Introduction:

Cricket lovers were treated to an exhilarating showdown as New Zealand clashed with Bangladesh in the second One-Day International (ODI) match at the iconic Sher-e-Bangla Stadium in Bangladesh. Following a closely fought first ODI that ended in a draw, the stakes were high for both teams. In the end, New Zealand prevailed, claiming a well-deserved victory. Let's check into the exciting highlights of this gripping match.

Match Summary:

New Zealand Innings: 254 (49.2 overs)

New Zealand won the toss and opted to bat first, aiming to set a formidable target for the hosts. Their innings got off to a solid start, thanks to an impressive performance by opener Tom Blundell, who notched up an outstanding 68 runs from 66 deliveries. Henry Nicholls contributed significantly with a well-crafted 49 runs off 61 balls. Despite some spirited bowling by Bangladesh, New Zealand managed to post a competitive total of 254 runs.

Mahedi Hasan and Khaled Ahmed were the standout bowlers for Bangladesh, both claiming three wickets each. Mustafizur Rahman also made a valuable contribution with two wickets, making it a challenging task for the Kiwi batsmen.

Bangladesh Innings: 168 (41.1 overs)

Chasing a target of 255 runs, Bangladesh faced an uphill battle. Mahmudullah exhibited great determination, top-scoring for the team with 49 runs off 76 deliveries. However, it was Ish Sodhi's exceptional bowling performance that proved to be the turning point of the match. Sodhi took an astonishing 6 wickets for just 39 runs in his allotted ten overs, dismantling the Bangladeshi batting lineup.

Kyle Jamieson provided crucial support to Sodhi's spell, capturing two wickets for just 32 runs in his seven overs. Cole McConchie also made a significant contribution with a wicket for just three runs in two overs.

Despite some resistance from Tamim Iqbal (44 runs off 58 balls) and Nasum Ahmed (21 runs off 30 balls), Bangladesh could only manage to score 168 runs in 41.1 overs, falling significantly short of the target.

Conclusion:

The second ODI between New Zealand and Bangladesh at the Sher-e-Bangla Stadium will be remembered as a thrilling contest that showcased the essence of cricket. New Zealand's strong batting performance and Ish Sodhi's remarkable bowling display were pivotal in securing their victory. Bangladesh displayed resilience but ultimately fell short in the chase.

With this win, New Zealand takes the lead in the ODI series, following the first match's draw. Cricket enthusiasts eagerly await the next encounters in this exciting series, as both teams continue to demonstrate their skill, determination, and love for the game. 

Introduction

Cricket fans were treated to an electrifying showdown as India faced off against Australia at Mohali in 2023. The clash between these two cricketing giants lived up to its billing, delivering excitement, drama, and memorable performances. In this blog post, we delve into the highlights of this thrilling encounter that saw India emerge victorious.

The Batting Display

Australia won the toss and chose to bat first, setting a target of 277 runs. David Warner led the charge with a solid 52 runs from 53 balls, while Josh Inglis contributed with a well-paced 45 runs from 45 balls. The standout bowler for India was Mohammed Shami, who claimed an impressive 5 wickets for 51 runs in his 10-over spell. Jasprit Bumrah provided valuable support with 1 wicket for 43 runs in his 10 overs, and Ravichandran Ashwin took 1 wicket for 47 runs.

India's Response

Chasing a target of 277, India showcased their batting prowess. Shubman Gill played a brilliant innings, scoring 74 runs from 63 balls, setting the foundation for India's chase. Ruturaj Gaikwad added to the momentum with his steady 71 runs from 77 balls. KL Rahul played a crucial unbeaten innings of 58 runs from 63 balls to steer India to victory. Adam Zampa was the most successful bowler for Australia, taking 2 wickets for 57 runs in his 10-over spell. Pat Cummins and Sean Abbott also made their contributions with 1 wicket each.

The Thrilling Conclusion

The match reached its thrilling climax in the 48th over when India needed just a few runs to win. KL Rahul held his nerve, guiding India to a hard-fought victory with his unbeaten innings. India finished at 281/5 in 48.4 overs, securing a memorable win.

Key Takeaways

Shubman Gill's Heroics: Shubman Gill's explosive innings at the top of the order set the tone for India's successful run chase. His ability to find the gaps and time his shots was a treat for cricket enthusiasts.

