Scientists-prove-dna-can-be-reprogrammed-by-our-own-words.
Russian Scientists Prove DNA Can Be Reprogrammed by just our Words and other outside Frequencies THE HUMAN DNA IS A BIOLOGICAL INTERNET and can be reprogrammed.
Update January 29th, 10:10AM ET: SpaceX successfully launched its Falcon 9 rocket on time this morning, deploying all 60 satellites into orbit. The rocket also performed another landing on the company’s drone ship in the Atlantic after launch. While SpaceX did catch one half of the rocket’s fairing, the other half just missed its boat.
Original story: A week after performing a crucial test flight for NASA, SpaceX is poised to launch yet another Falcon 9 rocket from Florida. This mission is tasked with sending up the latest batch of internet-beaming satellites for SpaceX, adding on to the roughly 180 satellites the company already has in orbit.
Chip Walter discusses his book, “Immortality, Inc”, at Politics and Prose.
Living forever has always been a dream, but with today’s science, technology, and visionary billionaires, it may be a distinct possibility. At the very least, as Walter reports in this compelling investigation, immortality researchers are changing the way we view aging and death. Looking at the science, business, and culture of this radical endeavor, Walter, a science journalist, author of Last Ape Standing, and former CNN bureau chief, lays out the latest research into stem cell rejuvenation, advanced genomics, and artificial intelligence; talks to key thinkers such as Ray Kurzweil and Aubrey de Grey; and takes us into the Silicon Valley labs of human genomics trailblazer Craig Venter and molecular biologist and Apple chairman Arthur Levinson. Walter is in conversation with Hilary Black, executive editor at National Geographic Books.
SpaceX is planning a mega-constellation of thousands of internet satellites called Starlink. But the FCC didn’t perform an environmental review.
BioIoT!!
The internet of things connects devices across the globe. Now researchers are considering how bacteria can join the network.
Updated at 9:50 p.m. Eastern.
WASHINGTON — A green propulsion startup with more than $1 million in sales says it is gaining traction in the smallsat market while funding its own small launch vehicle.
Dawn Aerospace, based in New Zealand and the Netherlands, has its first propulsion system launching in March on a D-Orbit cubesat aboard a Vega rocket. A second is scheduled to launch on an Indian PSLV in the second quarter of 2020 on a cubesat for Hiber, a Dutch Internet of Things startup. Dawn Aerospace also has contracts from the New Zealand Space Agency and the U.S. Air Force, Dawn Aerospace CEO Jeroen Wink said in an interview.
According to Nikkei, various countries have begun to target the next generation of communication technologies after 5G. Japan plans official-civilian cooperation to formulate a comprehensive strategy for “post-5G” (6G technology). It plans to achieve communication speeds that are 10 times faster than 5G by 2030. China, South Korea, and Finland have also started research, development, and investment. If you have patents related to communication standards, you can make huge profits through the sale of equipment and software. Japan, which is slowing down in 5G development, strives to catch up.
Symbiotic fungi have a key role in soil ecosystems and inoculating plants with them has been claimed to benefit their growth. But scientific evidence shows a very complex picture; which might surprise you.
Today, countless electronic devices have touchscreens, including smart phones, tablets and smart home appliances. Touchscreen interfaces have become some of the most common means for users to communicate with and browse through their devices.
With this in mind, a research group at imec in Belgium has recently carried out a study exploring the potential of touchscreen interfaces for enabling the simple transfer of data to and from devices connected to the internet. In a paper published in Nature Electronics, the team showed that commercial touchscreens can be used as reader interfaces for capacitive coupled data transfer using a 12-bit, thin-film identification tag powered by a battery or photovoltaic cell.
“Our field of expertise is flexible electronics for IoT and Internet of Everything applications,” Kris Myny, principal scientist at imec and one of the researchers who carried out the study, told Tech Xplore. “In this field, we look into thin-film circuits, i.e. flexible RFID tags that can be embedded in objects and communicate to RFID and/or NFC readers. Based on this, our next step was to investigate whether we could expand the number of readers.”
