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4 Augmented Reality Activities To Make Your eLearning Course Really Engaging

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AR and VR are the latest buzzwords in technology today. While they have a significant presence all across the technological arena, people often use them interchangeably. 

Virtual Reality is known for transporting users to another world, Augmented Reality, on the other hand, is more of an interactive appearance of real-life environments blended with digital elements including haptic feedback, visual overlays, and much more. 

The role of AR in the eLearning industry was not so pivotal in the past, but now it is becoming all the more relevant with every passing day. Instructors are using it to trigger ‘just-in-time’ learning. Moreover, it allows them to acquire a new skill by facing a critical situation without having to worry about the consequences of their actions in an unsecured environment. Here are some of the most engaging augmented reality activities that you can add to your next eLearning course to make it even more interactive. 

  1. Real word simulations

When done correctly, real-world simulations are inherently immersive. However, you can make them even more engaging by including interactive, clickable objects and hot spots. As mentioned above, these form a realistic environment or situation that form the basis of elearning activity. Relatable images, sounds, and processes must be incorporated which make the activity even more interactive and attracts the attention of the learners. As it is, they have the power to move items into place, combine different objects, and use simulations to complete the task. 

  1. High-risk learning scenarios in real-time

Augmented reality mimics every aspect of a real-life situation or crisis. That being said, it aids the customers in experiencing complex situations wherein they have to deal with the same amount of pressure and stress as in the real world. However, the difference is that here the learners are in a secure environment and they can learn from their mistakes. This provides them with a valuable experience without actually experiencing any injuries. And, this helps learners across all industries, for instance, medical practitioners can practice complex procedures without endangering the patients. And even machine operators are provided with the ability to master their tools in a safe environment. 

  1. Engaging games

Augmented reality and games go hand in hand. And most people were introduced to it by gaming apps. The AR game, Pokemon Go when launched had taken the world by storm. Everyone was busy downloading, playing, and further recommending it to others. In this, users hunt for fictional characters in the real world which are superimposed by the app. They can even take selfies with their favourite characters while sitting in their living rooms or office cubicle. Such an approach can be adapted to create immersive and engaging eLearning games. Instead of fictional creatures, employees can interact with customers and items they find in their workplace. 

  1. Visual 3D learning models 

3D models and demos are one of the most attractive and innovative uses of augmented reality today. In the past, online learners could simply view static images, diagrams, and charts on their computer screen. But, with the advancement of technology, they are able to experience three-dimensional visualizations such that they can view these from three different angles. They can even interact with hot spots to learn more about individual components. For instance, machine operators are able to familiarize themselves with the efficient operation of machinery and how to use it properly. 

The inception of augmented reality is a blessing in itself. The practical application of things in a dynamic virtual environment is what steals our hearts. So, what are you waiting for? Incorporate the aforementioned AR activities in your eLearning course today and experience better engagement. For the same, you can also take assistance from the top augmented reality companies which will help you provide a rich experience. 

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Family

Let’s talk About 5G: How To Protect Yourself

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I started a series about the effects of 5G and Tinnitus. Then I discussed electromagnetic radio frequency radiation (EMRFR) and Skin Tightening and more on it all. However, what good is discussing the subject unless there are solutions? Here are some products that can help stop the madness.

One of the best company’s out there is DefenderShield® with phone cases to shield, Radiation Protection Shielding Scarfs, EMF & 5G Radiation Shielding Blankets, EMF Radiation-Free Earbuds Air Tube Stereo Headphones and so much more.

At Lambs get the world’s first Radiation-Proof Apparel that block 99% of EMF.

From the inception Aires’s main goal was to find a way to minimize harm to the body without impacting the capability of electronic devices. Rather than block or absorb radiation, they wanted to create a surrounding area free from the harm of EMF. There products use holographic technology.You can use their devices in a multitude of ways.

Vacuum Sealed 5G Blocking Fabric Military Grade Shielding from Signals & Radiation, Using Faraday material.

Smart Meter Guard Cover EMF Shield Blocks EMF and 5G. Invented in the USA.

The C-band 5G Interference Solution helps with the onset of 5G. With a  need for specialized products to block or prevent interference from 5G base stations in proximity of C-band ground terminals. Norsat’s solution comprises of interference suppression C-Band LNBs and specialized bandpass filters for effective satellite communication. Traditionally, C-band is used for satellite services, radar, and microwave links; however, with the terrestrial wireless industry’s planned introduction of new mobile phone networks such as LTE, Wi-Max, and 5G, these C-band frequencies will now be shared amongst a wider range of services. The interference signals are powerful enough to saturate the sensitive C-band satellite receiving systems, causing a potential for total loss of service.

There are many products out there if you do your research that help combat this problem. It is expensive, but isn’t your health worth it? Preventive medicine and preventive care in the long run is worth your time and effort.

