Brighter digital displays. Clearer images. Longer battery life. What do these device features have in common? A bio-inspired electronic film can help achieve them all.
A fusion of digital, physical, and biological technologies may come to represent The Fourth Industrial Revolution.
Vytas SunSpiral talks about the quest to push the envelope in technology and biology.
Plastic waste is choking our landfills and polluting our water and soil. Recycling is important, but only about 9% of the world’s plastic gets recycled. The rest adds to the 6.3 billion tons of plastic waste that has accumulated across the globe.
A teaspoon of soil contains galaxies of Nature’s secret recipes with the potential for making anything from clothes and food to electronics and even vaccines — all with previously impossible features. Here’s how we unlock Nature’s potential to make breakthrough products.
When it comes to diversity, are we doing enough? Are we even doing it right? We pose these questions to Chanda Hand, Zymergen’s Diversity, Equity & Inclusion Program Manager.
As Davos contemplates the impact of automation and emerging technologies on the future workforce, we share how automation opens up new markets and frees human talent to pursue bigger, more important challenges.
We’re on the cusp of an industrial revolution that is going to change the way we make things in the world. It involves a shift from petroleum to natural, biological building blocks, whose greater diversity enables breakthrough products with incredible new properties.
Python 2’s end-of-life announcement meant that we had to move a very large codebase to Python 3. Here’s how we successfully did it in a matter of days, and when our approach may work for you for similarly large projects.
A followup to our previous discussion of running parallel tasks in Celery, with details on how we solved the largest problem with our initial implementation.