technology evolves fast and it's accelerating every day from self-driving cars to 3D printed organs today I'm going to rank 10 of the most revolutionary Technologies by 2030 to rank these Technologies I've given each a score out of five in three key areas first is impact on society we'll look at how significantly each technology will influence our daily lives Industries and even Global issues next feasibility we'll assess How likely it is that each of these technologies will be widely adopted and operational by 2030 and finally The Innovation level will measure the degree of novelty and breakthrough involved with each technology make sure you stick around to the end because I guarantee the final technology on this list will change the world let's dive in once a concept confined to the realm of Science Fiction space tourism is now on the verge of becoming a mainstream industry by 2030 the landscape of space tourism is expected to look dramatically different driven by technological advancements increased investment and growing public interest so how will this industry grow first we have sub orbital flights led by companies like blue origin and virgin Galactic these flights will offer passengers a few minutes of weightlessness and a breathtaking view of Earth from the edge of space next we'll see the development of orbital space flights offering longer stays in space including trips to private space stations and potentially even the moon however with current price prices at around $600,000 per person for a Virgin Galactic flight this will remain an activity for the wealthy Beyond just flights space hotels are likely to become a reality these space hotels will offer luxury accommodations and unique experiences like the chance to see Earth from orbit and experience life in a microgravity environment now let's rank space tourism based on our three criteria societal impact feasibility and Innovation while it's sure to be an unforgettable experience for those lucky enough to afford it space tourism is just that it's an experience it won't fundamentally change the way that we live by 2030 given its cost it's unlikely to be an experience shared by many so for societal impact space tourism gets one star the feasibility of space tourism by 2030 is supported by the rapid pace of innovation and investment in the industry companies like SpaceX and blue origin have already demonstrated the capability to safely send tourist to space however it remains to be seen whether this will catch on with a broader audience so for feasibility we give it three stars by 2030 space tourism will drive significant technological advancements including reusable Rockets Advanced propulsion systems modular spacecraft designs and the development of private space stations and hotels so for Innovation it gets a full five stars with nine out of 15 Stars space tourism lands on the 10th spot of our list by 2030 DNA data storage will revolutionize how we preserve information as data generation skyrockets traditional storage methods like hard drives and magnetic tapes are struggling to keep up some of you might be wondering what is DNA data storage in a nutshell it involves using the building blocks of DNA to store digital information here's how it works we create man-made DNA and encode it with binary data by converting the ones and zeros of your computer computer into four building blocks of DNA then we safely store the data in stable conditions when we need to retrieve it Technologies read the DNA and translate it back into binary data that our computers can read pretty simple right but you might be thinking that's a cool biology drol but why change from what we currently have the answer is simple data generation is growing so fast and traditional methods can't keep up DNA data storage offers immense capacity in a tiny space incredible durability lasting thousands of years and a much lower environmental impact since it doesn't need continuous energy for cooling imagine storing the entire internet in a space no larger than a sugar cube something impossible with traditional storage DNA data storage will also have a significant impact on society but immediate advantages are likely to be felt primarily by big corporations and for this I'm giving it a two out of five for societal impact achieving widespread DNA data storage by 20 30 is ambitious but possible collaborative efforts by organizations like DNA data storage Alliance which includes IBM and Microsoft are working on the tech however the cost of creating DNA and coding data along with slow speed and high error rates pose major challenges developing infrastructure to handle large scale production and retrieval of DNA data is also a complex and costly Endeavor so for feasibility DNA data storage gets two out of five stars it does however get five out of five stars for technological innovation due to its groundbreaking potential to push the boundaries of current technology and drive interdisciplinary innovation in biotechnology Computing and data management overall DNA data storage scores a 9 out of 15 however I do think it'll have a bigger impact on society than space travel so it gets ninth on our list D Extinction seeks to revive extinct species through Advanced Technologies like selective breeding genome editing