With messenger RNA (mRNA) therapeutics, mRNA molecules are used to instruct the body to produce its own immune response to fight different diseases. This technology is making headlines right now as people wonder if it holds the answer to making a COVID-19 vaccine available more quickly. A few biotech companies are working on creating a mRNA vaccine, but medical professionals remind everyone that no vaccine will be available until next year at the earliest - mRNA or otherwise.
How often do you engage in conversation with a new person? Once a day? Once a month? Is it something you look forward to, or something that makes you cringe? For many of us, it can be difficult to find ways to connect with strangers, whether at a cocktail party or at a networking event. This article from Inc. suggests that that’s because our focus is always on ourselves and what we want to gain from a conversation. So how would things change if we made it our focus to make the conversation meaningful for the other person instead? Check out the article to see why it recommends starting every new conversation with, “What’s your story?”
Drones are nothing new, but a drone with true, bird-like wings hasn’t been seen before. Until now. The PigeonBot has a hard electronic body, but soft feathered wings that look, and move, like a real bird. The resulting robot not only gives researchers new insight into bird flight, but also paves the way for more agile aircraft. With birdlike wings, it might be possible for other airborne machines to make tighter turns in crowded spaces, or better navigate through turbulence.
The 2000s are the era for sci-fi tech to break free from the big screen and wind itself into our reality. Sure, we don’t have access to everything they can create on a green screen (teleportation is still disappointingly absent), but in so many ways we interact daily with technology that, only a few decades ago, would’ve been impossible. The newest example of this: pixel technology called Parallel Reality.
Parallel Reality makes it possible for pixels to put out different colors of light in many different directions at the same time, so that a hundred people can look at one screen and each see something different. Delta plans to use this technology to give people access to personalized travel content using airport travel screens. To see what else the technology could be used for, and what it could inspire, we’ll all just have to stay tuned.
Whether you’ve been counting down to Christmas since June or held off until the end of Thanksgiving, it’s safe to say that we can all agree that we are officially in the holiday season. For many of us, that means it’s time to start racking our brains to find meaningful and fun gifts to share with the loved ones in our lives. Personally, we’re a fan of useful gifts that will do more than sit in a desk drawer until someone’s looking for a white elephant present. If you feel the same way, check out these 28 cool tech gifts - they’re a great mix of cooky, fun, and versatile.
Did you know puzzles have been around since at least 1700 BCE? Archaeologists have found puzzle jugs in Cyprus dating back to that long-ago era. Most of us have probably never played with a puzzle jug, but even the ubiquitous jigsaw puzzle has been here since 1767. Crossword puzzles got a later start in 1913, and the Rubik’s Cube debuted in 1974. Whether you solve puzzles with pen and paper, with friends, or with your keen mental strength, puzzles have a lot to offer our brain. Check out these 7 benefits including the growth of new brain connections, and the ability to better formulate and test theories.
We know the world is ever-changing and, honestly, we like it that way. We like the innovation and creativity that comes from human dreams and observations of the world around us. We are definitely fans of such leaps forward as indoor plumbing and air conditioning. But, what about changing something that seems like a foundational building block for our world? Something we refer to as “not just a good idea, but a law”? Yes, we’re talking about gravity. Dutch theoretical physicist Erik Verlinde has a hypothesis that completely rethinks what gravity could be. It doesn’t get rid of it or ignore its existence, but it explains it in different terms than Newton and Einstein. His theory, still being studied and fleshed out, is that gravity is an “entropic force that comes into existence as a result of information associated with the positions of material bodies...what drives gravity is the quantum entanglement of tiny bits of spacetime information.” If you find that hard to understand, that’s okay. Verlinde says new ideas in theoretical physics takes time.
On June 24, the SpaceX Falcon Heavy rocket launched, carrying new NASA technology to space. One of the technologies, the Deep Space Atomic Clock, will hopefully improve deep space navigation and, one day, enable spacecraft to fly itself. The Clock is similar to atomic clocks found in GPS satellites, but more stable, and will be a critical part of future spacecraft navigation systems - if it works. The Clock just started a one-year technology demonstration, and it will take weeks for the Clock to fully power on, and months before any performance analysis can begin.
The ocean hides many treasures in various forms: exotic marine specimens, colorful and bizarre flora and fauna, and innumerous wreck sites. When wrecked ships, planes, and cars can’t be safely brought to the surface, how do scientists study them? With the help of photogrammetry. With a combination of laser scans, thousands of photos, and software that pieces everything together to make 3D models, researchers have the ability to study wrecks from the comfort of an office. Photogrammetry helped solve the mystery of a couple who went missing in 1928 because it allowed a diver to capture images of a 1927 Chevrolet; it made it possible to display a PBM Mariner virtually in a museum - there’s only one of these planes left intact in the world; and, it’s even been used to bring real-world objects and places realistically into video games.
In 2016, approximately 9.4% of children between the ages of 2-17 had ever been diagnosed with ADHD. This amounts to 6.1 million children, with the majority of the children affected falling between 12-17 years old. A Google search for “living with ADHD,” returns 89,500,000 results. Articles range from “What Being Undiagnosed Feels Like,” to “Adult ADHD and Your Relationships.” Many of the articles discuss the struggles and strains of living with ADHD, but that isn’t the only perspective out there. There’s a very interesting ADHD podcast that focuses on the benefits of being gifted with ADD/HD. Peter Shankman created Faster Than Normal, the podcast that features people from all over the world in multiple different professions; teachers, politicians, CEOs, and rock stars are all there. They talk about unlocking the gifts of their diagnosis, and using their self-knowledge to grow personally and professionally, bettering their lives. That’s a lesson anyone could benefit from.
