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Amazon will be launching its Internet Satellites next year

Amazon is planning to launch 3236 satellites around 2023 as part of its Project Kuiper, a space initiative to provide high-speed internet access across the globe from low Earth orbit. The company released a statement saying that it aims to provide reliable, affordable internet access to unserved communities and areas across the world while reducing disparities in access.
The entire Project Kuiper constellation is expected to cost around $10 billion, with the initial launch costing about $1 billion. Amazon has a plan to bring internet service to communities around the world that are currently underserved by existing services. The first two prototypes, Kuipersat-1 and Kuipersat-2, will launch on a United Launch Alliance Vulcan Centaur rocket in early 2023.

Amazon is planning to launch 3236 satellites around 2023 as part of its Project Kuiper, a space initiative to provide high-speed internet access across the globe from low Earth orbit.

Amazon is planning to launch 3236 satellites around 2023 as part of its Project Kuiper, a space initiative to provide high-speed internet access across the globe from low Earth orbit. The company will use a rocket named “Blue Origin” which can carry up to nine tons of payload.
The project is expected to cost $10 billion and will take place over several years.

The company released a statement saying that it aims to provide reliable, affordable internet access to unserved and underserved communities across the world while reducing disparities in access.

Amazon has announced that it plans to launch 3236 satellites around 2023. The company released a statement saying that it aims to provide reliable, affordable internet access to unserved and underserved communities across the world while reducing disparities in access.

The entire Project Kuiper constellation is expected to cost around $10 billion, with the initial launch costing about $1 billion.

The entire Project Kuiper constellation is expected to cost around $10 billion, with the initial launch costing about $1 billion. Amazon will fund its part of the project through a public offering of shares and debt securities on the New York Stock Exchange. The company plans to use its cash flow from operations as well as any future proceeds from this offering for construction costs and sustaining capital investments related to Project Kuiper.

Amazon has a plan to bring internet service to communities around the world that are currently underserved by existing services.

Amazon has a plan to bring internet service to communities around the world that are currently underserved by existing services.
Amazon’s Project Kuiper will provide high-speed internet access to underserved communities and create new ways for businesses and consumers to communicate with each other. The effort is part of a space initiative called Project Kuiper, which aims to provide high-speed internet access across the globe from low Earth orbit.

The first two prototypes, Kuipersat-1 and Kuipersat-2, will launch on a United Launch Alliance Vulcan Centaur rocket in early 2023.

The first two prototypes, Kuipersat-1 and Kuipersat-2, will launch on a United Launch Alliance Vulcan Centaur rocket in early 2023. The ULA Vulcan Centaur rocket is a new rocket from ULA that will be used to launch the satellites.
The initial design of Amazon’s satellite constellation was revealed by GeekWire back in September 2018—it includes six spacecraft flying at altitudes ranging from 500 kilometers (310 miles) to 1,200 kilometers (745 miles). The company said that it would use its planned internet service as part of its efforts to create an open source platform for developers around the world

Amazon will begin testing satellites for Project Kuiper early next year to make high speed internet available worldwide.

Amazon will begin testing satellites for Project Kuiper early next year to make high speed internet available worldwide. The company plans to launch three prototype satellites in early 2023, which are expected to be launched by a Vulcan Centaur rocket. These satellites will be tested before being placed into orbit around the Earth’s equator at an altitude of about 100 miles (160 km).
The company has said that it will use these satellites as part of its plan to provide access for millions of people who currently don’t have access or rely on slow connections provided by cellular networks or other providers like Google Fiber.

Conclusion

The launch of Amazon’s Project Kuiper is expected to begin in early 2023. The company has already released a statement saying that they plan to provide reliable, affordable internet access to unserved and underserved communities across the world. The entire constellation is expected to cost around $10 billion, with the initial launch costing about $1 billion
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New York refused air permit to Bitcoin mining plant

In recent years, Bitcoin mining has become increasingly popular as a way to earn money. However, it appears that New York may be putting an end to this activity. According to a new report, the state is considering banning Bitcoin mining due to its high electricity consumption. This would be a major blow to the numerous individuals and businesses who have been involved in mining activities in New York.

New York is considering banning Bitcoin mining due to its high electricity consumption

New York has denied an air permit to a power plant that would have mined Bitcoin, due to concerns about the high electricity consumption of Bitcoin mining. This is a major setback for the Bitcoin mining industry, as New York is one of the largest markets for cryptocurrency. However, some experts say that this could be a good thing for Bitcoin in the long run, as it will force miners to use more efficient methods of mining.