and stem cell technology by extracting and sequencing DN from preserved specimens scientists can edit the genomes of living relatives to create hybrids that Express traits of the extinct species once spreading captivity these individuals could be reintroduced to their natural habitats to restore ecological balance environmentally D Extinction could help restore biodiversity and ecosystems by reintroducing keystone species that play crucial roles in ecological balance for example the reintroduction of woolly mammoths could convert Tundra back to grasslands potentially reducing carbon release from permafrost and aiding in climate regulation however de Extinction comes with substantial ethical social and Technical challenges ethically the idea of playing God raises questions about Humanity's responsibility in correcting past extinctions and the moral implications of revising species socially there are debates about the allocation of resources some people argue that effort should be focused on conserving existing endangered species rather than Reviving extinct ones for those reasons D Extinction receives three out of five for societal impact the feasibility of De Extinction also depends on overcoming biological challenges such as ensuring genetic diversity in revived populations and addressing the ecological Readiness of habitats additionally scientists must navigate significant Regulatory and ethical hurdles making the outlook for de extinction by 2030 quite dire so it gets a one out of five for feasibility technically achieving successful D Extinction requires major advancements in genome editing and bioinformatics to ensure the viability and health of revived species the level of innovation required to make this technology reality is undeniable earning it a five out of five for Innovation so while the extinction offers promising potential for biodiversity restoration and climate change mitigation achieving this will require continued Innovations and genetic engineering so with a total score of 9 out of 15 de Extinction comes in on our list and eth cultivated meat also known as lab grown or cell cultured meat is an emerging industry pois to revolutionize the way we produce and consume meat instead of raising and slaughtering animals cultivated meat is produced by replicating animal cells in a controlled environment we already have some cultivated Meats like chicken and beef which have received regulatory approvals and are being served in high-end restaurants but by 2030 the industry could see substantial cost reductions making making cultivated meat more competitive with conventional meat options Additionally the range of products is expected to diversify offering options Beyond beef and chicken to include pork seafood and even exotic meats like kangaroo and ostrich cultivated meat will have two big impacts on society one is enhanced nutrition with advancements in technology cultivated meat will offer improved nutritional profiles making it a healthier option and two is environmental benefits as the industry grows it will play a crucial role in reducing greenhouse gas emissions conserving natural resources and providing ethical alternatives to traditional meat this will ultimately benefit people animals and the planet so for these reasons cultivated meat earns a five out of five stars for societal impact by 2030 the feasibility of cultivated meat is quite High cultivated chicken beef and pork will likely be available in select supermarkets and high-end restaurants with production costs comparable to Conventional me meat convincing the average person to eat meat grown in a lab might take some time especially given the slow adoption of plant-based Alternatives would you eat meat in a lab let me know in the comments for feasibility cultivated meat scores two out of five stars many of the core Innovations needed to create lab based meat like cell culture techniques and bioreactive design already exist genetic modification technology and advanced tissue engineering techniques will allow us to create tastier and more diverse products but it remains to be seen whether these Innovations will be in place by 2030 for Innovation cultivated meat earns a three out of five stars overall lab grown meat scores a 10 out of 15 placing it seventh on our list imagine a world where personalized organs can be printed on demand eliminating the weight for donor matches and reducing the risk of rejection if you need an organ you get one this could be the reality by 2030 3D organ printing uses special bio printers to layer living cells mixed with a gel called bio-ink to create tissues and organs the printed structure grows and develops in a controlled environment until it's ready for use the impact of 3D organ printing Society could be enormous millions of people are currently waiting for organ transplants in the us alone over 100,000 people are on transplant waiting lists and every day 17 people die waiting for an organ by 2030 3D organ printing could begin to reduce those numbers allowing patients to avoid long waights and risk of organ rejection since these these organs will be made from their own cells the impacts extend beyond medicine as well cosmetic companies are already using bioprinted skin to test products which could completely eliminate