35 Inventions Made from 2000 to 2023: Milestones & History

The period from 2000 to 2023 witnessed a remarkable surge in technological innovation, giving rise to numerous groundbreaking inventions that reshaped human civilizations across the globe. Among the notable milestones was the advent of smartphones, with the release of the iPhone in 2007 by Apple, revolutionizing communication, entertainment, and daily life. Concurrently, the development of CRISPR-Cas9 gene-editing technology, originating from the collaboration of scientists in the United States and Europe, marked a transformative breakthrough in genetic engineering with profound implications for medicine and agriculture. The proliferation of renewable energy technologies, such as solar and wind power, gained momentum during this era, spearheading the global push towards sustainable energy sources and environmental conservation. In this article, I am going to talk about inventions made from 2000 to 2023.

Inventions Made from 2000 to 2023: Milestones & History

In the realm of space exploration, SpaceX, founded by Elon Musk in the United States, achieved a significant milestone with the successful landing and reusability of rocket boosters, drastically reducing the cost of space travel. Furthermore, the emergence of blockchain technology with the introduction of Bitcoin in 2009 by an unknown person or group named Satoshi Nakamoto paved the way for decentralized digital currencies, challenging traditional financial systems. The widespread adoption of 3D printing technology, with contributions from various countries including the United States and Germany, revolutionized manufacturing processes and allowed for unprecedented customization in various industries.

Let’s find below a glimpse of inventions that took place from 2000 to 2023:

1. A Technological Milestone: The Birth of Blu-ray (2000)

In the annals of technological breakthroughs, the year 2000 marked a pivotal moment with the inception of the Blu-ray optical disc format. Spearheaded by the innovative minds at Sony, this development emerged as a transformative force in the realm of digital storage. As the prototypes for this cutting-edge technology took shape, it heralded a new era in data storage and high-definition entertainment. The Blu-ray’s advent represented not merely a product launch but a paradigm shift, foreshadowing the impending evolution of multimedia consumption on a global scale.

2. The Dawn of a Medical Marvel: The Artificial Liver (2001)

In the corridors of medical science, 2001 stands as a beacon of innovation with the birth of the artificial liver. Conceived and crafted by health scientists, this groundbreaking invention unfolded as a testament to humanity’s relentless pursuit of medical advancements. Beyond being a mere invention, the artificial liver emerged as a symbol of hope for countless individuals grappling with liver-related ailments. The intricate amalgamation of biomedical engineering and medical expertise yielded a revolutionary solution, offering a glimmer of optimism in the face of complex health challenges.

3. Visualizing Life’s Beginnings: Virtual Fetus Ultrasound (2002)

Embarking on the path of prenatal discovery, the year 2002 witnessed the advent of Virtual Fetus Ultrasound images. This groundbreaking technology allowed expectant parents to traverse the realms of anticipation in unprecedented ways. Gone were the days of relying solely on the imagination; instead, grainy yet mesmerizing images of the developing fetus came to life on screens. This quantum leap in obstetric imaging not only enhanced the bonding experience for parents but also paved the way for a deeper understanding of the intricacies of fetal development. The virtual ultrasound became a window into the mysterious journey of life’s beginnings, reshaping the narrative of parenthood and ushering in a new era of prenatal connection.

4. Kodak’s Photographic Revolution: The OLED Camera Unveiling (2003)

In the ever-evolving landscape of photography, 2003 etched its mark with Kodak’s groundbreaking release of the world’s first digital camera featuring an organic light-emitting diode (OLED) display. This technological marvel redefined the visual experience for photographers, introducing a vibrant and immersive display that transcended the limitations of traditional screens. Kodak’s foray into OLED technology was not just a camera launch; it was a testament to the company’s commitment to pushing the boundaries of imaging technology. As photographers embraced this innovative tool, the very essence of capturing moments underwent a metamorphosis, propelling visual storytelling into uncharted realms of clarity and brilliance.

5. Social Media Genesis: The Birth of Facebook (2004)

In the virtual expanse of the internet, 2004 marked a watershed moment with the launch of Facebook. Conceived within the dormitories of Harvard University, this social media giant swiftly transcended its campus origins to become a global phenomenon. The brainchild of Mark Zuckerberg, Facebook altered the fabric of online interactions, weaving a digital tapestry that connected individuals across continents. Its inception was not merely the introduction of a platform but the creation of a virtual community, redefining the dynamics of communication, social connection, and the very concept of a ‘friend.’ As the iconic blue interface proliferated, Facebook became an integral part of the social zeitgeist, heralding an era where the world shared its stories, one status update at a time.

