Top weird technology you never knew existed

As technology evolves, new gadgets come into existence which ranges from the practical to the downright bizarre. The number of inventions has grown exponentially over the years and continues to do so at a rapid pace. Some of these inventions include self-lacing shoes, the microwave oven, and flat-screen TVs. Although some of these inventions might seem farfetched now, they may very well become commonplace in the future. Let’s see below the top technology you never knew existed.

Self Lacing Shoes

The Nike Air Force 1 is an iconic shoe that many people have worn as the style became popular during the 90s. This classic sneaker was able to change colour by itself when it came into contact with different surfaces such as marble or wood floors. Over time, Nike figured out how to make this happen electronically and introduced the first “smart” shoe that could be controlled by your iPhone. You would simply download an app onto the phone that would instruct the shoe on what colours to change to. A few years later, Adidas also came up with something similar called Adiwear which can react to multiple conditions to choosing its colours. It even contains sensors which measure light, temperature, humidity, and air pressure in real-time. While these shoes are pretty cool, the next generation of sneakers goes way beyond the ability for them to just choose their colours.


They want us all to believe that Back To The Future II where Marty McFly gets his hoverboard was possible but we’re coming across more and more reports that show that the tech is not so futuristic after all because scientists have created working hoverboards using magnets and science stuff like that. We’ve seen videos of hoverboards being produced via 3D printing leaving us wondering if we’ll ever get our hands on one of these bad boys or not.

Electric Dog Beds

Have you ever noticed that dogs don’t like to sleep? DooYoo takes away their pain by inventing electric dog beds. It works by creating high-frequency sound waves which will help dogs relax so they can fall asleep fast and easily visit casino en ligne francais. The company is still searching for ways to make its product work better for cats. So far, there are no plans to create cat beds.

Smartphone Controlled Robot Arm

In today’s day and age, almost everything seems to connect to a smart device. From appliances to vacuum cleaners, even toilets are getting connected. But what about robotic arms? What started as sci-fi movies such as RoboCop have turned into reality. There are even smartphone apps allowing users to control these machine guns remotely. All jokes aside, Samsung just came out with an updated arm robot that offers 7 different motions that can be controlled through Siri and Alexa voice assistants. Even though this doesn’t fit the definition of “weird” technology, it’s too futuristic for some of us.

Microwave Ovens

You guys remember microwave ovens right? They were initially invented back in 1945. For 50 years, we haven’t had anything better to replace them. Just last year, engineers came up with newer models that can cook faster along with doing other fun functions like measuring cups and timers however; we aren’t quite ready to ditch them just yet!

In conclusion, here’s our list of 5 weird but wonderful technologies from past decades that we always wanted to see evolve. Nowadays, we don’t need any of those inventions, but at the same time, we admit that there are lots that they brought us.


The role of the robotic technology in the health industry

Robots have become an integral part of our lives. We interact with them every day. They are everywhere, from factories to homes. They are changing the way we live. They are becoming smarter and faster every day. And they seem to be developing better abilities too. This is why we are seeing an increasing number of new uses of robots in both industries and social services. Let’s see below the role of robotic technology in the health industry.

Robotic surgery

Robot surgeons are being used today at many hospitals around the world. It could soon get even more common than any other kind of surgical procedure done by humans. A robot surgeon’s arms, hands, and eyes can be very precise; this makes it possible for a robot surgeon to perform surgeries that are either impossible or extremely risky for human patients. A recent study published by the Journal of The National Cancer Institute showed that robot-assisted chemotherapy is on average twice as effective as traditional chemotherapy. However, robot-assisted surgery still has some technical hurdles to overcome before it becomes widely available visit

Medical devices and tools

Another emerging field that involves robotics is using medical devices and tools. These tools are usually used to help doctors perform certain procedures that cannot be done manually. In the last few years, robots have been developed to assist doctors to diagnose prostate cancer (prostate cancer screening). This tool was designed to perform digital rectal exams (DRE), which is a standard test performed by most primary care physicians. It helps collect information about lumps detected during DRE tests. To do this, a special camera system called the ProgASP™ platform sends images of the patient’s rectum to a computer, where the software interprets and analyzes them. With the analysis results, doctors will know if there are any suspicious lumps inside the patient’s body.