 

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Family

Let’s Talk About 5G: EMRFR

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I started this series yesterday about the effects of 5G and Tinnitus. Today we are going to discuss electromagnetic radio frequency radiation (EMRFR)

With the rapid development of technical achievements, the consequences of electromagnetic radiation (EMR) have become a new pollution for modern civilization. In many studies the biological interaction of EMR with human organs, especially the brain have shown that the nervous system is highly sensitive to EMR. The neurobiological effects of EMR, on the metabolism and transport of neurotransmitters plays a critical roles in cognitive and emotional behavior.

EMR produces various electromagnetic waves of different frequencies, resulting in the increasing EMR intensity in human living spaces. The high-frequency waves such as cosmic, gamma and X-rays, have enough energy to cause ionization. Non-ionizing electromagnetic waves, including ultraviolet, visible region, infrared, microwave, and radio waves are frequently used in daily life, especially radio frequency electromagnetic fields for communications, and extremely low-frequency EMFs generated by electricity. RF is also commonly referred to as microwave radiation. The impact of EMR on human health has also attracted attention, and the modulation of brain functional connectivity was observed in human body.

The effects of EMR on body systems depends on the frequency, intensity and power of radiation. Numerous studies have shown that the nervous system is targeted organ system sensitive to EMR. Exposure to electromagnetic fields can cause structural and functional changes in the nervous system. Our dopamine level is rendered inactivated, our neurons can no longer communicate with each other, so disorders, such as depression, schizophrenia, Alzheimer disease, and Parkinson disease are heightened.

Possible symptoms related to EMFs include:

  • headache
  • sleep disturbances, including insomnia
  • depression and depressive symptoms
  • tiredness and fatigue
  • dysesthesia (a painful, often itchy sensation)
  • lack of concentration
  • changes in memory
  • dizziness
  • irritability
  • loss of appetite and weight loss
  • restlessness and anxiety
  • nausea
  • skin burning and tingling
  • tremor
  • memory loss

EMF Exposures all of which are “regulated by our government:

  • Electronic devices.
  • Cell phones.
  • Televisions and computer screens
  • Smart meters.
  • Power lines.
  • Medical use. Many medical devices and procedures use ionizing radiation to diagnose and treat conditions and disease. I just want to point out that you wear a shield to get a x-ray and you can not do them if pregnant.
  • Nuclear power.

Some of my sources:

Effects of Radiofrequency Electromagnetic Radiation on Neurotransmitters in the Brain

Should You Be Worried About EMF Exposure?

I do not want to overwhelm, so tomorrow skin tightening and why this is important.

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Health

Let’s Talk About 5G: Tinnitus

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I am about to start a series of articles on the effects of 5G and what we are not being told. Somehow we have allowed something that is so insidious into our lives, embracing it wholeheartedly, as it is slowly killing us inch by inch. We need to be able to see the research that is being hidden from our eyes and our computer screens. Being armed is being for warned.

Right now more than 50 million people have  Tinnitus now in the US. Children at this point also have tinnitus, which may improve or even go away over time, but in most cases, the symptoms worsens with time. When tinnitus lasts for three months or longer, it is considered chronic. Tinnitus means that you hear phantom sounds in one ear, or in both ears, and in your head. These sounds may ring, buzz, roar, whistle, hum, click, hiss, or squeal. They may be soft, loud, low or high pitched. The sounds may come and go or be present all the time. Sometimes, moving your head, neck, or eyes, or touching certain parts of your body may produce tinnitus symptoms or temporarily change the quality of the perceived sound.

Tinnitus has increased over the past decade. Many are saying that the increase use of cell phones has exposed the peripheral auditory pathways to a higher dose of electromagnetic radio frequency radiation (EMRFR). Some tinnitus patients report that the abusive use of mobiles, especially when repeated in the same ear, worsen ipsilateral tinnitus. Some individuals are more sensitive to electromagnetic exposure (electrosensitivity), and thus, present earlier symptoms. There seems to be a common pathophysiology between this electrosensitivity and tinnitus.

It has been shown that slow-frequency radiation (ELF) in short-term exposure has caused headache, fatigue, tinnitus, concentration problems, depression, memory loss, skin irritation, sleep disorders, nausea, cardiovascular effects, chest pain, immunity, and hormonal disorders in humans, whereas long-term exposure to EMR leads to the development of cancer. The EMR exposure induces reactive oxygen species and changes the fidelity of genes involved in signal transduction, cytoskeleton formation, and cellular metabolism.

Here are research articles that prove this fact.

Tinnitus and cell phones: the role of electromagnetic radiofrequency radiation.

Genotoxic effects of electromagnetic field radiations from mobile phones

Electromagnetic radiofrequency radiation with special reference to otorhinolaryngology and brain tumors

Tomorrow more on 5G and its effects.

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Health

Countdown To Christmas: More Protection From 5G

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4 days to go! Every year people panic to find the perfect gift. We at T2C have been collecting idea’s all year long to bring you the perfect gift guide at all price levels. When you’re at the end of your rope trying to find the perfect Christmas present this year, come to this guide for some great suggestions.