This would be a major blow to the numerous individuals and businesses who have been involved in mining activities in New York.

This would be a major blow to the numerous individuals and businesses who have been involved in mining activities in New York. The state has denied an air permit to a proposed bitcoin mining power plant, dealing a potentially fatal blow to the project. The move is likely to delay or halt the development of other bitcoin mining operations in the state, as well.

Mining activities require a lot of energy and are therefore costly.

The plant would have been required to obtain an air quality permit from the state in order to operate, but the state has denied the request. The decision comes as a blow to the company, which had planned to use excess energy from a natural gas power plant to mine Bitcoin. Mining activities require a lot of energy and are therefore costly. In addition, they can have a negative impact on the environment due to their emissions. For these reasons, many states have strict regulations surrounding mining operations.

The state is concerned about the environmental impact of Bitcoin mining.

Though Bitcoin has become more popular and valuable in recent years, its environmental impact is still a cause for concern. A power plant in New York that was hoping to use Bitcoin mining to generate electricity has been denied an air permit by the state due to these concerns. This decision may set a precedent for other states or countries who are also struggling with how to regulate Bitcoin mining’s energy usage.
– New York State has set a goal to reduce its greenhouse gas emissions by at least 85% over the next few decades.
– This goal is one of the most ambitious climate targets set by any government in the world.
– If successful, it would help to avert some of the worst impacts of climate change.
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The New York State is distributing Robots to senior citizens

The New York State government is investing in a small army of robots, but not for war. They want to be companions for elderly people who live alone. In the past few months, they’ve distributed around 500 of the robots to senior citizens with dementia across the state of New York.

New York State has been running a pilot program to give away companion robots to residents in nursing homes

New York State has been running a pilot program to give away companion robots to residents in nursing homes. The robots, ElliQ, are designed to encourage social interaction, with features like an artificial intelligence system that can remind users of upcoming appointments and help them stay on track with their medication schedules.
The robotic companions are part of the state’s effort to combat what it calls “the fourth leading cause of death”: loneliness. In addition to the nursing home test program, another location is testing ElliQ at the James J. Peters VA Medical Center in New Jersey and other sites around New York State are expected soon.

The robots are designed to encourage social interaction

While the robots are designed to encourage social interaction, they may also be used as companions for elderly people who do not have a family member or friend nearby.
The robot is designed to be a companion that can help with everyday tasks, such as going shopping or answering questions. It will also encourage social interaction by playing games and offering conversation.

The robot, called the ElliQ, is intended as a companion for elderly users who may be lonely or isolated

The robot, called the ElliQ, is intended as a companion for elderly users who may be lonely or isolated. It can help them check their schedule and remind them about appointments. The device also has facial recognition capabilities that could let it alert family members if someone doesn’t show up at an event they were scheduled to attend.
The ElliQ is part of a broader effort by New York state to provide these kinds of services for senior citizens. Last year, Albany awarded $1 million in grants to six organizations that will develop programs aimed at improving health outcomes among older adults in the region by providing services such as nutrition assistance and physical therapy referrals — all through technology-driven solutions like this one.

The device is capable of playing music, reminding users about appointments, and connecting with family members over video chat

If you’re looking for your next companion, ElliQ might be the robot for you.
ElliQ is a social robot that can play music, remind users about appointments, and connect with family members over video chat. The device will also help New Yorkers in nursing homes keep track of their health by measuring heart rate and blood pressure.
The robotic devices are being tested at 15 different nursing homes throughout New York State as part of a pilot program with Samsung. If all goes well, hundreds more ElliQs may be sent to other facilities throughout the country.

It’s also being tested at other locations in the state and across the country

Other states, including Michigan and New Jersey, are also testing the robot as a potential solution for loneliness among the elderly.
The robot is called Lumi and it’s being tested at other locations across New York State and across the country.
It also comes with cameras that can be used to keep an eye on seniors who live alone or are isolated from their families, according to a statement from Governor Andrew Cuomo’s office.

Robots can be companions for people who are lonely

When you think of a robot as a companion, it might seem like a far-off futuristic technology. But wait—isn’t that exactly what your Roomba is for? And what about the cute little robots that teach kids math and science?
Those are just the beginning! You can also find companion robots for people who are lonely or physically unable to leave their homes. These robots can help with social interaction, physical activity, mental health, and more.

