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Where would we be without the invention of the light bulb, or the car? Inventions, and their inventors, are a central part of us being where we are today. All it takes is a genius mind and a simple idea to get the ball rolling, revolutionize our lives and become one of the best inventors of all time. Even in the last 30 years, inventions were conceived that completely changed the course of humanity.
Best Inventors Of All Time
Have you ever thought who are the best inventors of all time? Or what are the most important inventions? Or where were the most creative inventors born? Our infographic explores this and much more.
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The history of inventors and their inventions is long and varied. From Johannes Gutenberg and his printing press in 1450 to DVDs in 1998, many things we take for granted took a genius mind and a lot of trial and error. But who are the best inventors? We’ve looked at some of the most important inventions in human history and the genius minds behind them to find out who the best inventors are and where they came from.
From our research and the collection of inventions that have come before us, who do you think are the best inventors of all time? Addison? Lovelace? Latimer? Or maybe there is someone we missed? Let us know who you think deserves the title of best inventor of all time in the comments below!
Nick is the author of the NCC’s resident blog and covers a range of topics, including teaching and health and social care. NCC is an international learning provider with over 20 years of experience in providing learning solutions. To date, NCC has engaged with over 20,000 employers, delivering quality training to over half a million learners. Inventing life forever. They should be given credit for their obedience to science and lifelong dedication to aiming for discoveries that serve to improve human life on Earth. In the current article, we look at some inventors and scientists from different eras, mainly with their work in the field of electrical engineering and computer science. These two areas represent the basic parts of almost every electrical device nowadays, especially for embedded systems with wireless communication capabilities known as Internet of Things devices. Each IoT device consists of a combination of hardware and software and provides a solution to a problem as well as drives innovation in the industry.
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The inventors featured here are pioneers in their field and they invented amazing things that served as building blocks for future inventors to come after them. In fact, they helped each other by paving the way for scientific and historical discovery. Their common ground lies in their love of science. Historically, the first pioneers of electrical technologies date back to the 19th century, the era of the Second Industrial Revolution when electricity was invented and mass production was just beginning.
Each of these scientists contributed to the development of a key technology that in some way serves today’s development of embedded systems and IoT products, which has become a mainstream term in the modern era.
They are also my role models and inspiration and I greatly admire them for their creativity and resilience.
Let’s take a look at some past and present inventors who changed the course of history in terms of technological discoveries and advancements.
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George Ball was a self-taught mathematician who worked in the fields of differential equations and algebraic logic. His book “The Laws of Thought” from 1854 lays the foundation for Boolean algebra and the information age that began in the middle of the 20th century. What is also fascinating about George Ball’s inventions and work is that it was rediscovered by some scientists nearly a century later, when scientists such as Claude Shannon recognized that Ball’s work could form the basis of real-world mechanisms and processes. Digital computers are inconceivable today without the use of electrical switches based on Boolean logic.
Nikola Tesla is perhaps one of the greatest inventors of all time. His best known contribution to the design of the modern alternating current (AC) power supply system revolutionized the world we live in today. Furthermore, he contributed significantly to the invention of the radio by filing several patents in the field of wireless communication, which was controversially used by Guglielmo Marconi, the acknowledged creator of the radio. One of his inventions worth mentioning is the “teleautomaton”, a radio-controlled boat that he hoped to sell as a guided torpedo to navies around the world. It could easily be considered the first “IoT” product with wireless capabilities from the pre-PC era.
Guglielmo Marconi is known for creating the practical telegraph system based on radio waves. This groundbreaking achievement from that time would not have been possible without the work of his friends such as Heinrich Hertz, Nikola Tesla or Ferdinand Braun. Along with the latter, he received the Nobel Prize in Physics and his most notable career achievement is the first public transatlantic wireless communication in 1903. Today, one prerequisite in building IoT devices is the ability to communicate wirelessly, an invention that was made over a century ago.
William Eccles was a physicist and pioneer in the development of radio and worked as an assistant to the Italian radio entrepreneur Guglielmo Marconi. Eccles coined the term diode to describe an evacuated glass tube containing two electrodes: an anode and a cathode. Furthermore, he collaborated with Frank Wilfred Jordan in 1918 to patent the flip-flop circuit, which became the basis for electronic memory in computers.
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Alan Turing was a computer scientist and is widely considered the father of theoretical computer science and artificial intelligence. He formalized the concept of algorithm and computation through his most notable invention, the Turing machine, which is considered the model of the general purpose computer.
Carl Petri was a computer scientist and his main scientific contribution is the idea of the Petri net, which he developed when he was only 13 years old. The documentation of his invention was made only years later as part of his thesis “Communication with automata”. His work advanced the fields of parallel and distributed computing, and it helped define the modern studies of complex systems and workflow management systems. The applicability of the Petri net is found in a wide variety of fields such as Boolean differential calculus, concurrent programming, data analysis, game theory, and hardware design.
John von Neumann was a child prodigy in his time being a mathematician, physicist, computer scientist and engineer. He is regarded as “the last representative of great mathematicians who were equally at home in pure and applied mathematics.” In computer science, he is best known for the invention of the von Neumann architecture, through which he elegantly described the components of a digital electronic computer containing the following components: a processing unit, a control unit, memory, external mass storage, and input and output. mechanisms.
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Howard Aiken was a contemporary of John von Neumann as well as a physicist and pioneer in the field of computing. His main contribution is the design of IBM’s Harvard Mark I computer, also known as ASCC – Automatic Sequence Calculator. It was a general purpose computer used at the end of World War II and the first to run a program on it was John von Neumann. The design included electromechanical components and contained a volume of 23 m3 and it was without a doubt the largest electromechanical computer in the industry. The computer was based on the Harvard architecture, which was a progression to the von Neumann architecture, when instructions and data were separated and independently accessible.
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Claude Shannon was a mathematician, electrical engineer and cryptographer and is considered the “father of information theory”. At the age of 21, he proved through his master’s thesis that the electrical application of Boolean algebra could solve any numerical relationship. Shannon’s thesis has been called “perhaps the most important, and also the most excellent, master’s thesis of the century.” and is based on the work of the self-taught mathematics professor George Ball from almost a hundred years before. He used the power of electronic switches to implement logic and this is the basic concept that underlies all digital electronic computers. Another important achievement of his is the presentation of sampling theory, which deals with the representation of a continuous time signal from a uniform discrete set of samples. This mechanism is still used today in analog-digital converters and vice versa for the purpose of acquiring signals from sensors and reproducing signals and output in the form of an image or sound for example.
Edward Moore was a professor of mathematics and computer science and he was an early pioneer of artificial life. He is best known for inventing Moore’s finite state machine, which
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