Today, most of our power comes from either oil, coal, or solar and wind. And while these have seen us through the last two hundred years, one day they will provide enough energy to meet our ambitions. Continue reading “Future Sources of Energy”
On July 23, 2019, it was officially revealed by the Planetary Society that LightSail 2 had deployed its cutting-edge solar sails. The innovation is intended to further humanity’s plans for space exploration, and its launch came as a huge milestone for The Planetary Society – the world’s largest non-profit space exploration organisation.
Our lives would be a lot more tedious, tiresome, and treacherous without engineered products!
From practical items like zippers through to life-saving medical marvels like the artificial heart, engineers have been behind countless innovations that have vastly improved and prolonged our lives.
While many believe that the rocket is a product of a modern world, the technology actually dates back to 11th century China, where early chemists at the time were discovering the power of gun powder.
Over the years, many scientists around the world have taken the technology and refined to the point where rockets are able to generate enough thrust to not only lift off of the ground, but to propel themselves out of the planet’s orbit.
Biomedical engineering is a specialized field of engineering that involves the design of both procedures and devices that can improve the lives and well-being of patients.
Such innovations also allow doctors and surgeons to more effectively solve healthcare problems, leading to a healthier population overall. Here are 5 of the world’s greatest biomedical breakthroughs that changed the industry for the better. Continue reading “6 Biomedical Breakthroughs That Revolutionized Medicine”
When Neil Armstrong and Buzz Aldrin became the first people to set foot on the moon in July 1969, no one could’ve predicted that we would one day be having serious conversations about not only visiting another planet, but actually populating it. As technology and engineering continue to advance, we have started to see the possibility of perhaps forming a colony on Mars, but there are a variety of factors which need to be addressed first such as how sustainable it really is. Here is what it will take to live on Mars.
With the increased seriousness of climate change and the amount of carbon emissions that we are putting into the air, it’s become imperative to create alternative, renewable forms of energy production that both meet our power needs and are not harmful to the environment.
Many countries are starting their own projects that will not only meet those two criteria, but ensure a safer future for all.
For hundreds of years engineers have been working on medical projects that are designed to make our lives easier and healthier. These life saving ideas came to be after much research, and they continue to change our lives in so many ways.
Quantum computing has been a phrase that’s been working its way around the science world for the last few years. The basic idea behind a quantum computer is to create a machine that is capable of calculating processes many times faster and more efficiently than even the most advanced computers we currently have.
Quantum computing fully realised would change the world of technology as we know it. Not only would online security be completely revolutionised, but it’s the hope of many that quantum computers would be able to help many of the problems that we’re facing today, but could also make its way into other industries, such as retail, video games, and online slots Australia.
These are the companies that are currently working on the technology.
Intel is the world-leader in the creation of CPU units, so it makes sense that the tech giant would be working on quantum technology of their own. Tangle Lake is their latest effort to try and break into the field, and they hope to release a device that can processes up to 49 qubits at a time.
The Tangle Lake test chip was first revealed during 2018’s CES, and consisted of a 3×3 inch chip that featured 108 gold radio frequency connectors, each able to carry microwave signals from each of its qubits.
Despite the advancement, the Tangle Lake project has a long way to go, and they estimate that it will need to produce a few hundred thousand qubits in order to become a true quantum computer.
IBM has always been ahead in the field when it comes to creating new technologies, and the engineers at IBM have long working hard on creating a commercially viable quantum system that they hope to release to the public.
Their latest release comes in the form of the Q System One, a system that the company hopes will become more popular as scientists, researchers, and businessmen seek more powerful computing solutions.
The machine itself lives in one of IBM’s research centres, and its computational power will be made available through the cloud.
Microsoft’s foray into the world of quantum tech sees them at a distinct advantage over most of its competitors thanks to its rank as the most valuable company in the world. The researchers at Microsoft are looking to make their version of the quantum computer truly scalable, hoping to give a much larger audience access to the tech.
Their machine makes use of ground state degeneracy and electron fractionalisation, meaning that they split an electron in half and utilising two ground states, which makes the computer far less vulnerable to quantum noise.
The Internet giant hasn’t been left out of the race, and their most notable addition to the quantum race is their Bristlecone, a 72-qubit gate-based superconductive chop that was released by the company’s AI Quantum laboratory.
Bristlecone is being designed to act as a proof-of-concept for future projects,, and they will use it to test hardware, software, and algorithms.
Engineering is an extremely expansive subject, and there are many different types of engineering to choose from. This can be a bit of a problem for those that are trying to choose what type of engineering to begin studying.
Almost all kinds of engineering involve solving problems, creating solutions to those problems, and then putting the solutions into practice.
For those that are looking to break into the engineering world for the first time, these are the top branches of the subject that are popular right now.
This branch deals with the design, construction, testing, research, development, and technology of all things that can fly. It’s a math-intensive form of engineering, and can take a number of years to acquire an adequate degree or certification.
Those that wish to begin studying aerospace engineering will need to be strong in math, physics, and problem solving, and need to have a keen interest in the mechanics of modern flight or space travel.
Computer engineering involves the design, construction, and prototyping of hardware and software computer systems. This is a combination of computer science and electrical engineering, and it’s possible to get into the field by studying one or both of these.
It’s a fascinating branch of study, and sees the engineer enter the world of modern computing, dealing with creating new and powerful systems that may eventually be released into the public domain, such as video games, or online casino Singapore platforms.
Electrical and electronic engineering is concerned with the application of electricity into a number of different ways, such as electrical infrastructure or simple electronic design, support, and repair. It’s a field that has seen growth in recent years as more and more countries seek out qualified electricians and engineers to keep their power grids running smoothly.
Those that wish to get into the world of electrical engineering will need to have an interest in how electricity works, how it can be applied to different systems. Modern electrical engineering puts a lot of focus into creating circuits, such as those used by computers.
Chemistry is an extremely interesting field of study, and deals with chemical and biological processes that are used to create substances and materials.
There are many sub-fields of study in the chemical engineering world, where some engineers might be responsible for creating modern medicines, while others may be involved with the refinement of fuels or the development of new energy sources.
It’s perhaps one of the broadest of the engineering fields, and would be best suited to those that have a strong interest in microbiology, biochemistry, biology, economics, and mathematics.
This type of engineering is directly linked to the buildings and infrastructure that we see around us.
This can be either on a small scale, such as the creation and development of buildings and roads, or on a much larger scale, such as nationwide transportation or water supply networks. Those in this field sometimes undertake architectural studies.