Conclusion

We hope this article has been informative and helpful to those of you thinking about getting a robot pet. These little things are a great way to keep the elderly company since they don’t need much attention and can be programmed to do all sorts of tasks. We know it’s hard not to think about how lonely your loved one might feel, but there are other options besides robots too! You could get them a companion like another dog or cat that they could play with during their downtime while also keeping them company during long days at home alone.
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NASA Is Thinking For A Second Moon Lander

American space giant NASA has announced its plans for a second human  lunar lander for the first time since the 1970s for its Artemis program that is the agency’s  major  spaceflight initiative to send humans back to the moon. 

Competition To Build The Vehicle

There is a tough competition between companies as NASA is calling on commercial space companies to propose their ideas for the lunar lander that can take people to and from the Moon’s orbit and the lunar surface, with the target to get it ready by 2026 or 2027.
But here’s the thing, NASA already has a contract with SpaceX for its Artemis program which it awarded to SpaceX worth $2.9 billion to develop the  lander  which aims to land the first woman and the first person of color on the moon. 
NASA  had originally wanted to pick two companies for the program to have a competition and to keep costs down, the three finalists being- SpaceX, Blue Origin and Dynamics. But the agency ultimately chose one due to budget constraints.

The Winning Bid

NASA had requested Congress for $3.4 billion to fund the Artemis project for the year 2021 but received only $850 million i.e., 25 % of what was asked. Due to this NASA went with SpaceX as it offered the most affordable bid. 

The Lawsuit

But picking one finalist didn’t set well with the losing Blue Origin . Hence, Blue Origin decided to sue NASA in the federal court  but lost. In October, the Senate Appropriation Committee introduced a bill that would direct NASA to pick a second company but in the most recent budget bill it was not forced to do so and also received the full $1.195 billion that the agency asked for to develop the lunar landers. NASA is announcing official plans to select another company ahead of President’s Joe Biden’s budget request expected next week.

Bill Nelson, NASA’s administrator said “ competition leads to better, more reliable outcomes,” announcing the news. He also said “ It benefits everybody. It benefits NASA. It benefits the American people.” Everyone but SpaceX will be able to compete for this contract and with regard to this NASA plans to make some changes to SpaceX’s existing contract.
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Virgin Galactic Announces Plans to Open Ticket Sales

Virgin Galactic, the commercial spaceflight venture backed by billionaire Sir Richard Branson, has announced plans to begin selling tickets for flights to the edge of space by early 2016. After years of delay and subsequent rebuilding, Virgin Galactic is finally on the cusp of launching its suborbital spaceplane, named SpaceShipTwo (SS2), into low-Earth orbit from California’s Mojave Air and Space Port. But how much will it cost? What will you see on the flight? And when can you buy tickets? Here’s everything you need to know about Virgin Galactic ticket sales.

The Future Is Coming

Virgin Galactic has announced that they will soon begin selling tickets for their spaceflight program. Up until now, it was a privilege reserved for millionaires and billionaires (Richard Branson included)—but in 2016, Virgin plans to sell two-hour flights into suborbital space for only $250,000 per person. This is one of many new technologies making rapid progress towards becoming commercially viable. What else do you see on your horizon?

Space Travel Doesn’t Have To Cost A Lot

The future of space travel has been a long time coming, but it seems Virgin Galactic’s future is finally here. After years of development and testing, commercial flights will be launching soon. The technology for rocket travel has been around for ages, but modern innovations in engineering mean that we’re finally able to take tourists into space at reasonable prices. Plus, with Virgin Galactic taking things slow and steady instead of trying to rush every innovation onto market all at once (see: SpaceX), there are no safety concerns over their new space taxi. It looks like space tourism is finally ready for takeoff!

Are We Ready For The Future?

The truth is that technology and science have yet to catch up with our imagination. For instance, space tourism may be a long way off from being a reality in today’s world, but companies like Virgin Galactic are leading us in that direction. If we’re going to travel beyond Earth and truly make exploration a communal experience, it will be because of efforts like these. Just one step closer to becoming an intergalactic society!

How Big Will Space Travel Get?

Space is an expensive business. Until now, only wealthy individuals and companies have been able to explore outer space, but Sir Richard Branson’s Virgin Galactic is about to change that. The company has announced plans to open ticket sales for flights outside of Earth’s atmosphere for around $200,000 USD. This means it could soon be much easier for private citizens and small companies to explore space without relying on funding from bigger corporations like NASA or SpaceX. What does all of this mean for NASA? In short: they could lose a major source of revenue if private citizens become interested in exploring space on their own. If nothing else, NASA will have plenty of competition as more and more people get their hands on tickets that allow them free reign over our galaxy!