Mohammed Shami's Fiery Bowling: Mohammed Shami's brilliant bowling spell of 5/51 was instrumental in restricting Australia's total. His well-directed pace and swing troubled the Australian batsmen.

KL Rahul's Composure: KL Rahul's unbeaten innings under pressure showcased his composure and maturity as a batsman. His match-winning knock earned him well-deserved applause.

Conclusion

The India vs. Australia cricket clash at Mohali in 2023 will be remembered as a thrilling contest that had fans on the edge of their seats. The match featured outstanding performances from both teams, with India ultimately emerging victorious. It was a testament to the spirit and excitement that cricket brings to fans worldwide, reminding us of why this sport is so deeply loved and celebrated.

Introduction

Cricket fans around the world are eagerly awaiting the Cricket World Cup 2023, which is set to take place in India. As the excitement builds and teams prepare to battle it out on the pitch, there's another aspect of the tournament that adds to the thrill—the prize money. In this blog post, we'll take a closer look at the prize money for the Cricket World Cup 2023, highlighting the rewards awaiting the victorious teams and players.

The Grand Stage

The Cricket World Cup is one of the most prestigious events in the cricketing world, attracting top talent from nations across the globe. This edition of the tournament promises to be even more special as it returns to India, a country with an unparalleled passion for cricket. The venues will be packed with enthusiastic fans, and millions of viewers worldwide will be glued to their screens, making it a truly grand stage for the sport.

Prize Money Breakdown

The prize money for the Cricket World Cup 2023 is nothing short of impressive, reflecting the significance of the tournament. Here's a breakdown of how the prize money will be distributed:

Winner: The team that emerges victorious in the final will be awarded a whopping $4 million USD in prize money. This reward not only recognizes their exceptional skills but also serves as a symbol of their journey to becoming world champions.

Runner-up: The team that finishes as the runner-up will receive a substantial $2 million USD in prize money. While they may have narrowly missed the top spot, their achievement is commendable and deserving of a significant cash reward.

Semi-finalists: The two teams that don't advance to the final after losing in the semifinals will each receive a consolation prize of $800,000 USD for their outstanding performance in the tournament.

Group Stage: In addition, the cash prize of $100,000 will be awarded to the teams that do not progress from the group stage. Furthermore, each group stage match win will earn the victorious team an additional $40,000 USD in prize money.

Impact on the Players

The prize money for the Cricket World Cup 2023 not only serves as a motivation for the players but also acknowledges their dedication and hard work. Winning a World Cup is a dream come true for any cricketer, and the financial rewards make the victory even sweeter. It's not just about the money, but the recognition and pride that come with being crowned world champions.

Conclusion

As the Cricket World Cup 2023 draws closer, anticipation is building not only for the thrilling matches but also for the distribution of the substantial prize money. This tournament is not just a battle for cricketing supremacy but also an opportunity for teams and players to secure their place in history and be rewarded handsomely for their efforts. With the world watching, the stage is set for a cricketing extravaganza like no other, and the prize money is just one more reason to look forward to this grand event in India.

Introduction:

Cricket enthusiasts and fans around the world eagerly await the ODI World Cup, a tournament that showcases the best of the best in the world of One Day International cricket. In a recent interview, former Australian cricketer and legendary wicketkeeper-batsman, Adam Gilchrist, made headlines by selecting India, England, Australia, and Pakistan as the four teams he predicts will reach the semifinals of the upcoming ODI World Cup in 2023. This bold prediction has sparked excitement and discussions among fans and experts alike. In this blog, we'll delve into Gilchrist's reasoning behind his choices and examine the prospects of these four cricketing giants in the tournament.

India - The Cricketing Powerhouse:

Gilchrist's choice of India as a semifinalist comes as no surprise to cricket enthusiasts. India has consistently been a formidable force in ODI cricket, boasting a strong lineup of batsmen and bowlers. With talents like Virat Kohli, Rohit Sharma, and Jasprit Bumrah leading the way, India has the firepower to go all the way. Their track record in ICC tournaments, including the 2011 World Cup win, further reinforces their status as a top contender, and hosting the event only adds to their advantage.

England - The Defending Champions and Strong Hosts:

As the defending champions from the 2019 edition and with the tournament being hosted in India, England is a natural choice for Gilchrist. Their aggressive brand of cricket, potent batting lineup, and depth in bowling make them a formidable team. With a desire to defend their title and familiarity with the subcontinent conditions, England will be a force to reckon with on Indian soil.