6. The Video Revolution Unleashed: YouTube’s Debut (2005)

In the auditory and visual realms of cyberspace, the year 2005 witnessed a seismic shift with the launch of YouTube. Born from the minds of Steve Chen, Chad Hurley, and Jawed Karim, this platform emerged as a digital coliseum where videos reigned supreme. YouTube wasn’t merely a repository for visual content; it was a democratization of multimedia expression, empowering individuals to broadcast their creativity to a global audience. From quirky cat videos to profound educational content, YouTube became the canvas for the digital storyteller. Its arrival signaled the dawn of a new era in entertainment, education, and cultural exchange, forever altering the way we consume and contribute to the vast tapestry of online content.

7. Microblogging’s Meteoric Rise: Twitter Takes Flight (2006)

In the ever-evolving landscape of social media, 2006 unfurled a new chapter with the public launch of Twitter. Conceived as a microblogging platform, this digital avian logo—limited to 140 characters per chirp—became a virtual town square where thoughts, news, and opinions converged in real time. Twitter’s impact wasn’t merely confined to its character limit; it was a catalyst for real-time communication, birthing trends, and movements, and shaping public discourse in a concise yet potent manner. The advent of hashtags and retweets transformed the platform into a dynamic arena where voices resonated globally, amplifying the power of brevity in the digital age.

8. Revolutionizing Communication: Apple’s iPhone Unleashed (2007)

In the grand tapestry of technological evolution, 2007 stood as a seminal year with the release of the original iPhone by Apple. While not the first smartphone, it emerged as a revolutionary force that transcended the conventions of mobile communication. Steve Jobs’ brainchild amalgamated sleek design with intuitive functionality, but its true genius lay in popularizing the touchscreen-centric format. The iPhone didn’t merely redefine the parameters of a phone; it ushered in an era where devices became extensions of ourselves, seamlessly blending communication, entertainment, and productivity. As the iconic swipe unlocked a new era, the iPhone became a cultural touchstone, forever altering the way humanity connects, communicates, and navigates the digital landscape.

9. Decentralizing Trust: The Genesis of Blockchain (2008)

In the realms of cryptography and digital currencies, 2008 witnessed a mysterious yet revolutionary development—the creation of the first blockchain by the elusive Satoshi Nakamoto. This cryptographic masterpiece laid the foundation for decentralized systems, challenging the traditional notions of trust and authority. Beyond the inception of Bitcoin, Nakamoto’s blockchain was a paradigm shift, offering a transparent, tamper-resistant ledger that could revolutionize industries beyond finance. The decentralized consensus mechanism embedded in blockchain technology became a beacon of trust in an increasingly interconnected world, setting the stage for a transformative journey toward decentralization and cryptographic security.

10. The Dawn of Cryptocurrency: Bitcoin’s Digital Revolution (2009)

In the digital corridors of finance, the year 2009 witnessed the advent of Bitcoin, an innovation that would redefine the very concept of currency. Conceived by the elusive Satoshi Nakamoto, Bitcoin emerged as a decentralized, peer-to-peer form of digital currency, challenging the traditional financial paradigms. Its introduction marked a departure from physical currencies, birthing a realm where transactions transcended borders and intermediaries. The blockchain technology underlying Bitcoin became a bedrock of trust, fostering a decentralized financial ecosystem that resonated across industries. As Bitcoin’s symbolic ‘B’ took root in the collective consciousness, the world embarked on a transformative journey toward embracing the potential of cryptocurrencies in the digital age.

11. Sailing on Sunbeams: Japan’s Solar Sail Odyssey (2010)

In the cosmos of space exploration, 2010 unfolded as a year of pioneering feats with Japan’s launch of the IKAROS spacecraft. This interstellar marvel marked the debut of solar sail technology, propelling a spacecraft through the cosmos on the gentle force of sunlight. Conceived by the Japan Aerospace Exploration Agency (JAXA), IKAROS was more than a spacecraft; it was a testament to human ingenuity harnessing the power of photons for propulsion. The solar sail unfurled a new chapter in space exploration, where the boundless energy of our nearest star became the driving force behind humanity’s quest to navigate the vast celestial expanse.