Our thoughts!

This is big news for space-enthusiasts and science-lovers alike. Space travel has been something of a pipe dream since its inception, but in recent years it’s become more of a reality. Whether or not Virgin Galactic will be able to fulfill its mission remains to be seen, but if nothing else, it’s nice that we now have an option—albeit a pricey one—for visiting outer space.
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Study Suggests Wearables Could Help Monitor Blood Sugar Levels

 

Huge strides have been made in wearables technology over the past few years, from improved battery life to better ways of tracking activity levels, and this could soon extend to helping people keep an eye on their blood sugar levels too. A new study shows that non-invasive technology like wearables could be used to track blood sugar levels without drawing any blood – allowing people with diabetes to monitor their glucose levels more easily than ever before.

The Results

While wearables are commonly used to help people monitor heart rate, a recent study indicates that they could also be helpful in monitoring blood sugar levels. For those who have diabetes or risk factors for developing it, tracking blood sugar level is vital—and that’s where smartwatches and other wearable tech might come in handy. Many of these devices already feature apps designed to help you keep tabs on your activity level; now, it seems they may have another function as well.

What Does This Mean?

A recent study indicates that data from wearables could be used to spot spikes and dips in blood sugar. While blood glucose monitors are FDA-approved for tracking levels over time, they aren’t approved for use during exercise. Instead, data collected from wearables is still considered experimental. But if studies like these continue to come out, it could mean a brighter future for people with diabetes.

The Implications for Diabetes Patients

As wearable fitness trackers have made their way into mainstream use, researchers have started exploring if and how they can be used to monitor health conditions, including diabetes. For example, one study indicated that wrist-worn devices could be used to track blood sugar levels as well as smartphone apps. The new findings suggest another avenue for improving blood sugar monitoring in people with diabetes who don’t wear a smartwatch or other device regularly; however, additional studies are needed to validate these findings.

The Future of Diabetes Treatment

In addition to glucometers, some smartwatches and fitness trackers are equipped with sensors that can detect blood sugar levels. It’s not yet clear how well these sensors work, but a new study from Stanford University suggests that data from wearable devices could help doctors improve diabetes treatment by providing more accurate information about what’s happening inside their patients’ bodies. 
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Space Entertainment Enterprise is planning to launch a movie studio in Space

How cool would it be to see your movie play in space? UK-based entertainment enterprise named Space Entertainment Enterprise has announced that they plan to launch a movie studio into space. They are currently working on making this happen and they hope to have their first movie ready to go by 2024. What’s even cooler is that they are planning on launching the studio with Tom Cruise, obviously!

Quick Overview

Space Entertainment Enterprise has teamed up with a UK-based production company in order to take on Hollywood’s biggest names in space entertainment. They have revealed that they plan to begin by launching a multi-million pound science fiction movie studio dedicated entirely to producing feature films and television series set within our solar system. Though it is still very early days for their ambitious project, they believe that Europe should be at the forefront of filmmaking technology when it comes to space, as well as stimulating an interest in all things extraterrestrial. In fact, it is only through projects like these that we will be able to raise awareness about what lies beyond Earth’s atmosphere while simultaneously promoting scientific discoveries and research.

Axiom Station – The Technology Behind it

Axiom Station is more than just a spaceship. It’s also a movie studio. Once it arrives in orbit, Axiom Station will serve as a major filming hub, showcasing Axiom’s vision for how the entertainment industry can play an active role in developing thriving communities both on and off Earth. The station’s massive solar panels will be its primary source of power and are designed to both harness energy and produce films on their surfaces (they’re about three stories tall).  While building Axiom may sound like science fiction today, there’s still plenty that needs to happen before it becomes reality (although if you ask us, building a movie studio in outer space sounds like a pretty good deal).

Final Thoughts

We’re not 100% sure where we’re going with this yet, but here’s what we can tell you right now: As it stands, there aren’t a lot of companies that operate in outer space. We would like to change that. If our research is correct, there’s quite a bit of untapped value down here on Earth and off in deep-space as well. And as entrepreneurs who have been fortunate enough to take a rocket ship ride or two ourselves, we know that exploring outer-space is essential if mankind wants to continue pushing into its future—both financially and culturally.
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Light Sensors on Wearables Struggling with Skin Color And Obesity

 

Wearables and activity trackers are growing increasingly popular as these devices are easier to use, more comfortable, and can provide important feedback to the wearer on how their daily life is impacting their overall health. However, one of the biggest issues that could prevent these wearables from being used as much as they could be is that the light sensor technology struggles to sense when the wearer’s hand, wrist, or finger are covered by clothing or if there skin complexion is a bit dark. A new solution that scientists have developed may help solve this problem and more in the future.

