The boom in technology is considered as the most significant phenomenon of modern civilization. Every aspect of our lives has been touched by technological advancements, from transportation to communication and entertainment. But when did this explosive growth in technology actually begin?

The history of technology can be traced back to human society’s earliest days, where ancient humans developed basic tools like stone axes, hammers, and knives to make their daily tasks easier. However, what we refer to as the “big boom” or “tech explosion” began during the Industrial Revolution around 1760.

During this period, steam power replaced manual labor; machines such as looms for weaving textiles were invented along with improved agricultural machinery that could boost productivity on farms. The introduction of these mechanical systems helped streamline production processes and enabled faster manufacturing times.

It was also during the 19th century that electricity emerged as a dominant force in technological innovation. When Michael Faraday discovered electromagnetic induction in 1831 it set off an explosion of interest in harnessing electro-magnetism which directly led to alternating current (AC) electrical power being offered publicly starting from the early 1880s..

As time went by inventions such as telegraphs, radio waves transmissions,bicycles,cars ,and planes came into existence creating new industries leading ultimately leading up to more discoveries like computers – followed by Internet communications starting around 1969 – have become ubiquitous elements both at home and work today affecting every aspects of a huge range of different industries.

But What really sparked an enormous acceleration forward duringthe last few decades? In my opinion one answer may lie with Moore’s Law – formulated half-a-century-and-more ago by Gordon Moore who cofounded Intel Corp: It made prediction about processors’ computing power doubling while their cost halved so quickly it catalyzed exponential developments goaded by competition among chip makers.wl The effect was amplified thanks partly due because those chips became smaller over time too thus further boosting the number of computers and connected devices while reducing manufacturing costs– the beginning of cheaper technology that people could access more easily.

The cost reductions thanks to Moore’s Law have applied to other aspects of technology too, making what once was prohibitively expensive affordable for a wider demographic. Smartphones are one example: While originally they were luxury products costing hundreds if not thousands of dollars (when first released), newer models came out rapidly with each release featuring better battery life, faster processing speeds , bigger screens all being introduced nearly as soon as their predecessors had been made available.

Furthermore, cheap global internet connectivity has also fuelled this growth in technology by providing easier access to people seeking software applications and social media. The reduced prices on these technologies enabled small companies found throughout the world to emerge without significant investment which would be required 2-3 decades ago .

Finally, recent technological advancements appear to promise even greater changes in the future via areas such as nanotechnology or artificial intelligence(AI). Growth is forecasted continue across sectors ranging from medicine research streamlined manufacturing processes; autonomous vehicles;efficient logistics chains plus highly advanced security systems Just imagine how much smarter door locks can get: Biometrics utilization(or other identity checks) voice recognition features activated through smartphone when you approach ; your fridge may alert it’s stock run low via AI settings interlinked with local groceries store while your autonomous car drives within designated guidelines laid out using data feeds from multiple sources like digital maps road sensors traffic flow records . So considerable technological developments lie ahead !

In conclusion we can say that although some contenders might argue different points about timelines but most conclude that there are two main periods when technological innovations exploded into popular consciousness starting firstly during up Industrial Age Revolution industrialization onwards leading eventually via electricity empowerment arriving mid-19th Century then digitally empowered by Internet-based communications around dawn later part of20st century now boundlessly diffused worldwide.. Only time will determine how long this boom will last but the rewards of massive technological progress is eagerly await for those willing to adapt .
The boom in technology is a significant phenomenon of modern civilization that has touched every aspect of our lives, from transportation to communication and entertainment. The history of technology can be traced back to human society’s earliest days where ancient humans developed basic tools like stone axes, hammers, and knives to make their daily tasks easier. However, the explosive growth in technology began during the Industrial Revolution around 1760 when steam power replaced manual labor, machines were invented for weaving textiles along with improved agricultural machinery.

It was also during the 19th century that electricity emerged as a dominant force in technological innovation leading ultimately to computers followed by Internet communications starting around 1969 – ubiquitous elements both at home and work today affecting every aspect of a huge range of different industries.

Moore’s Law stood out as an enormous acceleration forward during recent decades making predictions about processors’ computing power doubling while their cost halved so quickly it catalyzed exponential developments goaded by competition among chip makers—even further boosted since those chips became smaller over time too—while reducing manufacturing costs– cheaper technology that people could access more easily.

The reduced prices on these technologies enabled small companies found throughout the world to emerge without a significant investment which would have been required three decades ago precisely because global connectivity has fueled this growth enabling easy access for software applications or social media alike. Finally nanotechnology or artificial intelligence (AI) create prospects for even greater changes in future via areas such as medicine research streamlined manufacturing processes; autonomous vehicles; efficient logistics chains plus highly advanced security systems Just imagine how much smarter door locks can get: Biometrics utilization(or other identity checks) voice recognition features activated through smartphones when you approach ; your fridge may alert it’s stock run low via AI settings interlinked with local groceries store while your autonomous car drives within designated guidelines laid out using data feeds from multiple sources digital maps road sensors traffic flow records…

In conclusion we can say that although some contenders might argue about timelines, most conclude two main periods when technological innovations exploded into popular consciousness beginning firstly during Industrial Age Revolution industrialization onwards leading eventually via electricity empowerment arriving mid-19th Century followed digitally empowered by internet-based communications dawn later part of the 20th century and now it is boundlessly diffused worldwide.