Australia - The Five-Time World Cup Champions:

Australia's rich legacy in ODI cricket is undeniable, having won the World Cup a record five times. With talents like David Warner and Pat Cummins in their ranks, the Aussies have the talent and experience to make it to the semifinals once again.

Pakistan - The Unpredictable Contenders:

One of the most exciting aspects of Gilchrist's prediction is his inclusion of Pakistan. Known for their unpredictable performances, Pakistan has a history of rising to the occasion in major tournaments. With young talents like Babar Azam and Shaheen Afridi, along with experienced campaigners, Pakistan could indeed be the dark horse of the tournament.

Conclusion:

Adam Gilchrist's selection of India, England, Australia, and Pakistan as the ODI World Cup 2023 semifinalists has added an extra layer of excitement to the upcoming tournament. While predictions in sports are inherently uncertain, his choices are grounded in the rich cricketing history and recent performances of these four teams.

Cricket fans worldwide will eagerly await the ODI World Cup in 2023 to see if Gilchrist's foresight proves accurate. Regardless of the outcome, one thing is certain: the tournament promises to be a thrilling spectacle with these cricketing powerhouses vying for the coveted title on Indian soil.

Cricket World Cup 2023: A Spectacular Event Unveiled

Cricket enthusiasts, mark your calendars and get ready to witness the grandest spectacle in the world of cricket - the Cricket World Cup 2023! Anticipation is building, excitement is in the air, and fans across the globe are gearing up for this thrilling cricket extravaganza.

The Countdown Begins

With the Cricket World Cup 2023 just around the corner, the cricketing world is abuzz with excitement. This highly anticipated tournament promises to deliver cricketing excellence at its finest. Scheduled to kick off in style, the 2023 edition promises to be bigger and better than ever before.

The Key Teams

One of the most exciting aspects of any World Cup is the clash of cricketing titans from around the world. The Cricket World Cup 2023 is no exception. With teams from various cricketing powerhouses gearing up for the event, fans can expect an intense and fiercely competitive tournament.

Teams like India, Australia, England, and Pakistan are among the favorites, but let's not forget the underdogs who often spring surprises that keep cricket lovers on the edge of their seats. Each team comes with its unique strengths and strategies, making this World Cup an unpredictable and thrilling affair.

Players to Watch

What's cricket without its heroes? The Cricket World Cup 2023 boasts an array of talent that will undoubtedly leave an indelible mark on the tournament. From seasoned veterans to rising stars, cricket fans can look forward to witnessing breathtaking performances.

Keep an eye out for players like Virat Kohli, Joe Root, Babar Azam, and Steve Smith, who have consistently showcased their batting prowess. On the bowling front, bowlers like Jasprit Bumrah, Pat Cummins, Rashid Khan, and Shaheen Afridi are expected to set the stage on fire.

A Glimpse of the Venues

The Cricket World Cup 2023 will be hosted across a selection of stunning venues. From iconic stadiums steeped in history to modern, state-of-the-art facilities, each venue promises to provide the perfect backdrop for cricketing excellence.

Picture yourself in the midst of the action at Lord's Cricket Ground in London, where cricket legends have left their mark. Or imagine the roar of the crowd at the Melbourne Cricket Ground, a true cathedral of Australian cricket. These venues, along with others, will contribute to the unforgettable atmosphere of the World Cup.

Conclusion

As cricket fans, we eagerly await the start of the Cricket World Cup 2023. It's a tournament that unites nations, celebrates cricketing talent, and creates memories that last a lifetime. The excitement, anticipation, and passion surrounding this event are unparalleled.

So, whether you're cheering for your favorite team, following the performance of a beloved player, or simply soaking in the cricketing drama, the Cricket World Cup 2023 promises to be a spectacular event that will leave an indelible mark on the history of the sport.

Stay tuned, as we bring you updates, insights, and the thrill of the game throughout this cricketing extravaganza. Let the games begin!

Introduction:

In a surprising turn of events, the Indian cricket team announced the inclusion of veteran off-spinner Ravichandran Ashwin in the latest ODI squad to face Australia. Ashwin, who has been a mainstay in the Test format, had been out of the ODI scene for a considerable amount of time. This move has sparked discussions and debates among cricket enthusiasts and experts alike. In this blog, we'll delve into the reasons behind Ashwin's inclusion and what it could mean for Team India.