12. The Genesis of Synthetic Life: Mycoplasma laboratorium (2010)

In the hallowed halls of genetic engineering, the year 2010 bore witness to a groundbreaking achievement—the creation of the first synthetic organism, Mycoplasma laboratorium. Crafted by the visionary minds at the J. Craig Venter Institute, this organism marked a pivotal moment in synthetic biology. Dr. J. Craig Venter’s team, wielding the tools of genetic manipulation, synthesized the entire genome of a bacterium, giving rise to a living, breathing organism with a man-made genetic code. Beyond being a scientific milestone, Mycoplasma laboratorium raised profound questions about the ethical dimensions of manipulating life at its fundamental genetic level, opening Pandora’s box of possibilities and ethical considerations in the realm of synthetic biology.

13. The Digital Wallet Revolution: The Emergence of Venmo (2010)

In the financial landscape of the digital age, 2010 brought forth a revolutionary concept—the birth of Venmo. This ingenious platform reshaped the dynamics of financial transactions, allowing users to send money instantly with the mere tap of a few buttons on their smartphones. Conceived as a digital wallet, Venmo became the epitome of frictionless financial interactions, transforming the cumbersome process of exchanging money into a seamless, instantaneous experience. As the concept of Venmo permeated daily transactions, it not only simplified financial exchanges but also catalyzed a shift in societal norms, ushering in an era where settling debts and splitting bills became as effortless as a digital tap.

14. The Tablet Renaissance: Apple’s iPad Unleashed (2010)

In the realm of technological innovation, 2010 marked a watershed moment with the launch of the iPad by Apple. This sleek, touchscreen tablet was not merely a device; it was a harbinger of the tablet renaissance. Steve Jobs’ vision materialized into a gadget that seamlessly blended portability, functionality, and aesthetic elegance. The iPad became a canvas for creativity, a tool for productivity, and a gateway to a vast digital universe. Its introduction wasn’t just a product launch; it was a cultural phenomenon that transformed how individuals consumed content, ushering in an era where the boundaries between work and leisure seamlessly blurred in the palm of one’s hand.

15. Electric Precision in Genetic Engineering: Cell Injection via Electricity (2011)

In the laboratories of genetic research, 2011 bore witness to a groundbreaking discovery—an innovative method to deliver gene therapy directly into a single living cell, not through a needle, but by harnessing the power of electricity. Researchers unveiled a technique that allowed for the precise injection of a gene therapy agent, opening new frontiers in genetic medicine. This novel approach not only promised greater precision but also mitigated the invasive nature of traditional needle-based methods. As electricity replaced needles in the realm of gene therapy, the breakthrough heralded a transformative era in medical science, offering new avenues for targeted treatments and therapies at the cellular level.

16. Autonomy on Wheels: The Rise of Self-Driving Cars (2012)

The year 2012 marked a pivotal chapter in transportation history with the advent of self-driving cars, a technological marvel propelled by significant strides in artificial intelligence and GPS technology. These autonomous vehicles weren’t mere modes of transportation; they embodied a fusion of cutting-edge algorithms and satellite precision, reshaping the future of mobility. The integration of AI-enabled these cars to navigate complex roadways, respond to dynamic traffic conditions, and ushered in a paradigm shift towards a future where the driver’s seat might become a relic of the past. As the wheels of innovation rolled towards autonomy, the automotive landscape embarked on an evolutionary journey, redefining the very essence of transportation. How AI, ChatGPT maximizes earnings of many people in minutes

17. Neural Restoration: Stem Cells and Stroke Recovery (2013)

In the realms of neuroscience and regenerative medicine, 2013 witnessed a breakthrough that held profound implications for stroke survivors. Bolivian scientists achieved the restoration of brain function in stroke-affected rats by injecting them with stem cells. This transformative feat hinted at the potential for more effective treatments for human stroke sufferers. The injection of stem cells not only showcased the regenerative power of these microscopic agents but also unveiled a promising avenue for neural repair. This scientific milestone kindled hope for a future where stroke recovery could transcend conventional limitations, offering renewed prospects for those grappling with the aftermath of cerebral infarctions.