animal testing for these reasons 3D organ printing earns a five out of five for societal impact while the journey to making 3D printed organs a reality is promising we still have a long way to go we're seeing rapid progress in the technology from the printers themselves to the bioinks used to create the tissues we've had successes of simpler tissues but creating complex organs like hearts and kidneys remains a challenge we might also try to create enhanced organs with improved functionalities such as a heart with additional valves for better performance but this will still be a topic of ethical debate and scientific exploration rather than common practice so for feasibility I'm giving 3D organ printing a two out of five stars however the Innovation Driving 3D organ printing is groundbreaking by 2030 we could and emphasis on could here have bioprinters capable of creating detailed and functional organs possibly even in space to avoid issues caused by Earth's gravity it's remarkable stuff and definitely deserves a five out of five for Innovation overall 3D bioprinting scores are 12 out of 15 placing it sixth on our list by 2030 self-driving Vehicles will be widespread and have a significant impact on society they'll make our roads much safer by drastically reducing the number of accidents caused by human era imagine a world where you don't have to focus on driving for hours every day autonomous vehicles will free up your time reduce congestion and lower pollution as driving becomes perfectly optimized one exciting use case is autonomous Freight transport self-driving trucks will handle Long Highway trips reducing the need for drivers cutting costs and making the delivery of goods more reliable benefiting everyone from businesses to Consumers self-driving Vehicles will have a widespread effect on society earning a four out of five stars for societal impact so How likely is it that we'll see these Technologies used widely by 2030 well it's actually pretty likely we've made significant advancements in the tech needed for autonomous driving like AI sensors and vehicle communication systems however challenges remain such as the building of necessary infrastructure ensuring that the technology Works in all conditions and getting the public on board with the idea so while we might not see self-driving vehicles in all environments by 2030 they will be pretty common earning a four out of five for feasibility The Innovation required to develop self-driving Vehicles is significant it demands major breakthroughs in artificial intelligence machine learning and sense of Technology while we've made advancements in these areas creating systems that can safely navigate the complexities of real world driving is still a work in progress this shift towards autonomous driving represents one of the most significant technological changes in the automotive industry since Henry Ford WS assembly line earning a 4 out of five for Innovation with a total score of 12 out of 15 self-driving Vehicles come in fifth on our list Quantum Computing is a new kind of computing that uses tiny particles called cubits instead of regular bits unlike bits which can only be zero or one cubits can be both zero and one at the same time this special ability allows quantum computers to explore many possibilities simultaneously imagine trying to solve a complex maze a regular computer computer would try one path at a time checking each route until it finds the exit this can take a lot of time but a quantum computer can explore many paths all at once finding the exit much faster in Practical terms this means the quantum computers can solve incredibly complex problems in seconds that might take regular computers thousands of years for example they could help us discover new medicines by simulating how millions of molecules interact or improve weather forecast by analyzing vast amounts of data points in a split second imagine a world where diseases are cured faster energy is cleaner and resources are used more efficiently that's the potential of quantum Computing so for societal impact Quantum Computing earns a five out of five so how feasible is quantum Computing by 2030 while we're making incredible strides quantum computers are still in early stages we need to overcome challenges like Cubit stability and error rate to make them reliable and scalable by 2030 experts believe we'll achieve Quantum Advantage where quantum computers solve specific tasks better than classical computers but it might still be pretty limited so for feasibility I give it a three out of five for Innovation Quantum Computing scores a five out of five this high score reflects the groundbreaking nature of quantum Computing so with a total score of 13 out of 15 Quantum Computing is poised to be one of the most transformative Technologies by 2030 and it comes in fourth on our list brain computer interfaces or bcis allow for the control of devices using your brain by 2030 brain computer interfaces are poised to have a profound impact on society in healthcare they'll revolutionize the treatment options for individuals with disabilities enabling them to control Prosthetics and communicate through neural signals in gaming and entertainment bcis will offer immersive experiences allowing users to control game