Why are we wearing more fitness trackers than ever?

As wearable tech becomes more popular, one of its limitations is coming to light. It’s often hard for fitness trackers to accurately track fitness activity in people. The devices also struggle to measure fitness levels of people who are obese, which could be a problem as wearable technology adoption grows. Scientists believe they have a solution that could allow fitness devices to measure heart rate more accurately than ever. However, experts say it will take time before consumers see those new features in their devices.

Why does this matter?

Well, first of all, if you don’t think obesity is a health problem, maybe you just haven’t thought about it that way. Second, wearable tech could be a particularly good solution for people who can’t make it to gyms or are too busy to devote time to fitness. A wearable tracking device might fit perfectly into their lifestyle—or at least help point them in a better direction. But most importantly, light sensors aren’t working as well as they could because tech designers don’t really understand how complex human skin really is.

What could have been done better by researchers and app developers?

While wearables are a hot new trend, they’re not perfect yet. Specifically, it seems that light sensors (the devices used to gather biometric data) are struggling when it comes to complexion and obesity. The sensors appear to be much less accurate when measuring blood oxygenation for black people compared to white individuals; additionally, for some obese users, their BMI doesn’t register correctly at all. Technology should be there to improve our lives – not further stigmatize already-marginalized groups of people. If researchers can work out these kinks, smart devices could become truly wearable technology!

Science behind light-based fitness trackers

According to some researchers, fitness trackers are failing users. That’s because wearable technology doesn’t take into account a user’s body composition or skin tone. Light sensors look at blood flow underneath your skin, but issues can arise in people with dark skin tones who have low subcutaneous oxygen content. These problems are compounded by existing obesity issues; it has been shown that fat tissue stops some light from penetrating under your skin, meaning many devices will actually overestimate calories burned by people who are overweight.

Health implications and recommendations

Devices such as Fitbit, Apple Watch, etc. all rely on light sensors to track steps, heart rate, and calories burned. The problem is that these sensors do not account for health effects that occur when a person’s body absorbs more light than normal; some people’s skin naturally absorbs more light making those wearing these trackers think they are burning more calories than they actually are . Ultimately scientists believe it will be some time before wearables can accurately measure health among varying skin colors. Until then overweight people of color (anyone who does not have white or very pale skin) should be extra careful when relying solely on step counting devices to provide information about their overall health.
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Virtual Assistants will be helping out NASA in exploring space

Teams of virtual assistants will be heading out to deep space with NASA on their upcoming mission to the Moon in 2020. The assistants will help facilitate important communication between astronauts and mission control, providing additional support to the human crew. The two virtual assistants that have been chosen are Amazon’s Alexa and Cisco’s Webex. Both AI assistants will be traveling to space aboard NASA’s Orion spacecraft and will be staying at the Lunar Gateway, which is scheduled to arrive at the Moon in 2022 and begin construction of the first human outpost in 2023.

Quick Overview

Amazon’s voice assistant, Alexa, and Cisco’s video conferencing service, Webex, will have a journey of their own when they hit deep space. They’re scheduled to ride aboard NASA’s Orion crew capsule that will take a test flight into lunar orbit this March. The vehicles will remain there for a few weeks before landing back in Earth’s atmosphere. It’ll be called Artemis-I. It will provide data that can help prepare astronauts for longer missions in deep space.

What is NASA’s Artemis program?

The Artemis program is a lunar exploration initiative. The goal of Artemis is to place humans back on the moon by 2024, in order to prepare for eventual missions to Mars. The spacecraft will be named after Apollo’s twin sister, Artemis. To keep costs down and speed up development, government has proposed drawing heavily from existing private-sector technology available today. For example, both Amazon’s Alexa voice assistant technology and Cisco’s WebEx collaboration platform will play important roles in helping future astronauts make their way across our vast solar system. Understood that part? Good; now let’s take a deeper dive into how two such unlikely allies will help us one day reach new frontiers from Earth or beyond it…

How will be Amazon’s Alexa And Cisco’s Webex Helping Nasa?

