Signs Of Past Alien Life👽

Artifacts were found in an unspecified Mexican cave,we dont know yet, the artifacts are fake or real.

“There are Tons more where they came from. More and more locals and farmers are showing their private Artefacts. Fortunately they did not give their Artefacts to the Smithsonian Institute and the like for further Analysis.”

If it real artifacts, that could provide proof of “mysterious civilizations and lost worlds.”

Its been a long time that scientists from across the globe are in search for alien lives around the cosmos and those involved in these expeditions have something exciting in their store to leave you amazed.

The spooky artefacts unearthed by those alien hunters in Mexico contain spaceships and face of those living beings with wide eyes and abnormally large head.

The sculptures are strange because they are of creatures that have very large eyes and an elongated head, much like the way aliens have been portrayed in popular culture and certainly unlike anything here on Earth. They think this is evidence that aliens visited our planet thousands of years ago, and the sculptures were either made by the aliens or humans did after encountering them.

The artifacts are designed in a mysterious manner, and most of them feature living beings with wide eyes and long faces, a popular depiction of aliens which we have seen in sci-fi movies. Some other artifacts portray spaceships flying from the Earth's surface.

New £36,000 400-megapixel Camera📸

Swedish camera manufacturer Hasselblad has announced the H6D-400c, a 400-megapixel camera. 

Building on a vast experience of developing exceptional, high-quality single and multi-shot cameras, Hasselblad once again has raised the bar for image quality captured with medium format system.

Multi-Shot capture has become an industry standard in the field of art reproduction and cultural heritage for the documentation of paintings, sculptures, and artwork. As the only professional medium format system to feature multi-shot technology, Hasselblad continues to be the leading choice for institutions, organizations, and museums worldwide to record historic treasures in the highest image quality possible.

With over 10 years of digital imaging expertise, the latest Multi-Shot digital camera combines the H6D’s unrivalled ease of use with a completely new frontier of image quality and detail. This new camera encompasses all of the technological functions of Hasselblad’s H6D single shot camera, and adds to that the resolution and colour fidelity leaps that only Multi-Shot photography can bring to image capture.

With an effective resolution of 400MP via 6 shot image capture, or 100MP resolution in either 4 shot Multi-Shot capture or single shot mode, the Multi-Shot capture requires the sensor and its mount to be moved at a high-precision of 1 or ½ a pixel at a time via a piezo unit. To capture Multi-Shot images the camera must be tethered to a PC or MAC.

To generate a 400-megapixel picture, the H6D-400c utilises Hasselblad’s Multi-Shot technology to snap four 100-megapixel stills, shifting the sensor by one pixel for each capture. It then takes two more images, moving the sensor by half a pixel.

Finally, the system combines all six stills to form a single 400-megapixel (23,200 x 17,400 pixel) 16-bit TIFF image that weighs in at 2.4GB – so don’t expect to be able to shoot in burst mode whilst on-the-go.

It would be nigh on impossible to do so, in fact, as the H6D-400c has to be tethered to a computer when shooting a 400-megapixel image – the body itself doesn’t have enough power to process the shots without some assistance.

The H6D-400c MS will begin shipping March 2018 with a MSRP of € 39,999 / $ 47,995 / £ 36,250 / RMB 319,999 / JPY 5,391,380 excl. VAT. Pre-orders can start to be taken January 16th. Hasselblad will make the H6D-400C MS available to rent for around $399 per day.

Smartphone screens into Speakers📳

Google has quietly acquired a UK startup focused on technology that turns surfaces such as phone displays into speakers.It reported that Redux is able to turn screens into a speakers by vibrating the screen itself using small actuators.

Redux has only been able to use its technologies inside PCs and some car infotainment systems - but that could be about to change. 

The system by Cambridge-based Redux could eliminate the need for small speakers to be used in mobile phones.Freeing up space for batteries or other components. 


It is unclear when Alphabet – via an Ireland-based subsidiary of Google – acquired the company, but the transfer of shares of Redux’s holding company, NVF Tech, to the US technology giant was confirmed on 13 December, according to UK regulatory filings.

Deal happened in August.A spokesperson for Google declined to comment on a purchase price, or other the details of the acquisition.

Backed by investors including Arie Capital, Redux raised $5m in March 2017 and concentrated on markets including computing, mobile, automotive and industrial controls.

Alphabet has a range of potential uses for the technology. Its main Google division started selling its own smartphones in 2016, so new engineering talent from Redux may help the company develop handsets with better sound.

The most powerful PC GPU ever created💻

Nvidia has unexpectedly announced the most powerful PC GPU ever created.

The GV100-powered Titan V, which is fabricated on a new TSMC 12-nanometer FFN high-performance manufacturing process, is available today for $3,000. It features 110 teraflops of raw performance, 21.1 billion transistors, 12GB of HMB2 memory, 5120 CUDA Cores, and 640 tensor cores. Nvidia says it has nine times the horsepower of its predecessor, the Pascal-based Titan Xp.

