The hottest Technology development Substack posts right now

Air quality has improved over time thanks to things like windows and modern HVAC systems. What once were luxury items are now essential for health.
Historically, many homes suffered from poor air quality due to indoor pollutants from burning fuels. This has been a public health issue for centuries.
New technologies, like far-UVC lights, are being explored to enhance air quality and reduce airborne diseases, showing that our understanding of indoor air needs continues to evolve.

AI may disrupt high status jobs like writing and make skills like writing less valuable in the future.
AI has been a complement to knowledge work so far, improving productivity in tasks such as software development and consulting.
Even if AI enhances productivity, it may still be challenging for humans to compete in certain areas where AI excels, leading to uncertainty about the future of specific skills.

The recent Space Debris Conference in Saudi Arabia gathered over 50 countries to discuss the growing issue of space debris. This problem arises from the increasing number of satellites and other objects in Earth's orbit.
Experts stressed the need for global cooperation and innovative technologies to tackle space debris. They highlighted that ignoring this issue could lead to serious threats for future space missions and satellites.
Saudi Arabia is taking a proactive role in addressing space debris, signing agreements with key organizations to enhance tracking and safety measures. Their commitment shows a strong dedication to ensuring safe and sustainable space exploration.

The Moon has many resources, like water ice and minerals, that could help support life and reduce our reliance on Earth. This could be a big deal for future space missions.
There are lots of new companies working on lunar projects, like transportation and communication for a Moon base. A lot of exciting developments are happening in the lunar economy right now.
Plans for Moon exploration are moving forward, with crewed missions set for 2024 and a permanent base by 2030. Many countries and companies are joining forces to make this a reality.

The International Space Station (ISS) has been in operation for around 25 years, but it will eventually become too costly to maintain. New space stations will be needed in the future.
China has successfully built its own orbital station, Tiangong-3, which is currently inhabited. This adds to the growing presence of international space stations.
Private companies are starting to develop their own space stations. NASA is supporting this trend with partnerships and funding, aiming to make space research more accessible.

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Mars rovers are our main way to explore the planet since humans can't go there yet. These robots gather important information that helps us understand Mars better.
There have been several successful Mars missions, but only a few rovers are still active today. Each rover has contributed to discovering water signs and preparing for future human visits.
The future of Mars exploration involves collaboration between robots and humans. Robots will help pave the way for future missions, while humans will bring creativity and problem-solving skills to the table.

There is a growing problem of space debris around Earth. With thousands of pieces of debris already up there, the risk of collision is increasing, which can endanger astronauts and future missions.
To combat space debris, innovations like better spacecraft designs and more proactive measures are being proposed. Governments and organizations are working on new regulations to minimize debris creation and improve safety.
A new industry is emerging focused on cleaning up space junk. Companies are developing technologies to capture and remove debris, which is becoming a significant market with potential for high revenues in the coming years.

The Space Ambition community has grown significantly, reaching over 2,000 readers from around the world and including deep tech investors and space agencies. This shows a growing interest in space technology and entrepreneurship.
The team is excited about upcoming events in 2023 and is planning to host more offline meetups in various countries. They encourage readers to get involved and reach out if interested.
The best-read articles from 2022 cover important topics like challenges of living on Mars, the history and future of space stations, and how food supplies are managed on space missions.

Many European governments were not interested in privacy-preserving digital contact tracing.
Digital contact tracing showed that privacy preservation and fighting a pandemic can go hand in hand.
There is a lack of investment in digital contact tracing technology despite its potential benefits.

A new nanopore sequencing company, Lunar Biosciences, is hiring for a CSO position.
Despite limited public information, funding from Fapon suggests Lunar Biosciences is legitimate.
Lunar Biosciences may be following a similar sequencing approach to companies like Qitan, possibly due to expired IP opportunities.

With proper investment, Illumina-style sequencing could have been developed 6 years earlier.
Access to capital was crucial for the success of sequencing technologies.
Investors prioritize attracting next round investments over the fundamental value of technology.