18. Visionary Healthcare: Google’s Glucose-Monitoring Contact Lens (2014)

In the intersection of technology and healthcare, 2014 unveiled a visionary development as Google reported the creation of a contact lens equipped with a glucose monitor. This groundbreaking innovation transcended the conventional boundaries of wearables, offering a seamless solution for individuals managing diabetes. The contact lens, a marvel of miniaturization, not only provided continuous glucose monitoring but also promised a paradigm shift in healthcare technology. As the lens delicately interfaced with the human eye, it exemplified the potential of technology to enhance health monitoring, laying the groundwork for a future where medical interventions are seamlessly integrated into our daily lives. The marriage of technology and healthcare reached new heights, promising a future where innovation became a lens through which we viewed and managed our well-being.

19. Synthetic Biology Milestone: Crafting the First Synthetic Chromosome (2014)

In the frontier of synthetic biology, the year 2014 marked a watershed moment as scientists achieved the creation of the first synthetic chromosome designed for integration into a yeast cell. This pioneering feat wasn’t merely a manipulation of genetic material; it represented the inception of an era where the building blocks of life could be synthesized in a laboratory. As researchers delved into the intricacies of DNA manipulation, the synthetic chromosome became a testament to humanity’s ability to engineer life at its most fundamental level. This breakthrough paved the way for advancements in biotechnology, offering a glimpse into a future where the boundaries between the natural and the synthetic could be redrawn with profound implications for medicine, agriculture, and beyond.

20. Reusable Rockets: SpaceX’s Falcon 9 Touches Down (2015)

In the cosmos of space exploration, 2015 witnessed a momentous achievement with the launch of SpaceX’s reusable Falcon 9 rocket. This groundbreaking event marked a departure from traditional space launch practices, as the Falcon 9 not only delivered its payload into orbit but defied conventions by returning to Earth and landing at Cape Canaveral. The concept of reusable rockets transcended the confines of space agencies, symbolizing a new era where the accessibility and sustainability of space travel took center stage. Elon Musk’s vision of reducing the cost of space exploration became a reality, heralding a paradigm shift in rocketry that echoed beyond the stratosphere and reverberated across the aerospace industry.

21. Energizing the Future: Tesla’s Powerwall Debut (2015)

In the pursuit of sustainable energy solutions, 2015 witnessed the launch of Tesla’s Powerwall, an innovation poised to reshape the dynamics of energy storage. Conceived by Elon Musk, the Powerwall wasn’t merely a battery; it was a compact energy storage solution designed to capture and store excess energy for later use. This sleek, wall-mounted device became a beacon of renewable energy integration, offering homeowners the ability to harness solar power and store it for consumption during peak demand or in the absence of sunlight. The Powerwall symbolized a stride towards decentralizing energy production, placing the control of energy resources into the hands of individuals, and catalyzing a shift towards a more sustainable and distributed energy landscape.

22. Digital Companionship: Unveiling Google Assistant (2016)

In the realm of virtual intelligence, 2016 bore witness to the revelation of Google Assistant, a groundbreaking development that marked a significant leap in human-computer interaction. Google’s foray into virtual assistants was not merely about voice-activated commands; it was the dawn of a digital companion capable of understanding context, offering personalized responses, and seamlessly integrating into users’ daily lives. The unveiling of Google Assistant wasn’t just an addition to the tech landscape; it was a glimpse into a future where AI became an intuitive, anticipatory presence, streamlining tasks and enhancing the user experience through a symbiotic relationship between humans and machines.

23. Soft Robotics for the Heart: Harvard’s Innovative Treatment (2017)

In the corridors of medical innovation, 2017 emerged as a year of hope with the development of a customizable “soft robot” by researchers at Harvard. Designed to snugly fit around a human heart, this soft robotic marvel aimed to assist and augment cardiac function, offering a potential treatment option for patients grappling with heart failure. The marriage of robotics and medicine reached new heights as the soft robot mimicked the natural rhythms of the heart, presenting a non-invasive and customizable solution for enhancing cardiovascular health. The implications of this innovation resonated far beyond its immediate applications, hinting at a future where soft robotics could revolutionize the landscape of personalized, targeted medical interventions.