Environmental electromagnetic frequencies (EMF) are currently among the most unrecognized, yet most influential factors causing and worsening a multitude of human illnesses worldwide, affecting the entire age-span – from before birth through adulthood and senescence. In addition to recognizing EMF impacts on virtually every organ system, methods and legitimate devices must be made available that minimize and ameliorate the harmful effects of EMF in every aspect of life. Dr. Robert P. Turner | MD, MSCR, QEEGD, BCN, CEO of Network Neurology Health LLC

Lifetune One ($89.95) is a small solution that sticks directly onto each of your electronic devices, offering comprehensive protection against harmful electromagnetic radiation within close proximity to your body. This is defiantly a must for cell phones and computers.

This company also has several other products to protect.

Give the gift of life.

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Entertainment

3 Tech Innovations Elevating Our Digital Entertainment Experience

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From a silent film that captivated audiences on silver screens to live broadcasts connecting us across continents, technology has been the maestro orchestrating the symphony of entertainment evolution. Consider the advent of colour television, which paints our viewing experiences with a vibrant palette, or streaming services like Netflix, Disney Prime, and Hulu. Such trends, amongst several others, are indeed groundbreaking tech innovations that brought a sea change to traditional amusement landscapes. As we stand on the cusp of another transformation, this article sheds light on the innovations amplifying our digital experiences.

Join us as we delve into the multifaceted world of tomorrow’s entertainment.

Augmented Reality (AR) & Virtual Reality (VR)

Augmented Reality introduces digital elements into our tangible world, enhancing visual and auditory sensations. Think of it like those Snapchat filters that superimpose dog ears or dancing animations onto a user’s face but in a more sophisticated manner. On the other hand, Virtual Reality transports users into fabricated realms, allowing for a total escape. It’s as if you put on a headset and instantly find yourself standing atop a mountain or wandering in a mythical land, fully immersed in that setting.

Pokemon Go’s rise demonstrated the potential of blending virtual characters with real-world locations, turning neighbourhoods into arenas of discovery. While capturing creatures is one facet, the real magic lies in changing our perspective of our environment. On the immersive spectrum’s other end, Oculus Rift provides participants with unprecedented experiences, from epic quests to captivating tales.

So, what places AR and VR at the forefront of entertainment’s technical evolution? They bridge the gap between digital narratives and human perception. Everyday settings become dynamic stages with Augmented Reality, transforming a stroll in the park into a quest or adventure. Meanwhile, Virtual Reality crafts doorways to spaces once restricted to dreams – places and activities like taking a walk on the moon or diving deep under the sea without leaving your couch. That’s the charm of VR. Their inherent immersive quality heightens engagement and ensures a deep emotional resonance that lingers.

Peering into the future, the horizon for these platforms in leisure is pretty expansive. Picture theatre performances enhanced with holographic sequences or narratives where observers evolve into protagonists. As tools grow and innovators push boundaries, they promise profound shifts in entertainment dynamics.

Artificial Intelligence’s  (AI) Multifaceted Role in Personalizing Digital Experiences

Artificial Intelligence (AI) and Machine Learning (ML) are the architects behind the curtain of digital content recommendation, meticulously crafting user experiences across various platforms. Services like Netflix and Spotify harness these technologies to analyse user behaviour, capturing nuances in preferences to suggest films or music, thereby creating a bespoke entertainment journey for each user.

In the online casino world, AI suggestions can adapt to each player’s actions, the games they frequent, the stakes they wager, as well as other in-game decisions. As time passes, akin to an expert dealer familiar with patrons’ preferences, the system refines its recommendations, ensuring the games it proposes align with the player’s past choices and patterns, thus advancing the online casino experience to unprecedented personalised levels.

This personalisation gets further elevated when AI converges with Optical Character Recognition (OCR) technology, especially in live casinos. Much like AI curates a movie or a music playlist for you, it enhances the gaming experience, with OCR acting as its visual conduit. Together, they forge a dynamic gaming environment where players can enjoy live dealer titles or play keno online, with suggestions that adapt to their in-game decisions. OCR technology diligently captures each shuffle and spin, converting these physical actions into digital data.

Digital Wallets

With the digital landscape evolving swiftly, the need for user-centric technologies has never been more precise. Digital wallets, in particular, are changing the dynamics of online transactions.

They act as virtual storehouses crafted to consolidate an individual’s financial details, signifying the forthcoming phase in the evolution of monetary exchanges. Through them, users can swiftly manage, transfer, and receive funds without the traditional hindrances of physical currency or banking delays.

Diving deeper into their world, let’s explore some of their pivotal features and impacts:

  • Unmatched Convenience:
    • Eliminates manual card input.
    • Streamlines purchasing and subscription processes.
    • Transforms minutes-long tasks into instant actions.
  • Robust Security:
    • Prioritises financial and personal data protection.
    • Employs state-of-the-art encryption and authentication.
    • Offers biometric checks to fortify user safety.
  • Efficient Cross-Border Transactions:
    • Facilitates immediate international payments.
    • Reduces wait times associated with bank transfers.
    • Cuts down on hefty international transaction fees.
    • Photo by Maxim Hopman on Unsplash
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