Ashwin's Stellar Test Performance:

Ravichandran Ashwin's resurgence in Test cricket has been nothing short of remarkable. He has consistently been among the top-ranked Test bowlers in the world, with his stellar performances in India and abroad. His ability to pick crucial wickets, particularly against top-quality opposition, has cemented his place in the Test squad. This led to calls for his return to the limited-overs format.

Need for Experience:

Team India's ODI squad has seen a transition phase with several young talents making their mark. While these youngsters bring enthusiasm and promise, they also lack the experience of handling high-pressure situations, especially in crunch matches against formidable opponents like Australia. Ashwin's inclusion adds a wealth of experience to the team, which can prove invaluable in tight situations.

Versatility and Skills:

Ashwin's bowling repertoire has evolved over the years. He is not just a conventional off-spinner but also possesses a variety of deliveries in his arsenal, including carrom balls and sliders. His ability to adapt to different conditions and exploit the weaknesses of batsmen makes him a valuable asset in ODI cricket.

Balance in the Bowling Attack:

In modern ODI cricket, having a balanced bowling attack is essential. Ashwin's inclusion provides the captain with more flexibility. His ability to contain runs and take wickets in the middle overs can help break partnerships and control the game's flow, which is crucial in the ODI format.

Batting Contribution:

Another aspect that makes Ashwin a unique proposition is his batting. He is not just a handy lower-order batsman but can also contribute with the bat when needed. In a format where every run counts, his ability to chip in with crucial runs down the order adds depth to the batting lineup.

Conclusion:

The decision to include Ravichandran Ashwin in the latest ODI squad against Australia is a bold move by Team India. It reflects the team management's desire to strike a balance between youth and experience while bolstering the squad's skill set. Ashwin's resurgence in Test cricket, versatility, experience, and batting abilities make him a valuable asset in the ODI format. His performance in this series will be closely watched, as it could potentially pave the way for his continued presence in the limited-overs setup and shape the future of India.

Introduction:

Cricket, often referred to as the "gentleman's game," has captured the hearts of millions worldwide for centuries. With its rich history, diverse formats, and fervent fan following, cricket stands as one of the most popular sports on the planet. In this blog post, we will delve into the fascinating world of cricket, exploring its history, its different formats, and its enduring global appeal.

Cricket: A Historical Perspective

Cricket's roots can be traced back to 16th-century England, making it one of the oldest team sports in the world. It evolved from earlier bat-and-ball games and gradually gained popularity among the British elite. The first recorded cricket match took place in 1646, and by the 18th century, cricket had become a significant part of English society.

The game's early history was marked by diverse rules and formats, with matches lasting several days. It wasn't until the 19th century that standardization efforts led to the creation of a unified set of rules, which formed the basis of modern cricket.

The Different Formats of Cricket

Cricket is known for its versatility, offering various formats to cater to different audiences and preferences. The three primary formats are:

Test Cricket: Often considered the pinnacle of the sport, Test cricket matches can last up to five days, with each team batting and bowling twice. Test matches are a true test of skill, endurance, and strategy.

One-Day Internationals (ODIs): ODIs revolutionized cricket by introducing a limited-overs format. These matches are usually completed in a single day, with each team facing a set number of overs. ODIs added an element of excitement and strategy, making cricket more accessible to a wider audience.

Twenty20 (T20): T20 cricket, the newest format, is the shortest and most explosive version of the game. Matches are typically completed in around three hours, making it perfect for fast-paced entertainment. T20 cricket has brought a fresh, dynamic energy to the sport and has led to the creation of high-profile leagues like the Indian Premier League (IPL).

Cricket's Global Appeal

Cricket's popularity is not confined to England or its former colonies; it has spread far and wide, captivating fans in unexpected corners of the globe. India, Pakistan, Australia, England, and the West Indies are traditional cricket powerhouses, but nations like Afghanistan and Ireland have made significant strides in recent years.

The Indian Premier League (IPL) is a prime example of cricket's global appeal. This T20 league attracts international talent, turning cricket into a year-round spectacle and broadening the sport's fan base. Cricket has also become a major force in women's sports, with events like the Women's Cricket World Cup gaining more attention and recognition.