environments given the transformative potential across multiple sectors bcis earn a four out of five stars for societal impact the feasibility of bcis becoming widely adopted and operational by 2030 is high given the current pace of technological advancements and ongoing clinical trials companies like neuralink brain gate and clinch are currently making significant strides in developing safe and effective BCI systems with some already demonstrating positive outcomes in clinical settings for feasibility BCI scored four out of five stars The Innovation level of bcis is exceptionally high as the technology represents a novel and breakthrough approach to human machine interaction the integration of AI and machine learning with bcis has led to significant advancements in the accuracy and efficiency of brainwave interpretation enabling more precise control of external devices as research continues bcis are expected to push the boundaries of what is possible in neuroscience and human augmentation so for Innovation bcis earn a five out of five stars overall bcis score 13 out of 15 but given the incredible nature of this Tech I put at third ahead of quantum Computing on our list of revolutionary Technologies picture cities where everything is connected self-driving cars communicate with traffic lights to eliminate traffic jams AI driven systems respond instantly to emergencies deploying drones or rapid medical delivery and robotic First Responders smart cities will have have a massive impact on everyone's lives earning a five out of five of societal impact the feasibility of smart City Technologies varies by region developed cities with strong infrastructure and Financial Resources like Singapore and Copenhagen are more likely to fully Implement these Technologies developing regions May face challenges due to financial constraints lack of infrastructure and political hurdles so smart cities get a four out of five for feasibility Smart City Technologies involve a high degree of innovation this will come through breakthroughs in AI internet of things and sustainable energy systems the novelty of these Technologies lies in their ability to create interconnected Urban environments that optimize resources and improve sustainability and enhance the quality of life for residents for Innovation smart cities earn a five out of five stars overall smart cities are the way of the future and have the ability to touch everyone's lives with a score of 4 out of 15 they rank second on our list before we reveal the number one technology on this list let me know in the comments if you agree with my list so far or if there are any other Technologies you think I've missed if you enjoyed this video please consider subscribing as it really helps out the channel vertical farming is an Innovative cultural method that involves cultivating crops in stacked layers often within controlled environments like warehouses skyscrapers or underground facilities by utilizing Hydroponics aeroponics and other soiless systems ver itical farming maximizes space efficiency and resource use allowing for year round food production regardless of weather conditions vertical farming has the potential to significantly impact Society by transforming the way food is produced and consumed as urban populations continue to grow vertical Farms could provide a reliable source of fresh produce directly within the city center reducing the need for long-distance transportation and minimizing food waste with this technology food will be cheaper and more plentiful and will be exposed to scary weather events such as hurricanes or tornadoes destroying our crops we'll also have access to a wider range of foods year round all this will come with a significantly reduced environmental impact of having to transport millions of tons of food every day so for societal impact vertical farming earns a five out of five stars the feasibility of widespread adoption of vertical farming by 2030 hinges on overcoming challenges like high energy costs technological barriers and economic viability by 203 vertical farming should be economically viable and integrated into Global Food Systems particularly in urban areas so for feasability it earns a 5 out of five vertical farming represents a high level of innovation combining cuttingedge Technologies from agriculture biotechnology and information technology the integration of artificial intelligence Robotics and data analytics allows for precise control of growing conditions optimizing yields and resource efficiency vertical farming is highly Innovative will help to solve one of Humanity's greatest challenges which is how do we effectively feed everyone so for Innovation vertical farming earns another five out of five so with a perfect score of 15 out of 15 vertical farming comes in at number one on our list of revolutionary Technologies by 2030 do you agree with my list let me know in the comments if there are any other technologies that you think are more impactful or if you think my ranking was off today we covered neural interface Technologies such a cool tip if you want to dive deeper into some practical uses for this technology check out this video where I uncover some of the most interesting gaming Tech coming in the next few years thanks for watching
2024-09-16