Great historical Sankey visualization of where we get energy from and what we use it for. The introduction of electricity and subsequent redistribution in 1882 starts the technology shift. Now that renewables are not only a climate necessity, but also less expensive than other sources, this helps illustrate the current priorities and opportunities.
Not really a unified field theory announcement, but interesting and makes some intuitive sense. Looking forward to further development, hopefully with at least one possibility of testing or predicting something new.
The hearing loss and general possibilities of fixing cognitive decline are exceptionally welcome.It's a long way from mice to humans but very promising.
Protein folding has been a huge problem for decades so this is a major breakthrough. Remains to be seen if this training set will be adequate for application to prions and other cases, but enormous progress in any case.
Not much detail, but if it's anything like the double length electric buses in Malmö these are going to work great. Silver Line Boston needs to get with the program.
Considering most high-rise buildings have a light coating on the windows already, getting energy out of that changes the carbon footprint of the building enormously. Can be manufactured in quantity, and can be inserted between layers of double insulated glass allowing for retrofit.
Not everyday the world gets something this complex delivered to it from the cold spots of the solar system. It's a carbonaceous chondrite, with molecules like amino acids, purines, and sugars. Amazing stuff
Grid scale liquid air energy storage (LAES) plant being built. Compress air when electricity available, save for up to a week and use it to drive a turbine to create electricity as needed.
Clearly it should be possible to train an AI to recognize a range of expressions from hate speech through dog whistles. Let's start there and work our way into privilege, microaggressions and silencing. Release early and release often.
Vanadium dioxide is transparent below 30 degrees Celsius, then reflects infrared between 30 and 60, then it becomes conductive without transmitting heat. Interesting material.
By measuring distorted light backscatter in undersea fiber optic cables it is possible to find fault lines and detect seismic activity. Brilliant application, hoping this rolls out over the next few years.
New form of carbon discovered by Joel Therrien of the University of Massachusetts in Lowell on 4 November at the International Symposium on Clusters and Nanomaterials
Capturing solar energy as heat would help reduce impact of heating for older buildings. Seems like a worthwhile angle to explore, we need all the tools we can get.
A for-profit enterprise will always abuse its users, but the advantage of a public social net extends beyond avoiding problems to providing additional benefits.
Reducing the toxicity and quantity of insecticide using targeted drone delivery is great. Now if we can take the next step of direct mechanical action without any pesticide at all that would be huge.
Brilliant new technique for repairing metal foams using an initial polymer coating as a marker and then electroplating. Having recently dealt with welding aluminum, I'm looking forward to better fab options.
Veillonella gut bacteria metabolizes lactic acid produced by exercise and converts it into propionate, a short chain fatty acid the body uses as fuel.Potential supplement for those in earlier training stages
You can make an old brain work like it was young again by synchronizing hemispheres using electrical stimulation. The effect lasts less than an hour and the long term impacts of the stimulation are unknown.
Guessing what thieves are most likely going to do with stolen info, then recommending what to do to mitigate that risk. Pathetic there is enough data to have patterns.
Brilliant new mechanism for insulin delivery. Brilliant means anything that seems fairly obvious but you would never have thought of before you heard about it.
Important breakthrough in plant efficiency, but lots of questions. Are the plants less resilient? Why is the USDA patenting things? How is a massively domesticated crop like corn a baseline for what's reasonable?