How many female Android app developers are there in the world?

"The mobile ecosystem is diverse and filled with creative minds who are passionate about apps. An average person probably pictures app developers as mysterious individuals hunched over a keyboard feverishly writing code … code that has the power to run our lives.

The average person may have a set image of app developers in their mind, but the truth is more mundane. App developers are just like everybody else. They come in all shapes and sizes, cover a variety of ages and want to make money. And they are overwhelmingly male.

According to a global survey of more than 1,000 developers by mobile advertising platform InMobi, the average developer is a 31- to 35-year-old man with less than three of years of app development experience earning approximately $6,000 per month. InMobi’s State of Mobile App Developers 2016 report said that only 6% of developers are female and a mere 16% of all developers have more than five years of app building experience.

The survey focused on three regions of established mobile app development—North America, Europe and Asia-Pacific—with an aim to provide a snapshot of the current developer community. A total of 1,089 responses were received and the report highlighted a number of disparities within the ecosystem itself."

The above from this article:

https://advertising.inmobi.com/company/press/only-6-of-app-developers-are-women

"The USA is taking the lead position worldwide with 4,3 million software developers.

According to Zippia, from these 4,3 million software developers, the total number of mobile app developers employed in the US is arround 4,052.

According to mobile applications developers, the most recent estimates we have are from 2019, with 26.4 million app developers globally, of which around 6 million develop solely for Android, and 2.8 million focused on iOS.

Android Developers

An android developer designs software and applications for Android devices and the Google Play Store. These software developers create apps used on Android phones and tablets. Android Developers can either work in-house, or they can be employed by a custom software development agency.

As any type of developers, Android app developers must be highly technical and have proficiency in coding and programming languages such as Java and Kotlin. Android Developers also have to be up-to-date when it comes to tech and mobile trends in order to make the best apps.

Gender

Even though we the world strives for gender equality, we are still a little far from it within the software development sector. According to Zippia, 17.6% of all mobile app developers are women, while 71.2% are men. Plus, unfortunately as of 2021, women developers earned an average of 93% of what men earned, that is 93¢ for every $1.

Age

The average age of mobile applications developers is 39 years old. However, when we look at the ages of mobile app developers in general, 40+ years old employees represent the highest of the population. If we break it down in three categories, developers between 20 and 30 years old represent the 18%, 30-40 years old the 36% and 40+ years old a solid 46%."

The above from this article:

 https://intersog.com/blog/development/how-many-developers-are-there-in-the-world/

The next chapter of the Gemini AI era for developers - Gemini 2.0

https://developers.googleblog.com/en/the-next-chapter-of-the-gemini-era-for-developers/

Google unveils Willow quantum computing chip

https://www.cnbc.com/2024/12/10/alphabet-shares-jump-5percent-after-google-touts-breakthrough-quantum-chip-.html

The following text was generated by perplexity.ai in response to this question:

Why is Google's quantum chip a big deal?

[Caution: the following text has not been fact checked.]

Google's recent announcement of its quantum computing chip, Willow, marks a significant advancement in the field of quantum technology. Here are the key reasons why this development is considered a big deal:

Breakthrough in Computational Power

• Unprecedented Speed: Willow can solve complex computational problems in under five minutes, a task that would take today's most advanced supercomputers approximately 10 septillion years to complete. This time frame far exceeds the age of the universe, highlighting the chip's extraordinary capabilities
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• Error Correction Milestone: Willow employs a novel approach to quantum error correction, allowing it to scale up the number of qubits (105 qubits in total) while significantly reducing errors. This breakthrough addresses a longstanding challenge in quantum computing, where increasing qubit numbers typically leads to higher error rates. Google claims that errors decrease exponentially as more qubits are added, a concept that has been sought after for nearly three decades
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Implications for Quantum Computing

• Path to Large-Scale Quantum Computers: The advancements made with Willow suggest a promising trajectory toward developing larger and more efficient quantum systems capable of tackling complex scientific and societal challenges. As Hartmut Neven from Google Quantum AI noted, "The more qubits we use in Willow, the more we reduce errors"—indicating a potential for scaling quantum computers effectively
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• Potential Applications: Although practical applications remain limited at this stage, the expectation is that quantum computing will eventually enable breakthroughs in various fields such as healthcare, finance, and energy management by processing vast amounts of data simultaneously
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Challenges Ahead

Despite the excitement surrounding Willow, experts caution that practical applications are still elusive. Critics emphasize that while Google's claims are impressive, they rely on benchmarks that do not necessarily translate into real-world usefulness. For instance, achieving meaningful computations may require millions of qubits, far exceeding Willow's current capacity

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. Additionally, the technology relies on superconducting qubits that necessitate extreme cooling conditions, posing further challenges for scalability

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.In summary, Google's Willow chip represents a significant leap forward in quantum computing capabilities, particularly in error correction and computational speed. While it sets a new benchmark for what is possible with quantum technology, the journey toward practical and widespread applications continues to face substantial hurdles.