Virtual reality training

The use of robots in healthcare has created another innovative area, especially for medical students’ training. Most of them train via simulators instead of performing actual surgery like their counterparts. Simulation technologies were first introduced into medicine in 1972 when NASA astronaut Ed White underwent months of training on them before going on his historic mission. Today, virtual reality (VR) training has become more accessible and affordable as well. VR simulations may also be used by military personnel who need to learn how to handle themselves in dangerous situations. The goal is that these soldiers would eventually be able to perform a real operation without losing anyone.


Telemedicine is the practice of providing medical treatment through remote means rather than having doctors travel to patients. It allows people living in rural areas far away from major cities to consult with specialists without long delays. There have been promising attempts to provide telemedicine services over cellular networks rather than fixed Internet connections. Telemedicine solutions offer patients convenient access to high-quality medical care while encouraging visits to local physicians. This will reduce stress and expenses related to commuting. It will also help alleviate doctor shortages across the country.

Education and research

While robots have mostly been deployed in fields such as industrial design, automotive engineering and agriculture, education and research are among the largest applications of robotics in healthcare. Robotics technology enables doctors to teach and conduct experiments remotely or deliver specialized therapy to specific parts of the human body. Robots can also be used to gather data and record findings before sending them directly back to the doctor. They are also used to monitor various conditions including diabetes, cardiac arrhythmia and Parkinson’s disease. This technology is helping scientists develop therapies that could revolutionize health delivery worldwide.

In conclusion, robotics can be described as an interdisciplinary subject which integrates many different technical skills including design, mechanics, electrical circuitry, microcontrollers, artificial intelligence, vision systems, actuators, sensors, software development and others. Healthcare professionals are increasingly using robotics for diagnosis, surgical assistance, emergency response and other functions, and it shows no signs of slowing down anytime soon.


The importance of atomic technology

An atomic bomb was designed by scientists at Los Alamos during World War II. They worked together to develop the technology for creating fission reactions. These were used to produce the energy needed during the war. After the war ended, some countries continued developing these weapons. Atomic power is the creation of energy through controlled fission. Fission involves splitting atoms into smaller particles. When done correctly, this reaction produces large amounts of energy. Because of this incredible amount of power, atomic reactors are used in generating electricity around the globe. Let’s see the importance of atomic technology below.


Atomic power is incredibly efficient as a source of energy. The first commercial nuclear reactor changed the face of world power. If that nuclear plant had not been built, many people would still be living on the farm they grew up with. The problem with fossil fuels and renewable sources such as solar or wind is that they are limited in number. Sure, we can make more solar panels which will help our efforts to limit global warming visit casinojokaclub, but what if every country wanted their solar panel industry? This could eventually lead to shortages of those solar panels. While it may take us hundreds of years to fully transition away from fossil fuels, it was the development of nuclear power that allowed us to finally do so.

Medical Applications

The development of radiation therapy gave rise to new treatments and cures for illnesses like cancer. Instead of removing tumours, doctors now use radiation to kill cells without harming the healthy tissue around them. One thing to remember though is that when you expose your body to any kind of radiation – whether it’s natural or man-made – the cells in your bone marrow absorb some of it. That’s why you should always get tested both before going into radiation therapy and then again after treatment. Fortunately, most patients don’t have too much absorbed into their bones because modern medicine has advanced drastically.


Nuclear power allows for cheap and plentiful clean energy that can power everything from cell phones to computers to city streets. There are two ways that it does this: either plant are grown using hydropower from a river or stream, which makes their food radioactive; or other parts of the plant become radioactive – giving off just enough energy to run devices. This also creates an opportunity to increase crop yields regardless of location thanks to less soil contamination. Although quite scary, this level of radioactivity is very little compared to naturally occurring levels.


Nuclear energy gives us access to wonderful things like X-Rays. It also creates space travel opportunities where we will live alongside robots and machines. We can even use it to explore planets we find orbiting stars. But maybe the biggest use of all is the research that happens behind all of these fields. To understand how to work wonders in each of them, we need to keep learning about how they interact within the human body.


One last important aspect is that atomic energy creates jobs in factories where fuel is produced and delivered to the reactor itself. These include employees who build the plants, operate the machines, maintain the environment, transport people and materials and control energy flow. Many governments are starting to realize the valuable role that this plays in creating value. Most countries now offer some government assistance to those looking to start a nuclear career.

In conclusion, atomic energy is responsible for changing how we live. Aside from helping our bodies, there are countless other reasons we should care about its creation.