Nvidia is trumpeting the Titan V as offering 110 TFLOPS of horsepower, “9x that of its predecessor.” We don’t doubt that’s literally true, but it’s not a comparison to the single-precision or double-precision math we’ve typically referenced when discussing GPU FLOPS performance. It’s a reference to Volta’s performance improvement in deep learning tasks over Pascal, and it’ s derived by comparing Volta’s tensor performance (with its specialized tensor cores) against Pascal’s 32-bit single-precision throughput.

That doesn’t mean the comparison is invalid, since Volta has specialized tensor cores for training neural networks, and Pascal doesn’t, but it’s a little like comparing AES encryption performance on a CPU with specialized hardware for that workload with another CPU that lacks it. But it’s fair only for the specific metric being measured, as opposed to being a generalizable test case for the rate of improvement one CPU offers over the other.

Nvidia’s stated goal with the Titan V is to offer researchers who don’t have access to supercomputers or big iron HPC installations the same access to cutting-edge hardware performance that their compatriots enjoy. While the GPU is priced at an eye-popping $3,000 (relative to the regular PC market), that’s not very much compared with the typical cost of an HPC server.

This GPU family has been moving back towards its scientific computing research roots for a number of years.

You can buy a Titan V at the Nvidia store right now.

Diamond ring wrapped around carrot.🥕

Canadian woman, 84, finds long-lost diamond ring wrapped around carrot.

It’s been 13 years since Mary Grams lost her engagement ring in the garden September 2004, a secret she shared only with her son.

Her daughter-in-law, Colleen Daley, was the one who pulled the lucky carrot from the ground.

"I knew it had to belong to either grandma or my mother-in-law," Daley said, "because no other women have lived on that farm.

"I asked my husband if he recognized the ring. And he said yeah. His mother had lost her engagement ring years ago in the garden and never found it again. And it turned up on this carrot."

Mary Grams,holds the carrot encircled by her long-lost engagement ring.

The carrot looks a bit like a finger wearing a ring, she said.

Grams's husband died five years ago, a month after the couple's 60th wedding anniversary. She's looking forward to putting her original ring back on.

"I'm going to wear it because it still fits," she said.

Computer Virus in Your DNA🔗

Hackers have used all sorts of attack vectors to gain control of someone else’s computer, from USB drives to phishy emails. Now, researchers from the University of Washington predict that we might one day see viruses infect systems through DNA.

It’s a far-fetched case, but still worth thinking about.

New research that came out Thursday from the University of Washington demonstrates how hackers were able to encode malware into a short strand of DNA. It was then used to infect and take control of a computer connected to a DNA sequencing machine. And as if that alone isn’t alarming enough, the malware-infused DNA was programmed to launch the virus on its own when the DNA is analyzed. So instead of malware being spread through an email attachment, their research showed that “DNA can be a method of compromising the computer,” said Peter Ney, one of the Ph.D. students who worked on the research team at UW.

As you can probably tell, this hack was very complicated to carry out and, of course, it requires your computer to be connected to a genetic sequencing machine, which you presumably don’t have in your home office.

But the threat here isn’t (currently) to personal computers it’s to research facilities and DNA sequencing labs. Hypothetically, a malicious actor could send DNA with malware in it to a lab for sequencing. When it’s run through the sequencing system, the malware would be unleashed onto the corresponding computer and take control over that system, where it can read future DNA sequences or even alter genetic data.

This isn’t a hack that poses a near danger since it was so complicated to carry out, the researchers say. Still, gene sequencing’s price is dropping rapidly. In 2001, it cost about $100 million to sequence a genome. Now it costs about $1,000, and it will only get cheaper, particularly as the quest for precision medicine continues. The U.S. has a goal of sequencing the DNA of 1 million Americans to learn how to individually tailor medical treatment. So this hack could be a sign of larger problems down the road.

Malware isn’t the only thing that can be coded into DNA. Earlier this year, scientists at Harvard discovered a way to upload a GIF into a DNA sample. The Universal Declaration of Human Rights and 100 works of classic literature have been converted into digital data uploaded onto synthetic DNA. And DNA, it turns out, may be a viable alternative to the ways data is stored now, as companies typically keep digital records on servers in massive, power-hungry data centers. Hard drives and flash drives have relatively short shelf lives and can crash over the course of a few years, but DNA, on the other hand, could potentially store information for thousands of years.

Theoretically, it may even be possible to store files on our own DNA, allowing humans to carry malware or secret files. But it wouldn’t necessarily be easy to extract.

“Once the DNA is inside you, it would be very difficult to pick that DNA out and amplify that specific piece.

You might be able to store data on your skin or microbiome.If we take bacteria from your own skin, it could carry a file. We can also embed DNA with data into food. 

If a piece of DNA inside you carries digital files, it doesn’t mean that DNA is going to reproduce all over your body. To do that, the file carrying DNA would probably have to be put into an embryo, and right now most of that kind of research is focused on curing genetic disease.

But the more researchers find ways to store information on DNA and or even hack into sequencer systems to alter results, the more this emerging field of research will need to think about security, too. Anything, it seems, can be hacked,even DNA.

But it’s often only a matter of time, money, and effort to go from proof of concept to "OMG WE ARE IN THE CODE"! Or maybe that was a cyberpunk story.