Decomputerization doesn’t mean no computers. It means that not all spheres of life should be rendered into data and computed upon. Ubiquitous “smartness” largely serves to enrich and empower the few at the expense of the many, while inflicting ecological harm that will threaten the survival and flourishing of billions of people.
The Jevons Paradox in action:
Even if folks are on a new fast network, they’re very likely choking on the code we’re sending, rendering the potential speed improvements of 5G moot.
The longer I spend in this field, the more convinced I am that web performance is not a technical problem; it’s a people problem.
Get an idea of how much your website is contributing to the climate crisis.
In total, the internet produces 2% of global carbon emissions, roughly the same as that bad boy of climate change, the aviation industry.
The way you build web pages—using
IntersectionObserver, for example—can have a direct effect on the climate emergency.
Webpages can be good citizens of battery life.
It’s important to measure the battery impact in Web Inspector and drive those costs down.
Isn’t this just lovely?
Cassie made a visualisation of the power we’re getting from the solar panels we installed on the roof of the Clearleft building.
I highly recommend reading her blog post about the process too. She does such a great job of explaining how she made API calls, created SVGs, and calculated animations.
Living things are just a better way for nature to dissipate energy and increase the universe’s entropy.
No anthropocentric exceptionalism here; just the laws of thermodynamics.
According to the inevitable life theory, biological systems spontaneously emerge because they more efficiently disperse, or “dissipate” energy, thereby increasing the entropy of the surroundings. In other words, life is thermodynamically favorable.
As a consequence of this fact, something that seems almost magical happens, but there is nothing supernatural about it. When an inanimate system of particles, like a group of atoms, is bombarded with flowing energy (such as concentrated currents of electricity or heat), that system will often self-organize into a more complex configuration—specifically an arrangement that allows the system to more efficiently dissipate the incoming energy, converting it into entropy.
This is fascinating! A website that’s fast and nimble, not for performance reasons, but to reduce energy consumption. It’s using static files, system fonts and dithered images. And no third-party scripts.
Thanks to a low-tech web design, we managed to decrease the average page size of the blog by a factor of five compared to the old design – all while making the website visually more attractive (and mobile-friendly). Secondly, our new website runs 100% on solar power, not just in words, but in reality: it has its own energy storage and will go off-line during longer periods of cloudy weather.
Ping! That’s the sound of my brain going “service worker!”
I’ve sent them an email offering my help.
Is the emergence of a technologically advanced civilisation necessarily contingent on the easy availability of ancient energy? Is it possible to build an industrialised civilisation without fossil fuels?
This thought experiment leads to some fascinating conclusions.
So, would a society starting over on a planet stripped of its fossil fuel deposits have the chance to progress through its own Industrial Revolution? Or to phrase it another way, what might have happened if, for whatever reason, the Earth had never acquired its extensive underground deposits of coal and oil in the first place? Would our progress necessarily have halted in the 18th century, in a pre-industrial state?
Philip Ball certainly has a way with words.
Among the proposed projects from the Shimizu corporation are a space hotel, giant lakes in the desert, and a ring around the moon to harness solar energy.
I really like this idea: one street in Brighton is openly displaying its electricity usage over time.
A detailed document from Apple on their products' total carbon footprint.