24. Quantum Leap in Computing: IBM’s “IBM Q” Initiative (2017)

In the quantum realms of computing, 2017 witnessed a seismic shift with IBM’s announcement of “IBM Q,” an ambitious initiative to construct commercially available universal quantum computing systems. This bold venture wasn’t just about pushing the boundaries of computational power; it heralded the dawn of a new era where quantum mechanics became the foundation of computing. IBM’s foray into quantum computing sparked a race towards unlocking the potential of qubits, promising exponential leaps in processing capabilities that could revolutionize fields from cryptography to drug discovery. The “IBM Q” initiative underscored a commitment to a future where quantum computing was not just a theoretical concept but a tangible, commercially viable force that could reshape the landscape of information processing.

25. Genetic Precision Unleashed: The CRISPR Revolution (2018)

In the intricate tapestry of genetic engineering, 2018 unveiled a game-changing innovation with the invention of the CRISPR gene-editing system. This revolutionary technology, an acronym for Clustered Regularly Interspaced Short Palindromic Repeats, empowered scientists with unprecedented precision in manipulating the human genome. The ability to edit genes not only opened avenues for treating genetic disorders but also ignited ethical debates about the potential for modifying human embryos. CRISPR’s arrival signaled a paradigm shift in our capacity to sculpt the code of life itself, fanning the flames of both scientific marvel and ethical contemplation.

26. Quantum Computing for the Masses: IBM Q System One (2019)

In the realm of quantum computing, 2019 marked a historic juncture as IBM launched the Q System One, the first integrated quantum computing system designed for commercial use. This sleek, futuristic apparatus represented more than just a technological achievement; it symbolized the democratization of quantum computing capabilities. IBM’s quantum leap transcended the confines of research laboratories, opening the door for businesses and researchers to harness the potential of quantum mechanics for complex problem-solving. The Q System One heralded a future where quantum computing became an accessible tool, poised to transform industries and redefine the limits of computational possibilities.

27. Triumph Over Pandemic: BNT162b2’s Victory Against COVID-19 (2020)

In the tumultuous narrative of the global pandemic, 2020 introduced a glimmer of hope with the announcement of the first successful Phase III trial for a COVID-19 vaccine, BNT162b2. Developed by Pfizer and BioNTech, this groundbreaking vaccine demonstrated an efficacy rate of 90%, heralding a triumph in the fight against the relentless virus. The collaboration between pharmaceutical giants not only accelerated the timeline for vaccine development but showcased the power of innovation and global cooperation in times of crisis. BNT162b2’s approval marked a historic milestone, offering a beacon of light in the darkest hours of the pandemic and instilling hope for a world on the cusp of recovery.

28. Quantum Leap into Reality: Advancements in Quantum Computing (2020)

The year 2020 witnessed the materialization of quantum computing as more than a theoretical concept, as it became a tangible reality. This paradigm-shifting technology emerged from the theoretical realm, offering unprecedented computational power. The implications extended beyond traditional computing boundaries, opening doors to new possibilities in fields such as cryptography, optimization, and simulations.

Additionally, 2020 marked a convergence of technological innovations designed to enhance safety and protect human well-being. From collision-avoidance systems for drones to the widespread production of millions of masks, from buildings designed for enhanced protection to the utilization of UV-C light in novel ways, the year epitomized a global response to challenges through a confluence of advanced technologies. This included providing visibility into airborne particles, operating remotely, and implementing machine learning for cybersecurity, creating a multifaceted approach to navigating the complexities of the modern world. Premium Widgets for Business, eCommerce, Professional, or Personal Websites

29. A Year of Technological Diversity (2021)

The technological landscape of 2021 unfolded with a diverse array of innovations. A “Robot with Heart” symbolized not only technical prowess but also a blending of robotics with human-like empathy. “Smart Specs” introduced augmented reality into daily life, offering a glimpse into the potential of wearable technology. An “Offline Coding Class” democratized access to coding education, bridging the digital divide. “Solar Roadways” showcased sustainable infrastructure, and “Anti-Pollutant Tires” represented a commitment to eco-friendly mobility.

30. The Evolution Continues: Technological Marvels (2022)

The year 2022 ushered in a wave of innovations that pushed the boundaries of what was once considered futuristic. “Color Changing Cars” like BMW’s IX Flow added a dynamic dimension to automotive aesthetics, reflecting advancements in materials and design. The introduction of “Humanoid Robot: Ameca” signaled progress in robotics, bringing us closer to machines with humanoid capabilities. “Smart Bathing: PerfectFill” demonstrated how everyday activities could be elevated through intelligent design. The advent of “Foldable Tech Devices” like Zenbook and Galaxy Flip showcased the evolution of portable technology, allowing for flexibility in device form factors.