How to treat obesity with advanced technology

Obesity is one of the biggest health issues facing us today. According to a recent report, around 40% of Americans are obese. The good news is that modern technologies are helping to combat this problem. That said, this article explores some of the latest advances, such as wearable devices, artificial intelligence, and virtual reality. Let’s see below how to treat obesity with advanced technology.

Wearable Devices:

Wearable devices can be used to monitor vital signs. It has gained great popularity because it is comfortable to use. Many people prefer using them over others like smartwatches. Moreover, they allow monitoring of your activity. You can measure heart rate directly through various sensors embedded in a wrist band or belt. This kind of device helps you lose weight naturally. In addition, these wearables are small enough so that you won’t feel their presence when wearing clothes. There are many available products on the market. Some of them include Fitbit Flex, Fitbit Blaze, Fitbit Charge 2, Garmin Vivoactive HR, and Xiaomi Mi Band 3.

Artificial Intelligence:

Artificial Intelligence (AI) is another emerging field that is revolutionizing the healthcare industry. With AI, doctors have an edge over traditional methods. They get real-time updates from patients’ data during treatment. As such, the need for physical examinations is reduced. For example, if a doctor diagnoses a disease by examining a patient’s face, he/she cannot do that now. The same applies to other treatments too. AI will help doctors in the following ways. Data analysis: Thanks to a large amount of data available these days, doctors can look at different information and diagnose diseases based on patterns found in patients’ medical records. Personalization: AI enables doctors to offer more personalized care and identify risks early. Diagnosis improvement: Doctors can improve their diagnosis by training AI algorithms to analyze vast amounts of data. 


Telemedicine allows physicians and specialists to provide remote consultations. Patients no longer need to travel long distances to see a specialist. Moreover, this approach lowers expenses because there is no need for parking fees and hotels. Instead, telehealth makes travelling affordable without compromising quality. There are several benefits associated with telemedicine including access to high-quality services, cost savings, convenience, and better outcomes visit Several companies have been providing telemedicine platforms. These include Allscripts, Philips, and GE. However, not all of them are effective in reducing healthcare costs.

Virtual Reality:

Virtual reality (VR) has been increasingly popular among users recently. VR headsets emulate everything that happens in the real world but the user gets immersed in the experience. Therefore, using VR will give the user the sensation of being present. Also, it improves visualization, giving users a sense of depth perception. That said, VR offers plenty of opportunities for doctors. For example, it will enable them to conduct the surgery by immersing themselves in a surgical environment. Moreover, they will be able to treat injuries remotely. Furthermore, doctors can perform procedures like joint replacements based on x-rays.

Mobile Health Apps:

Mobile apps play a critical role in improving patients’ lifestyles. Through mobile apps, patients can keep track of symptoms. Besides, they can consult friends or experts about health conditions. Patients also save time because there is no need to visit clinics anymore. Additionally, mobile apps eliminate paperwork as they automatically store scanned documents digitally.

In conclusion, the use of technology in healthcare is transforming the entire sector. It is making life easier for both patients and doctors. Technology helps people live healthier and happier lives.


How the atomic technology work

Atomic technology is an efficient way of creating power. The basic principle behind atomic energy is that atoms consist of electrons orbiting around a nucleus. By sending out protons from the nucleus, they can knock out an outer electron from an atom. This creates two positively charged particles called nuclei and electrons. These charges then travel away from each other at high speeds. Atomic technology is a way to ensure that changes occur only after a specific condition is met. For example, when two or more people try to change positions at the same time, the system won’t acknowledge the change visit Let’s see below how atomic technology works.

An atom has its positive charge so it repels other atoms

When you push another person in your direction, he will want to get away from you. The closer he gets to you the less “charge” there is between them. However, if the distance between you increases, their distance must become longer as well. This means, that the closer to you one is, the weaker the force becomes.

Another thing about atoms is that it’s made up of subatomic particles

Subatomic particles have properties like mass and volume. And these particles have a certain amount of charge or “force”. So, we are talking about forces here (which is what Newtonian physics was based upon). What we’re saying is: that the closer to the atom you are, the stronger the force will be.

When two atoms come close together, their forces are attracted

This is where all the fun happens. If two or more atoms get close together, a force is created between them. This causes both of them to move toward each other. This is because the force is attracting (just like a magnet attracts iron filings).