Conclusion

Cricket is more than just a sport; it's a cultural phenomenon that bridges divides, ignites passions, and creates lasting memories. Whether you're a fan of the classic elegance of Test cricket, the drama of ODIs, or the explosive nature of T20s, there's something in cricket for everyone.

As the sport continues to evolve and expand its global reach, one thing remains constant: cricket will always be the gentleman's game, cherished by millions for its history, its spirit, and its ability to unite people from all walks of life. So, whether you're cheering for your favorite team in a packed stadium or watching a game with friends at home, remember that cricket is more than just a game; it's a shared experience that brings people together like no other.

In 2040 the world will look dramatically different due to multiple technological advancements.

1. The meta-verse would become fundamental to everyday life.  

By 2040, Multiple large tech companies will make significant contributions to the meta-verse and metaphors regain widespread appeal among people of most age groups and demographics. More than likely the average person will use the meta-verse and hardware components associated with it as much as people use the internet and smartphones. 

Today the average person in 2040, could have a highly detailed and realistic 3D avatar with several preset outfits along with hundreds or thousands of individual clothing items to choose from. They could have a decorated 3D home space containing doorways to their bookmarked meta-verse worlds and they could have a 3D virtual work environment with a custom arrangement of apps, that are tailored to work optimally in the metaphors environment. 

Digital assets could be accessible across multiple devices such as virtual reality assets, augmented reality glasses, smartphones, smart watches and so on.. And those assets could be accessible in multiple apps that were typically considered unrelated to each other in earlier decades.

There could be a wide variety of virtual environments in the meta-verse. They serve a different use case beyond just entertainment, those use cases would include fitness, education, job and career training product demonstrations, virtual keynote speeches, marketplaces to buy virtual and physical items and more.

Additionally we could have user-generated location-specific holograms overlaid in most major cities and institutions to provide navigation, reviews and 3d animations of past events. 

2. Brain computer interfaces could become mainstream 

Technologies futurist Ray Kurzweil predicted that in the mid-2030s rika began connecting the human neocortex to the cloud. By 2040, that prediction could come true bring computer interfaces could vastly improve over the versions from 2030 and they could be largely usable for everyday purposes. They could also become standard accessories for virtual reality headsets including high priced VR helmets that offer full dive VR experiences and some brain computer interfaces could be fully implantable for medical purposes. 

When it comes to entertainment people can use brain computer interfaces to control objects in real games and virtual environments with high reasonable accuracy. Video game studios could begin to integrate this technology into their video games. For example, the ability to control objects with your thoughts would be particularly relevant in the star wars game where you play jedis and siths with force abilities and in the matrix game where you play as the one. However bank appeared in interfaces could make the most substantial impact when it comes to serving those with spinal cord injuries whereby patients can regain more control and control over their senses.

3. Life-like virtual assistance could become mainstream 

By 2040, Each person could have access to a digital virtual assistant by this point. Language models similar to GPC3 while exponentially more advanced and virtual assistants could be built on those language model platforms. 

These virtual assistants could be trained on text data and maybe even the image data from the majority of websites and publications ever created in human history so they could be able to answer almost any question we asked to them and their answers could be personalized based on our goals, interests and career paths. 

They could constantly predict what we might want to do next and make suggestions throughout each day instead of us having to type phrases into search engines and they could be represented as 3D virtual characters that we can contact for most virtual environments and in the form of holograms when using augmented reality devices. These virtual characters could have their own complex and unique personalities, appearances, voices and special abilities that we can customize as needed.

4. Level five autonomous vehicles could emerge 

By 2040, Autonomous vehicles could operate without human intervention at all. However, the main factor that would accelerate this development would be cities and districts that are specifically built to support level 5 autonomous vehicles. 

This could involve delegating specific parts of the city for autonomous vehicles and specific parts for pedestrians to reduce the chance of accidents. 

It could also involve building walls embedded with sensors so that the location of each autonomous vehicle is tracked in an interconnected network and as these types of networks evolve they would track all vehicles stop lights street conditions and more to form the basis of the world's first smart cities. 

5. Quantum computers could become available to the mainstream public both via the cloud and as physical units

This advancement could revolutionize how we solve optimization problems train and run machine learning algorithms and better understand the physical processes of nature down to the subatomic level.

