And yet another potential game changer:
https://scitechdaily.com/scientists-confirm-century-old-speculation-chemistry-high-performance-battery/
Technology is advancing at an exponential rate often called the "Law of Accelerating Returns." If futurist predictions prove correct, we'll have advanced molecular manufacturing by around 2025, and possibly the replacement of humanity by vastly advanced machines a decade or two later.
This is a chronicle of our journey to that future, one advancing technology article at a time. I post the more significant and interesting articles as I come across them.
Wednesday, February 28, 2018
Tuesday, February 27, 2018
Monday, February 26, 2018
Cubic Crystal Layer Improves Lithium Ion Battery Efficiency
Yet another potential improvement. One of these days something has to break out:
https://scitechdaily.com/cubic-crystal-layer-improves-lithium-ion-battery-efficiency/
https://scitechdaily.com/cubic-crystal-layer-improves-lithium-ion-battery-efficiency/
Friday, February 23, 2018
Thursday, February 22, 2018
Man-Made Whirlpool Can Power Homes Without Harming Wildlife
Very cool alternative...to those not living in drought-prone areas:
https://futurism.com/videos/whirlpool-electricity-power-wildlife/
https://futurism.com/videos/whirlpool-electricity-power-wildlife/
Boston Dynamics is teaching its robot dog to fight back against humans
"It can't be bargained with. It can't be reasoned with. It doesn't feel pity, or remorse, or fear. And it absolutely will not stop...ever, until you are dead!"
https://www.theguardian.com/technology/2018/feb/21/boston-dynamics-teaching-robot-dog-fight-back-humans
https://www.theguardian.com/technology/2018/feb/21/boston-dynamics-teaching-robot-dog-fight-back-humans
Wednesday, February 21, 2018
Monday, February 19, 2018
New Sensor Reveals Lithium-Ion Batteries Can Safely Charge 5 Times Faster
Well this is a major battery advance that should be doable right now:
https://scitechdaily.com/new-sensor-reveals-lithium-ion-batteries-can-safely-charge-5-times-faster/
https://scitechdaily.com/new-sensor-reveals-lithium-ion-batteries-can-safely-charge-5-times-faster/
Sunday, February 18, 2018
How Exercise May Help Protect Your Brain From Cognitive Decline and Dementia
If you want to live long enough to live forever, you gotta protect the brain:
http://time.com/5162477/exercise-risk-dementia/
http://time.com/5162477/exercise-risk-dementia/
Thursday, February 15, 2018
The “Father of Artificial Intelligence” Says Singularity Is 30 Years Away
Several futurists predicting the technological singularity within a few decades:
https://futurism.com/father-artificial-intelligence-singularity-decades-away/
https://futurism.com/father-artificial-intelligence-singularity-decades-away/
SunPower solar panels and Tesla Powerwall battery system information
For anyone thinking of getting a home solar system, here's an update you may find interesting and hopefully useful:
I live in Northern CA, and in 2017 I decided to go solar. I bought a 4.1kW system (twelve 345W panels) for $16.5K (actual cost about $11K after tax breaks). Any power I don't use is fed to the grid, and at the end of the year the amount of grid power I've used vs. the amount I've sent to the grid is calculated to determine whether I have to pay or whether I get paid something (it's best to put into the grid exactly as much power as you use, since the amount PG&E pays for any overproduction is paltry). Regardless, there is a $10 per month service charge just to remain connected to the grid.
Although the system works fine, there is no way to know how much power you're producing vs. using until the end of the year. Also, if the grid power ever suffers an outage during the day, the solar system ceases to function (apparently it needs SOME grid power to access the solar production...which is strange and annoying).
So I looked into getting a battery system. The Tesla Powerwall 2 had recently come onto the market, and although it's expensive (around $12K fully installed), here in CA it came with a huge tax break and a rebate, reducing the cost to less than $5K. I was one of the first few hundred people in CA to order a Powerwall.
The battery holds a 13.5 kWh charge. To put that into perspective, that's enough energy to power my home for around 30 hours of normal use.
So the way this works is you set the Tesla phone app to the percentage you always want to remain in reserve for power outages. I've set mine to 25%, since outages are extremely rare and never for more than a few hours (FYI, in case of an outage, the switch to battery power is almost instantaneous and without any interruption). The remaining 75% is more flexible, and is used to power my home whenever there is insufficient or no solar power generation.
During the shortest day of the year, the battery uses a maximum of about 60% of its charge to get me through the darkest hours. It only gets better than that every other day of the year, weather permitting. As long as the sky isn't covered with dark clouds during the day (thin cloud cover is okay), there's enough solar power generated to refill the battery. That keeps me 99% free of grid power, although I'm still connected to the grid (for $10/month) for the times when it's too cloudy for too long or if I need to put more of a drain on the system than the battery can handle (that includes, unfortunately, most air conditioning systems if they need to run when there's insufficient solar power generation). I also need a grid connection to feed excess power to the grid (which should pay for that monthly fee, although we'll see once air conditioning season hits).
So for about $16K, I have a solar and battery system that should pay for itself within a decade or so (although it's hard to say for sure yet, since I don't have a full year on the system to properly calculate the costs). Your costs may vary, but it may be worth looking into such a system.