After this, you need to wait for some time

For the changes to take place, you have to hold back on pushing until a very specific point. This point is known as the critical point. At this moment, the atoms will slowly start moving again.

You cannot apply too much force or pressure

If you try to do something too hard, you could damage your body due to the high level of force. Therefore, make sure not to overdo things!

All the atoms in our bodies interact with each other using the laws of electromagnetism

You might ask yourself why the laws of physics were given such names as gravity or electricity instead of this term: magnetic force. It is because these forces were discovered through experimentation and observation. Scientists also came across a phenomenon while investigating magnets. They found out that putting magnets next to each other caused some kind of invisible lines (I’ll show this later).

Why does the earth spin? Because of the law of conservation of angular momentum

The reason why the sun spins is the law of conservation of momentum. In physics, momentum is defined by mv which stands for mass times velocity. Angular momentum deals with rotations. Remember how I said that the poles always face each other? That is because the north pole always faces towards the south pole. Since the masses are equal, angular momentum will remain constant. However, the Earth has a smaller radius than the sun so it turns slower.

How does nuclear fusion work? Nuclear fission

Nuclear fusion occurs when hydrogen atoms combine into a single helium nucleus and releases energy. Fusion is a big part of the Sun; the only way to explain everything is through the concept of “particles”. These tiny little particles have a positive charge and they attract each other using electromagnetic forces. Thus, changing into different states and interactions with matter.

In conclusion, there exists one fundamental law governing all-natural processes – they must obey the First Law of Thermodynamics. Differential Equations describe how thermodynamic quantities change concerning another variable.


How drone technology works

Drones are becoming increasingly common thanks to their ease of use, high level of precision, and ability to provide detailed imagery to customers. There are millions of drones in operation around the globe today – from large aerospace companies to hobbyists flying model aircraft. Drone technology has existed for decades. From military applications to aerial photography, these unmanned aircraft have come a long way and they’re only going to become more sophisticated. Let’s see below how drone technology works.

Design and purpose

Drones are used because we need them: they could be for photos, filming or even dropping objects like medicine into dangerous areas where humans would otherwise be at risk.


Rotor blades are usually powered by fixed-wing rotors (or sometimes ducted fans). Newer helicopters often have 2 rotor systems that match each other well! Winglets also add efficiency but reduce speed. Fixed-wings can go a lot higher than helicopters. However, helicopters have advantages such as carrying people along with them who want to experience a different view or share what is being filmed. In recent years there has been a renewed interest in hybrid vehicles called quadrotors which combine characteristics of both helicopters and planes. They work very much like an aeroplane but can hover and fly forward just like a helicopter. This enables an amazing array of new possibilities associated with both urban flight (as UAVs) and rural exploration of rugged terrain that was not practical before.

Control and navigation

The first drones were simply remotely controlled aircraft using radio signals. As those became cheaper in terms of power consumption and size, it was obvious that this couldn’t possibly be used to its full potential due to range limitations. The solution to this problem came in the form of GPS control and automatic takeoff and landing procedures – without human intervention – resulting in better flight paths, safer operations and greater reliability. It continues to improve daily based on accuracy, cost, and data processing capabilities visit for more.

Guidance and stabilization

For guidance, we use either cameras or lasers with triangulation techniques. Stabilization comes in many forms depending upon the type of vehicle. For example, if your quadcopter relies on two wings for control, then both must be perfectly balanced to avoid excessive vibrations during takeoff and landing. Helicopters rely on gyroscopes for stability, as do some submarines.

Power and transmission

The most popular source of energy right now remains chemical. Gas engines produce a tremendous amount of thrust with little weight. On the downside, they run on highly toxic chemicals and their exhaust contains carbon monoxide, so you don’t want them near anything flammable. Electric motors are far cleaner, lighter and quieter. While they aren’t as powerful, battery density grows quickly.

Telemetry and communications

While most people use their equipment to gather information from their UAS, there are dozens of providers willing to sell telemetry services through 3rd party platforms. These include hardware that attaches to the UAS itself (i.e. GCS) and software packages that connect to remote servers via the internet. Software packages offer additional features such as obstacle avoidance, real-time video streaming and data storage.

In conclusion, UAV technology will only continue to evolve. Each advancement brings with it improved safety, increased payload capability and more powerful options for aerial cinematography.