The industry that could get the most benefit from it are finance, pharmaceuticals, cyber security and material science. 

6. Artificial intelligence could take over the education industry 

By 2040, AI could take over significant parts of the education system. AI teachers could start to emerge where students can access using virtual reality and augmented reality devices. AI teachers could offer personalized education based on information provided to them and based on verbal and physical cues. For example, An AI teacher can notice what makes a student's people's dilate and alter the way it teaches to keep that student engaged. If a student loves basketball AI teachers could rewrite math and english problems so that those problems are tailored to the basketball domain and AI could give a different homework assignment to each student based on his or her pace. 

AI teachers will lower all basic costs in the educational system and allow more people to access high quality and standardized education and in wealthy communities. Human teachers can take on fewer students in order to become their personal mentors and coaches.

7. Service robots could number a billion worldwide

By the mid-2030s, the number of service robots could reach 1 billion worldwide and continue to grow rapidly. Service robots could be generally divided into two separate groups personal and professional.

Types of personal robots would include vacuum cleaners, lawn mowers, toys, personal mobility machines and pet exercise robots. Professional service robots would be used for commercial purposes and normally operated and monitored by properly trained personnel examples can include medical robots performing surgical operations, firefighting robots, automated security patrols, machines to clean public places, delivery robots and so on. 

Industrial robots would also play a big part in society especially when it comes to manufacturing but they'll be nowhere as numerous as the first two types at this stage most robots can instantly recognize and interact with countless objects while providing real-time information to customers and because of these robots manufacturing jobs in the united states would have largely disappeared all this could be made possible due to exponential improvements in machine learning, cloud computing, bandwidth sensor, technology and so on. 

8. The first permanent lunar base could be established 

By the later half of the 1930s, government and private ventures could create a permanent human presence on the moon. This milestone would be partially motivated by the planned development of the asteroid mining industry which could generate trillions of dollars of revenues over the coming decades. 

3D printing will make the construction of this luna base much cheaper and easier than alternative methods new tools, spare parts and components for entire buildings could be forced using rock and dust on the moon's surface. This lunar base could be led by NASA with contributions from the European space agency, Canadian space agency and various private companies China may also prepare its own separate lunar base in collaboration with Russia.

9. Hypersonic airliners could enter service following decades of research and development

A new generation of airliners can enter commercial service. This aircraft could have a cruising speed of mach 5 which is more than 7 times faster than the typical passenger jet and 5 times the speed of sound.

Hypersonic planes can fly from New York to California in 30 minutes and they can fly from New York to London in under 4 hours. Their advantages are numerous, they can be lighter than boeing 747s and utilize conventional runways. Additionally, they would make moderate takeoff noise. 

The only disadvantage is that they would lag windows. Because, windows would be too heavy for this type of aircraft. One solution to this problem could be the installation of flash screen displays that show footage of the world outside. 

10. CRISPR and gene therapies could greatly minimize diseases

Technologies and approaches such as crispr gene therapies, 3d printed organs and blood vessels, nanoparticles and nanorobots could minimize diseases in ways that were unthinkable only a couple of decades earlier. 

A vast range of infectious diseases including AIDS and EBOLA could become curable. Genetic elements like sickle cell amenia and certain forms of blindness could become curable as well.

Five year survival rates could reach 100 for certain forms of cancer and heart disease thanks to gene therapy and animal deaths from cardiovascular disease could reach negligible levels in the u.s. 

11. Moon and asteroid mining could become a routine practice

By 2040, The utilization of space resources such as metals and minerals from the moon and asteroids could become the next big thing in commercial space ventures. It could also become a major growth area in terms of innovation and wealth creation.

By 2040, Asteroid mining could account for only a tiny fraction of global commodities. However, it's widely expected to comprise a substantial percentage of the commodities market in the coming decades. Thanks to moon and asteroid mining an unrestrained hype in the stock market a well-known american business tycoon could become the world's first trillionaire before 2040. 

12. Carbon nanotubes could begin production 

After decades of research, new process could be developed for synthesizing carbon nanotubes. Carbon nanotubes are tubes made of carbon with diameters at the nanometer scale. 