2022 also witnessed breakthroughs in health-related technology, such as the “COVID-19 Breathalyzer Test: ViraWarn Freedom,” offering a novel approach to pandemic monitoring. “Health Body Scans: Withings Body Scan” underscored the importance of personal health monitoring. The concept of “Digital Twins” marked a new frontier in the integration of virtual and physical worlds, with promising applications in various industries, from healthcare to manufacturing. As the pace of technological evolution accelerated, 2022 became a testament to human ingenuity and the relentless pursuit of innovation. 130+ Amazing Marketing Software Revealed by AppSumo

31. Harnessing Oceanic Potential: AlgaRay and Seaweed Generation (2023)

The year 2023 delved into the vast depths of marine innovation with the introduction of AlgaRay, a groundbreaking technology in seaweed generation. This revolutionary concept not only highlighted the potential of seaweed as a sustainable resource but also showcased its versatility in various industries, from food to biofuel production. The AlgaRay innovation epitomized a harmonious intersection between technology and the ocean’s bounty, pointing towards a future where marine resources play a pivotal role in shaping a sustainable and resilient world.

32. Painting the Future: Whiter Paint and Human Embryo Model (2023)

In the canvas of scientific and artistic fusion, 2023 unveiled advancements in paint technology with the creation of a whiter paint. Beyond the aesthetic appeal, this innovation held promises of improved reflectivity and energy efficiency, marking a subtle yet impactful stride toward sustainable design and urban planning. Concurrently, the development of a human embryo model pushed the boundaries of biotechnology, offering a refined tool for studying embryonic development. This breakthrough not only deepened our understanding of life’s earliest stages but also paved the way for advancements in reproductive medicine and genetic research. Trusted VPN Services to Secure Your Business

33. Navigating with Muons: Muon Positioning System (2023)

Navigation took a quantum leap in 2023 with the introduction of the Muon Positioning System. Harnessing the elusive muon particles, this system offered a novel approach to precision positioning. The incorporation of muons, subatomic particles that penetrate matter, promised enhanced accuracy, especially in challenging environments where traditional GPS systems might falter. The Muon Positioning System signaled a transformative shift in navigation technology, opening avenues for applications in fields ranging from urban planning to deep-space exploration.

34. Martian Oxygen Production: NASA MOXIE and Mythen (2023)

As humanity continued to explore the cosmos, 2023 marked a pivotal moment for space exploration with NASA’s MOXIE (Mars Oxygen In-Situ Resource Utilization Experiment). This ingenious technology, situated on the Perseverance rover, successfully demonstrated the extraction of oxygen from the Martian atmosphere. Simultaneously, the Mythen project represented advancements in X-ray detection technology, enhancing our ability to analyze celestial phenomena. These breakthroughs in extraterrestrial technology illustrated humanity’s endeavor to make other planets habitable and unravel the mysteries of the universe. Cheap but Good Hosting Services Rated by Reviewers

35. Innovations in Infrastructure: Wavelogix Rebel Concrete Strength Sensors and Super Salt-resisting Solar Still Technology (2023)

Infrastructure leaped into the future in 2023 with the introduction of Wavelogix Rebel Concrete Strength Sensors. This innovation provided real-time monitoring of concrete strength, revolutionizing construction practices and ensuring structural integrity. Meanwhile, the development of Super Salt-resisting Solar Still Technology showcased a sustainable approach to addressing water scarcity. By harnessing solar energy to desalinate seawater, this technology held promise for regions grappling with salinity issues, offering a renewable solution to freshwater production. Together, these innovations highlighted the transformative potential of technology in reshaping the foundations of our built environment and addressing pressing global challenges.

Final thought

On the medical front, the development of CRISPR-Cas9 was accompanied by advancements in artificial intelligence, aiding in diagnostics, drug discovery, and personalized medicine. Meanwhile, breakthroughs in prosthetics and bionic limbs, with notable contributions from researchers in the United States and Europe, offered enhanced mobility and functionality to individuals with limb impairments. These inventions collectively propelled humanity into a new era of technological prowess, connecting people globally, addressing environmental challenges, and unlocking unprecedented possibilities for the future. I hope this article on inventions from 2000 to 2019 was worth reading. You may also find the inventions in the 70s very interesting.