle light / dark theme

An AI algorithm is capable of automatically generating realistic-looking images from bits of pixels.

Why it matters: The achievement is the latest evidence that AI is increasingly able to learn from and copy the real world in ways that may eventually allow algorithms to create fictional images that are indistinguishable from reality.

What’s new: In a paper presented at this week’s International Conference on Machine Learning, researchers from OpenAI showed they could train the organization’s GPT-2 algorithm on images.

While the ID Buzz, aka the electric Microbus, isn’t quite production-ready, it may not be the only iconic vehicle Volkswagen’s rebooting into an EV. 2019 saw the release of the final Volkswagen Beetle. Despite its styling and long history, consumer interest lagged, and VW discontinued it. But now, there’s rumors of a new Volkswagen Beetle—an electric one.

RELATED: Why Is This 1964 Volkswagen Selling For $290,000?

This news comes courtesy of the electric Volkswagen forum VW ID Talk, Autoblog reports. Forum users discovered several VW trademark applications submitted to the EU Intellectual Property Office.

Posthuman Buddhism isn’t restricted to human-era schools or traditions, These (previously unpublished) tsakli are from all Vajrapani schools. Unlike Eastern cultures, in the West we do not require a “Guru” and tsakli can be used for “self-initiation”. Unlike religions that make truth claims for supernatural beings or impossible events, Buddhism sees any deities (peaceful or wrathful) as self-originating. The future surely lies with psychomorphological approaches that are amenable to — and not contradictory — to science.


This new book, 4 in the series, contains fourteen rare and unusual C17th or C18th “Grande Tsaklis”, another four late C18th examples reportedly originating from Tsurphu monastry, plus two extremely large tsakli (giants in tsakli terms) one depicting a wind horse whilst the other shows a figure in historically early clothes with butterlamp, male and female deer and an elephant, C16th to C18th. All fronts and reverse (texts) of tsakli are shown.

These 13 plus (1 from different series of the grandes tsakli) detail rituals to be performed at certain times of the year that promote longevity and ward off evil influences. Astrological and various motifs and ritual implements are shown in the compartments, and crucial text is in the triangles. Some have damage (below missing top part of red border). All 20 are rare.

The four Tsurphu monastery originating long or grand tsakli are also compartmentalized but of a different style, and are perhaps 100 years younger, late C18th, imo. They have intricate feathered text patterns on reverse (see below). These text (eagle) wings of the Garuda bird-headed deity reflect paintings of Garudu whhich feature in top sections of all fronts. These four grand tsakli are quite dark in normal light (one with slight burn mark on reverse) and so I have digitally enhanced the brightness (mostly I don’t much digitally enhance the tsakli images).

To treat the mice, the team gave them brain implants: a fiber optic that shined light onto a region called the paraventricular thalamus and blocked withdrawal symptoms. A day later, the mice no longer sought out morphine and relapse — or at least do the lab mouse version of relapsing — even after two weeks.

According to the new research, published Thursday in the journal Neuron, people relapse partially because they miss the high, but more so because the symptoms of withdrawal can often be overwhelming. By down those symptoms, the mice appear to be able to kick the habit more easily.

“Our success in preventing relapse in rodents may one day translate to an enduring treatment of opioid addiction in people,” CAS researcher Zhu Yingjie said in a press release.

In order to see and then grasp objects, robots typically utilize depth-sensing cameras like the Microsoft Kinect. And while such cameras may be thwarted by transparent or shiny objects, scientists at Carnegie Mellon University have developed a work-around.

Depth-sensing cameras function by shining infrared laser beams onto an object, then measuring the amount of time that it takes for the light to reflect off of the contours of that object, and back to sensors on the camera.

While this system works well enough on relatively dull opaque objects, it has problems with transparent items that much of the light passes through, or shiny objects that scatter the reflected light. That’s where the Carnegie Mellon system comes in, by utilizing a color optical camera that also functions as a depth-sensing camera.