A nanotube can consist of either a single sheet of carbon atoms or multiple layers of wrap to form a hollow core. These structures can reach potentially thousands of miles in length. They're also capable of being hundreds of times stronger than steel. The use cases for carbon nanotubes are numerous they include bulletproof vest, water resistant clothing, lightweight composites for automobiles planes and spacecraft, radiation shield materials, next generation materials for transistors and water purification some people could even say that it makes a space elevator possible as well.

13. The first zetta scale supercomputer could be operational 

In 2040, a supercomputer at the zelda scale would be 1 million times more powerful than the fastest supercomputer in the early 2020s. This system would be data centric meaning it would be optimized to handle extremely large volumes of data. It could also be decentralized meaning it would be comprised of millions of less powerful components length and working together to form a collective hyper-computer that is more powerful than any single machine.

14. The Einstein telescope could be operational 

The Einstein telescope is a third generation gravitational wave observatory developed by research institutions in the European union. It has 10 times the sensitivity of any previous instrument which greatly increases the distance at which black hole collisions, neutron stars, dark matter and other gravitational wave sources can be analyzed. It would also improve tests of Einstein's general theory of relativity. 

Additionally, the previous generation of gravitational wave observatories only studied the universe at the 10 billion light years distance the Einstein telescope is able to look even further back in time to what they call the cosmic dark ages when the first stars and galaxies began to form.

15. Robots could dominate the battlefield 

Highly mobile autonomous fighting machines could be deployed with the majority of frontline military personnel. Because of their advanced machine vision, they could aim with inhuman precision and they could have superior situational awareness due to their powerful sensors gps and thermal vision no human would have any chance of defeating it using conventional approaches and these machines can be deployed for weeks or months at a time if necessary without the need for maintenance.

16. Space-based solar power could become commercially feasible 

By 2040, energy generated from space-based solar power could be added to many power grids. This system involves placing several large satellites into earth's orbit. Each satellite would have a large nanotech based surface for a solar array that is almost two miles in size these solar arrays will capture the energy of the sunlight which is then beamed down to earth via lasers large collecting dishes on the ground would receive the energy and convert it to usable electricity. 

One major advantage to this approach is the fact that these satellites can be exposed to sunlight 24 7 instead of just 12 hours a day like ground-based panels. Because of space debris, the panels would require high strength shielding also some of the high-tech panels could use a nanotechnology-based composite to self-heal whenever damage occurs. It's expected that these types of satellites could appear in orbit around the moon and mars to provide energy to human bases and over the next two centuries enough of these satellites could eventually orbit the earth so that virtually all of the sunlight is captured and harvested in some way. 

This is also an important step for humanity to become a type 1 civilization a type 1 civilization can use and store all of the energy available on this planet. 

17. Deep ocean mining operations will likely become commonplace 

Thanks to advances in robotics, it would be possible to mine for materials on the ocean floor. By 2040, prospecting and unseat construction will be done using fleets of automated and remote controlled robots. When ships or mining platforms are positioned above an area of interest resources will be brought to the surface through hydraulic suction or continuous bucket line systems. 

The primary focus of these operations would be to obtain rare earth metals to be used as materials for a wide range of electronics and other high-tech applications. If there are global shortages in 2040, these resources could be on the same level of strategic importance as oil and natural gas from earlier decades.

Another available although hazardous target of deep ocean mining is methane hydrate. Methane hydrate is the largest natural gas resource on planet earth deposits. For methane hydrate consists of concentrated methane trapped within crystals of frozen water Japan, China and the United states have already established the largest mining operations to mine for this energy sources.

18. Fusion power could become commercially available

19. The high definition space telescope could be operational 

By 2040, The high definition space telescope would be designed to locate dozens of earth-like planets in our solar interstellar neighborhood which is just a small section of our milky way galaxy. The high definition space telescope would be 100 times more sensitive than the hubble telescope and it would be equipped with an internal coronal graph. 

A disc that blocks light from a central star in the solar system which makes it dark and hard to see planet more visible in that solar system. It's also expected to take photos of the planets and moons in our own solar system with spectacular resolution and detail.

