If you’re still rocking Windows 10 for whatever reason, be aware that its official support is coming to an end next year. Want to keep using it without worrying about security vulnerabilities? You’ll need to shell out $30 for a year of extended support.
Six years after Windows 10’s launch, Microsoft rolled out Windows 11. Some users, for reasons of preference or hardware limitations, are sticking with the older version. But here’s the catch: starting October 14, 2025, Microsoft will stop providing security updates for Windows 10, at least for free. Don’t worry though, they’re offering a safety net – a one-year extension of support… for a price of $30 (the euro equivalent is still a mystery). This isn’t just a rumor; Microsoft announced it themselves on their official blog.
Of course, you’re not obligated to pay for continued Windows 10 usage. But without those crucial security updates, your PC becomes a prime target for cyber threats. Microsoft is using this opportunity to highlight the advantages of Windows 11, which boasts advanced security features like hardware-based protection using TPM 2.0 (a hardware security module) and enhanced authentication methods. Windows 11 also comes equipped with phishing protection.
So, the ball is in your court (or should we say, your keyboard). You can upgrade to Windows 11 if your hardware allows, buy a new PC with Windows 11 pre-installed, or opt for the paid one-year extension for Windows 10. Staying with Windows 10 for free is an option too, but it comes with a hefty dose of risk.
Interview: The Future of Renewable Energy – Insights from Dr. Emily Carter
Time.news Editor: Welcome, Dr. Carter! It’s a pleasure to have you here with us today. The renewable energy sector is evolving at a breakneck pace. What trends are you currently observing that excite you the most?
Dr. Emily Carter: Thank you for having me! It’s indeed an exciting time for renewable energy. One trend that’s particularly fascinating is the rapid advancement in solar technology. We’re seeing not only improvements in efficiency but also a decrease in costs. For instance, bifacial solar panels and perovskite cells are making headlines due to their potential to generate more power and lower installation expenses.
Time.news Editor: Bifacial solar panels and perovskite cells sound intriguing. Can you elaborate on why these technologies are so promising?
Dr. Emily Carter: Absolutely! Bifacial panels capture sunlight on both sides, which significantly boosts their energy output. This means that even in areas with limited space, we can maximize energy generation. On the other hand, perovskite cells are compelling due to their ability to be produced with less energy and materials while achieving high efficiency. If we can overcome the stability issues currently facing perovskite technologies, they could revolutionize the solar industry.
Time.news Editor: That sounds transformative! However, with this excitement, there are always challenges. What do you believe are the biggest hurdles facing the renewable energy sector today?
Dr. Emily Carter: The most significant challenge remains integrating renewable sources into the existing grid. As renewable energy generation is intermittent, managing supply and demand becomes complicated. Additionally, the need for robust energy storage solutions is vital to ensure a reliable energy supply. While battery technologies are advancing, we still need innovations to store energy at scale and within a more sustainable framework.
Time.news Editor: Speaking of storage solutions, batteries are often mentioned. Are there any emerging technologies in this area that you feel have great potential?
Dr. Emily Carter: Yes! One promising development is in solid-state batteries, which could offer higher energy densities and improved safety over traditional lithium-ion batteries. Another exciting area is flow batteries, which can be scaled easily for large-scale applications and have longer lifespans. These technologies could provide the backbone for a more stable renewable energy supply.
Time.news Editor: It’s fascinating to hear about these innovations. In terms of policy, what role do you see government regulations playing in accelerating the transition to renewable energy?
Dr. Emily Carter: Government policy is crucial. Incentives for research and development can push technologies to market faster, while supportive regulations can encourage utilities and companies to invest in renewables. Additionally, policies that promote energy efficiency and conservation are vital to complement renewable energy deployment, ensuring we use energy more wisely.
Time.news Editor: As we wrap up, what is the one message you would like to share with our readers regarding the future of renewable energy?
Dr. Emily Carter: Stay optimistic! The future of renewable energy is bright, but it requires collective action. Whether it’s individuals reducing their carbon footprint, businesses adopting sustainable practices, or governments investing in clean technologies, every effort counts. Together, we can create a sustainable future that harnesses the power of innovation to address climate change.
Time.news Editor: Thank you, Dr. Carter, for your valuable insights! We appreciate your time and expertise in shedding light on the exciting developments in renewable energy.
Dr. Emily Carter: Thank you! It was my pleasure speaking with you.