“Will technology save us all?
Yes - But only if we RETHINK our perception of energy consumption and the role of technology” (Entwistle)
In her article, Rethink energy consumption and the role of technology, Johanne Mose Entwistle presents eleven meaningful voices that constitute the emotional, social and cultural meaning of energy consumption, which we will have to take into account in order to rethink our perception of energy consumption and the role of technology. Her article is based on the major anthropological research and development project ‘Minimum Configuration Home Automation’ carried out by the Alexandra Institute in order to find methods to make use full home automation technology that can help us reduce our consumption of energy.
“The voices point towards a role for technology as a helping hand and an added value in everyday life.” (Entwistle)
Read her article and learn more about how to take all levels of individual, social, and societal life into account to design use full technology for a greener future. Is this survey sufficient? Is it applicable to the design of technology you work with?



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Rachel Armstrong: Is sustainability enough?
'impartial'. Although we have not yet reached a point of developmental 'neutrality' our long term endpoint should be high. We need to be even more creative with our strategies for human development and find ways in which human activity can have a positive effect on the biosphere.
This may be possible using Living Technology and new technological systems such as, the protocell. I am researching the technological potential of this programmable, environmentally responsive technology, with colleagues architect Neil Spiller and chemist Martin Hanczyc and are currently engineering the protocell system to make materials that are capable of carbon capture and storage (CCS) in the built environment.
A protocell is a primordial molecular globule, situated in the environment through the laws of physics and connected through the language of chemistry. Uniquely, protocell technology possesses a material simplicity
that forms through self-assembly. Yet the globule can become dynamic because it has an embedded chemical metabolism.
Protocells can be made from pre-existing biological materials or can be fabricated from scratch using a highly simplified set of organic and inorganic chemicals. This protocell globule can possess life-like properties but yet is engineered as a material. This gives this type of matter the ability to self-regulate in response to cues from its environment.
We are investigating the potential architectural outcomes of this new technology as Protocell Architecture, to generate the first buildings that will have a restorative impact on the environment.