A telescope in Canada picked up 13 fast radio bursts (FRBs) coming from a . That’s an intense long-distance message. Such an event has happened before, but only once, and that time the FRBs were picked up by a different telescope. What does it all mean? It’s fun to think the bursts could originate from an alien spaceship or populated planet, but scientists tend to think along other lines. For example, the source could be a neutron star with a very strong magnetic field, or two neutron stars merging together. Whatever the reason, it’s pretty amazing that Earth telescopes can pick up something that’s travelled 1.5 billion light years.
The InSight lander safely reached Mars on November 26, traveling at an insanely fast 12,300 mph (19,795 km/h). Of course, it drastically slowed down before making contact, but we’re still very impressed. InSight immediately sent a message back to Earth and started taking pictures of its new home, just like anyone would do after finally reaching an exotic destination. Eventually, Insight will deploy a seismometer to measure “marsquakes,” and set up a HP3 heat probe to take Mars’ temperature. All that will take time though, as Insight needs to settle in and complete the setup process. Jim Green, NASA Chief Scientist, hopes InSight will be happily at work by March 2019.
Remote work is growing in popularity, and it isn’t hard to see why. Hiring remotely allows businesses to save on real estate, and to engage talented people from around the world. For employees, remote work removes a need to relocate and completely eliminates time spent commuting. It’s also tempting to picture ourselves working in our pajamas, or maybe in a beachfront café, or taking time in the middle of the day to take the dog for a run. All of this is possible with at least some remote jobs, but it’s important to remember the challenges that come with working and hiring remotely. Do companies have a strategy in place for getting employees access to necessary technology? How do people interact for work? How do you make people feel like part of a team when they haven’t ever met face-to-face? For some companies this is all new, but they’re working at getting it right. For other companies, like Clevertech, remote work has been the name of the game for over a decade. They know how to engage employees and clients, while building a strong community and culture. View Clevertech careers here.
Meta Data is an interesting topic.
Meta tags are used for web pages and are inserted between the head tags which are at the very top of a web page. This meta data helps search engines crawling your site to determine what they are seeing. The more relevant your meta data to your content and advertising, the better your site will rank.
The concept of meta data can be associated with a lot of content on the internet. Most recently, it was discovered that tagging your videos with meta data correctly can help improve its individual ranking with search engines, much like web pages with meta tags.
Effective software for tagging these videos is scarce, but the new startup - VRMeta - has put together a solution that allows its user's to effectively and accurately place meta data within a video.
3D-printing has changed dramatically since inventors first attempted to use it in 1980. It’s now found in multiple industries including manufacturing, architecture, art, and medicine. Recently, doctors at Children’s Healthcare of Atlanta used the technique in a groundbreaking pediatric surgery. Doctors at the hospital received emergency clearance from the FDA to use 3D-printed tracheal splints to open the airways of a 7-month-old battling congenital heart disease and Tracheobronchomalacia. Three 3D-printed splints were placed around the baby’s trachea to open his airways. Eventually, the splints will be absorbed into the body.
This is a fantastic example of human ingenuity, and the miracles that can occur with technology and dedicated professionals working together.
It is the start of the season for the most popular sport in America.
The start of the season means that teams are finally going to see what they've produced over the past 6 months. General Managers are going to love or hate decisions they've made based on actual production on the field. Will the teams at the bottom of the pack make a rise to the top? Will the teams on the bubble of making the playoffs last year finally be able to break through?
Another question looming the NFL is the ever-so abundent term - CTE. Will the NFL be able to sustain its glory even though there is research pointing to detrimental activity in the brain after a player's career?
Some players like Tom Brady and Eli Manning have been in the league a long time now, and guys like these need to be as healthy and active as possible in order to compete. VA Surgery Associates understands the need to be healthy in order to perform your greatest at your time of need. We are looking forward to the start of a healthy season tonight!
Enthusiasts are looking to blockchain technology to return ownership of personal data to individuals. This decentralization would give individuals the power to share data, or not, as desired. It has appeal, certainly, as hacks of sensitive data persist across the world. There are challenges though. One: how would the technology actually work? Two: Are there enough people invested in the idea for widespread adoption?
Marketing would be key to convince people decentralization solves a problem, is safe, and is worth the hard work of managing personal encryption. Technology is growing. Here’s another opportunity to see how we’ll grow with it.
Imagine for a second, the World is at a standstill. It is the cuban missle crisis and a million thoughts per second are going on through everyone's minds. A billion different opinions spanning across the globe that are left unheard.
Imagine... If Twitter were around during this time period. Imagine having a billion opinions on anything going on as we have now. What might have happened if JFK and the World were on Twitter? Could you picture a sporting event where the power of Twitter would have made a huge impact within the sport?
Appreciate the evolution of technology as we continue to grow with it, and imagine the possibilities in the future as we think about the past through it's lens.
Surgery centers such as Virginia Surgery Associates provides expert providers to general consumers. While marked by most as a business for profit, the service provides customers with optimum care and surgery in something that is very intriquite and personal which can provide a safe feeling of sorts for anyone looking to receive surgery.
With incredible providers like Barry Walter, General and Breast Surgeon, customers are able to receive top-of-the-line care.
“I firmly believe that ambient computing is here to stay,” Amazon’s head of devices, Dave Limp, told The Verge in a recent article. Amazon is currently holding its Alexa Prize competition, a multimillion-dollar competition to build AI that can chat just like a human. This year’s eight teams know they face incredible challenges but the drive and passion, the ingenuity and creativity is there – and that shouldn’t be taken lightly. For technology to change, something has to galvanize research. For there to be a future in voice-based computing, someone has to be willing to try and fail, to meld together existing techniques and to think of something completely new.
As bright minds continue dreaming of ways to change AI, it will be interesting to see how the digital world changes.
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