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Interstellar Space Travel Breaks Law of Physics

Space travel is fast becoming a competitive market. Private contractors, government agencies and international space programs are all vying for supremacy. They all want to be the first and fastest in the global space race. One thing is certain, the most important element to ensuring they remain one step ahead of their rivals is by securing the latest space propulsion technology. Bold Business looks at the controversial EmDrive. We want to know whether it really can reduce the time it takes for interstellar space travel.

NASA recently hailed the EmDrive as the key to interstellar space travel which will speed up travel to new planets and solar systems. A leaked document detailing the inner workings of the EmDrive, set to run in the Institute of Aeronautics and Astronautics’ scientific journal, describes a “propellantless propulsion system that uses a magnetron to push microwaves into a closed truncated cone to propel the craft forward.”

Aerospace Engineer Roger Shawyer was responsible for the design in 2001. This radical new concept ensures the engine doesn’t use fuel to cause a reaction. It then makes the craft lighter. What’s more, the hypothetical drive can “reach extremely high speeds” which reduces time for interstellar space travel.

The design is proving extremely controversial with scientists. The say, “a reactionless drive is inconsistent with Newton’s conservation of momentum, which states that unless an outside force is applied to an object it will not move.” 

The notion of the EmDrive defies the laws of physics. It also reveals unknown forces behind its workings.

Interstellar Space Travel Put to the Test

There were, undoubtedly, tests for experimental versions of the drive. There were positive results and recieved commendation through a peer review.  In 2001, Shawyer’s test achieved 0.016 Newtons of force and required 850 watts of power. A team of Chinese researchers in 2018 achieved up to 750 mN (millinewtons) of thrust. In 2014, 2015 and 2016, NASA researchers tested their own version of an EmDrive and achieved thrust.

A new theory was put forward by physicist Michael McCulloch this year. Ith may explain the thrust observed in the above-mentioned tests. McCulloch’s theory deals with “inertia and the Unruh effect — a concept predicted by relativity, which makes the universe appear hotter the more you accelerate, with the heat observed relative to the acceleration.”

The EmDrive is revolutionary. It will cut costs, reduce weight, improve space travel and decrease travel time. Craft equipped with a reactionless drive would make it to the moon quickly, Venus or Mars in just two to three months, or Pluto and beyond within a few years.

There is a need for further tests, research, and experimentation before the EmDrive can be usable on the open market. However, the possibilities are endless and it’s no wonder the EmDrive is being hailed as the holy grail of space travel. This bold idea is already yielding scientific results and it could prove historically significant by rewriting the laws of physics.

Digital Transformation Of The Healthcare Industry Will Make Life Better

Digital Transformation of the healthcare industry has gone through somewhat late, and organizations right across America are streamlining their services by using new technologies.

With an ever-advancing digital age upon us, businesses are transforming their operations by adopting the latest technological solutions to improve performance.

Here, looks at the digital transformation of the healthcare industry, how it cuts costs, strengthens organizations, and improves the patient experience.

Experts predict that the digitization of the healthcare market is expected to register a compound annual growth rate (CAGR) of 13.7 percent up until 2025.

According to a recent Future Market Insights report, advancements in ICT and embedded systems have “given rise to futuristic technology which is significantly transforming and improving services provided by healthcare organizations.”

Digital health platforms such as internet-based cloud solutions, telehealth, mobile health and other wireless technologies used in hospitals, doctor’s offices and nursing homes provide patients with remote monitoring, connectivity and allow easy access to medical records for healthcare professionals.

This digital transformation is helping to streamline operations by improving “electronic health records (EHR), connected billing, connected healthcare information systems, CRM, ERP, collaboration tools, and remote patient monitoring.”

The most important part of this digital revolution is the interaction organizations have with their patients, which decreases the amount of follow-up appointments, cuts costs and provides faster and better information at the touch of a button.

There are many more benefits to switching to digital. Not only does the internal and external service improve, but it allows for application development, big data analytics, smartphone apps, wearable technology, and healthcare mobility. It also enables the organization to build a digital bridge between third parties, government agencies, and other healthcare providers.

What’s more, the need for the traditional and expensive back-up and recovery systems are no longer needed, databases are vast, and security are evolving using advanced encryption.

It just goes to show that bold ideas like this make a significant difference to the healthcare industry, not only in America but right around the world. It is fair to say that within the next few years, the digital transformation of the healthcare industry will make life better and more accessible for both professionals and patients.