Three months from now, when astronauts will be touching down on Moon’s surface, amazonalexa and ciscowebex may not be there with them. But a piece of them will have travelled more than 384,000km in airless expanse between Earth and Moon. The tech giants’ artificial intelligence-powered assistants (Alexa for Amazon and Webex for Cisco) will help scientists explore lunar dust brought back to Earth by Apollo 11 mission 45 years ago. Scientists want to know what happened to that dust after being exposed to harsh environments of space. They also want to see if it retains any record of rocks that once clumped together 4.5 billion years ago to create our planet. How do you preserve a rock? It turns out, if you expose rocks in deep space as part of an asteroid belt or comet ring then they get bombarded by high energy particles. That bombardment lasts only millionths of seconds but is enough to leave microscopic traces behind.

What is Orion Crew Capsule?

The capsule will be capable of carrying astronauts back and forth from Earth to other areas in our solar system, such as Mars or an asteroid. Orion is different from SpaceX’s Dragon capsule, which only takes astronauts up into low-Earth orbit (up to 1,200 miles above ground). It would make it one of the earliest destinations for people going into deep space, besides low-Earth orbit. Getting farther away from Earth also means it will take longer for communications signals between spacecraft and ground stations—sometimes hours instead of minutes.

What we think about it?

For its upcoming lunar base, and possibly future missions to Mars, NASA is looking into how humans can explore in deep space without isolating themselves from home. The solution? Virtual reality tools that let astronauts virtually connect with people back home. To help these crew members remain connected, NASA has teamed up with companies including Amazon (AMZN) and Cisco (CSCO) as part of its Next Space Technologies for Exploration Partnerships 2 program. The Boeing-built Lunar Orbital Platform-Gateway will be equipped with Amazon’s Echo virtual assistant—called Vesta by Boeing—and Cisco’s WebEx collaboration service so astronauts have a way of staying in touch during a planned four-week trip around Earth’s moon next year.
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Magic Leap 2 will be used for curing dizziness


How will Magic Leap 2 help the company? Here’s what they said: Syncthink Neurotech develops artificial intelligence-based and wearable solutions that enable users to control their symptoms, and ultimately improve the quality of their lives. They’re going to create apps that will help people with health problems like dizziness by showing them different scenes, like walking around the Eiffel Tower or experiencing something else to distract them from their current symptoms.

What is Neurotech?

Simply put, a neurotech is a non-invasive device that allows you to achieve a higher level of brain functioning by creating and recreating new neural pathways within your mind. Neurotechnologies can be used to treat depression, anxiety, post-traumatic stress disorder (PTSD), chronic pain, addiction and more. While not as invasive as other treatments such as electroconvulsive therapy (ECT) or transcranial magnetic stimulation (TMS), these devices can produce positive results without harming your natural brain chemistry. While TMS works with an electromagnet to create neuromodulation on targeted parts of your brain—triggering small seizures—neurotechnologies are designed to work with your own neurology. Here’s how it works.

How it works?

Worn like glasses, SyncThink’s headset uses machine learning to identify and assess neurosensory disorders through a continuous, non-contact rapid oculography that’s similar to an eye exam. According to TechCrunch, SyncThink is developing augmented reality hardware and software intended to improve treatments of diseases like Alzheimer’s and Parkinson’s by tracking and analyzing users who are already exhibiting signs of cognitive decline. Now it plans to go head-to-head with Magic Leap as part of its strategy; because who else are you going to take on in AR? 

About Magic Leap 2

The headset is a wearable computer with many mini digital lightfield chips, it uses lightfield photonics. The headset projects digital light into your eyes in such a way that it takes advantage of your brain’s natural ability to process 3D images. That means that instead of displaying flat digital images on a two-dimensional screen, like you would on an iPhone or TV, Magic Leap projects lifelike 3D objects that look and feel like they exist in physical space, allowing users to interact with them naturally and intuitively. This gives rise to what’s called presence, an experience so realistic and compelling you can’t help but believe that these virtual objects are actually present in your physical environment.

What we think about it?

It was only a matter of time until augmented reality tech found its way into helping our health. To be sure, we’re still in early stages when it comes to using AR as an everyday tool, but there are some huge market opportunities. It may be surprising to hear that AR and VR companies are finding ways to help us with more than just entertainment; that’s a win-win for everyone involved. We’ll likely see many other healthcare companies jump on board now that syncthink has proven there is real potential here. It will be interesting to see how far they can take their research and development!
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