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Passwords

1. Avoid obvious passwords that are easy to guess, like "123456."

2. Don't use passwords that may be guessed on your personal information, like date of birth.

3. Use a series of minimum four unrelated words, since it's harder to crack.

4. Alternatively, mix special characters, upper and lowercase, and be a minimum of 10 characters.

5. Ideally, use a password manager to get secure passwords and remember your logins.

6. Use two-factor authentication to form it more tougher for someone to access your account.

7. Never share your password with anyone, irrespective of who claims to be requesting it.

8. Don't write your passwords down; or a minimum of not anywhere obviously accessible.

9. Change your passwords regularly to shield against data leaks.

10. Never use the identical password twice; they ought to always be unique and unrelated.

Web browsing

11. If you do not recognize a link, don't click on it.

12. Check the address bar to confirm you're on the website that you think you're.

13. Is the website using a secure HTTPS connection? If not, there's greater risk of data interception.

14. Check the lock icon within the address bar; is that the website registered to who it should be?

15. Avoid adverts disguised as fake download links; if you're uncertain, don't click.

16. The dark web is stuffed with scams and illegal activity, so avoid it.

17. Only download from trusted providers, and even then scan the files with anti-virus software.

Social media

18. Everything you set online is permanent, so only share what you're comfortable with.

19. Thoroughly review all of your social media privacy settings so you recognise what's public.

20. Never let anyone else use your social media account, nor log in on a public computer.

21. Social media is filled with hoaxes and scams. Remain vigilant. If something sounds too good to be true, it probably is.

22. Don't overshare. You don't know who's watching your information or what they're doing with it.

23. Only share information of these who have consented. Are you sure you ought to share pictures of your children?

Antivirus

24. Every system is at risk of viruses, but some over others.

25. You do not need to pay for antivirus software. Windows Security is a great built-in option.

26. Avoid dodgy downloads and opening unknown email attachments, since viruses are often spread this way.

27. Educate yourself on the difference between viruses, malware, and keyloggers.

28. The ultimate, nuclear way to clean a virus from your system is to completely wipe everything.

Data

29. Encrypt private data and do not share the encryption key with anyone else.

30. Don't store sensitive data within the cloud; keep it entirely disconnected from the online.

31. External drives can easily be physically stolen, so take care about what you store on them.

32. If you're through with a drive, investigate a way to securely wipe one; simply deleting the information isn't enough.

33. If you get a used computer, factory reset it and wipe it completely from top to bottom.

34. Back up your data: a minimum three copies, on two different types of media, with one off-site

Email

35. The email sender are often spoofed, so email won't be from who it claims to be.

36. Don't recognize the sender? Not expecting that email? Don't open it and delete it.

37. If an email asks you to click a link or open an attachment that seems suspicious, trust your instincts and delete it.

38. If you're being asked to share sensitive information, don't do it. Your bank, ISP, Amazon, and so on will never ask via email.

39. If someone is trying to impose a way of urgency for you to do something, it's probably a scam.

40. That long-lost relative who has died and desire to go away you a bundle of money? It's fake. Delete the e-mail.

41. Your spam filter offers some protection, but it is not foolproof, so don't assume everything in your inbox is safe.

Software

42. Keep all the software on your computer up-to-date, to patch vulnerabilities and enjoy the latest features.

43. Install operating system updates as they come through, especially critical security ones.

44. If you no longer need software, uninstall it completely.

45. Don't install random browser extensions, and only use those from trusted publishers.

Smartphones

46. When you install apps, check what permissions they ask for; be wary of camera, microphone, and location access.

47. Only install apps from the authorized app stores, though even then you have to be cautious.

48. Don't send and receive sensitive data over public Wi-Fi connections.

49. Protect your phone with a PIN, pattern, fingerprint, or some type of security lock.

50. Follow the same precautions you do on your computer, like avoiding dodgy sites and downloads.

51. Keep your phone on you whenever possible; this also protects against SIM card swapping.

Adobe Photoshop Key board Shortcuts:

Basic Command Shortcuts:

These Basic commands allow users to fix simple mistakes quickly.

Mac(shortcuts) / Windows(shortcuts)

• Cmd + Z / Ctrl + Z - Undo a single action within your project
• Cmd + Z (repeatedly) / Ctrl + Alt + Z - Undo multiple actions within your project
• Z / Z - Zoom tool
• Cmd + "+" / Ctrl + "+" - Zoom in
• Cmd + "-" / Ctrl + "-" - Zoom out
• Cmd + D / Ctrl + D - Deselect a Photoshop selection
• H / H - Hand tool
• S / S - Color Sampler tool
• C / C - Crop tool
• G / G - Graduated Filter tool
• T / T - Text Tool