Attached are some pictures of the Tesla app (which is unexpectedly addicting, since you can see which appliances are using the most electricity by watching the usage in almost real time). The first pic shows the percentage of power available in the Powerwall, as well as whether it's charging, discharging or standing by. The second pic shows the power flowing from the solar to the house and the battery. The third pic shows the power flowing from the solar to the house, with excess power feeding to the grid (because the battery is full). The fourth pic shows the battery discharging to power the house at night. And the fifth pic shows how you can monitor the daily power dynamics for solar, house, battery and grid.
FYI, a TV, receiver, DVR, fridge and a few lights use about 0.3 kW (it varies somewhat). A microwave or a treadmill can add around 1 kW. Oddly enough, a computer with a couple monitors, a space heater or a hair dryer add almost nothing. I don't think I've ever used more than about 2.5 kW at a time, and I average about 10 kWh per day (that'll go up during A/C season).
I hope you find this info useful.
I live in Northern CA, and in 2017 I decided to go solar. I bought a 4.1kW system (twelve 345W panels) for $16.5K (actual cost about $11K after tax breaks). Any power I don't use is fed to the grid, and at the end of the year the amount of grid power I've used vs. the amount I've sent to the grid is calculated to determine whether I have to pay or whether I get paid something (it's best to put into the grid exactly as much power as you use, since the amount PG&E pays for any overproduction is paltry). Regardless, there is a $10 per month service charge just to remain connected to the grid.
Although the system works fine, there is no way to know how much power you're producing vs. using until the end of the year. Also, if the grid power ever suffers an outage during the day, the solar system ceases to function (apparently it needs SOME grid power to access the solar production...which is strange and annoying).
So I looked into getting a battery system. The Tesla Powerwall 2 had recently come onto the market, and although it's expensive (around $12K fully installed), here in CA it came with a huge tax break and a rebate, reducing the cost to less than $5K. I was one of the first few hundred people in CA to order a Powerwall.
The battery holds a 13.5 kWh charge. To put that into perspective, that's enough energy to power my home for around 30 hours of normal use.
So the way this works is you set the Tesla phone app to the percentage you always want to remain in reserve for power outages. I've set mine to 25%, since outages are extremely rare and never for more than a few hours (FYI, in case of an outage, the switch to battery power is almost instantaneous and without any interruption). The remaining 75% is more flexible, and is used to power my home whenever there is insufficient or no solar power generation.
During the shortest day of the year, the battery uses a maximum of about 60% of its charge to get me through the darkest hours. It only gets better than that every other day of the year, weather permitting. As long as the sky isn't covered with dark clouds during the day (thin cloud cover is okay), there's enough solar power generated to refill the battery. That keeps me 99% free of grid power, although I'm still connected to the grid (for $10/month) for the times when it's too cloudy for too long or if I need to put more of a drain on the system than the battery can handle (that includes, unfortunately, most air conditioning systems if they need to run when there's insufficient solar power generation). I also need a grid connection to feed excess power to the grid (which should pay for that monthly fee, although we'll see once air conditioning season hits).
So for about $16K, I have a solar and battery system that should pay for itself within a decade or so (although it's hard to say for sure yet, since I don't have a full year on the system to properly calculate the costs). Your costs may vary, but it may be worth looking into such a system.
Attached are some pictures of the Tesla app (which is unexpectedly addicting, since you can see which appliances are using the most electricity by watching the usage in almost real time). The first pic shows the percentage of power available in the Powerwall, as well as whether it's charging, discharging or standing by. The second pic shows the power flowing from the solar to the house and the battery. The third pic shows the power flowing from the solar to the house, with excess power feeding to the grid (because the battery is full). The fourth pic shows the battery discharging to power the house at night. And the fifth pic shows how you can monitor the daily power dynamics for solar, house, battery and grid.
FYI, a TV, receiver, DVR, fridge and a few lights use about 0.3 kW (it varies somewhat). A microwave or a treadmill can add around 1 kW. Oddly enough, a computer with a couple monitors, a space heater or a hair dryer add almost nothing. I don't think I've ever used more than about 2.5 kW at a time, and I average about 10 kWh per day (that'll go up during A/C season).
I hope you find this info useful.
Wednesday, February 14, 2018
Why the Rise of Self-Driving Vehicles Will Actually Increase Car Ownership
Yeah, I never really bought the idea that car ownership will drop off with autonomous cars. I would add to this list the fact that some people (myself included) don't enjoy sitting in a seat that thousands of others have sat in:
https://singularityhub.com/2018/02/14/why-the-rise-of-self-driving-vehicles-will-actually-increase-car-ownership/
https://singularityhub.com/2018/02/14/why-the-rise-of-self-driving-vehicles-will-actually-increase-car-ownership/
The cancer-fighting nanorobots that seek and destroy tumors
Not exactly the kind of droids we're looking for, but they evidently do the trick:
https://nano-magazine.com/news/2018/2/14/the-cancer-fighting-nanorobots-that-seek-and-destroy-tumors/
https://nano-magazine.com/news/2018/2/14/the-cancer-fighting-nanorobots-that-seek-and-destroy-tumors/
New Process Allows 3-D Printing of Nanoscale Metal Structures
It can't be that much farther before they're assembling individual molecules...and that's where the promise of nanotech begins:
https://nano-magazine.com/news/2018/2/12/new-process-allows-3-d-printing-of-nanoscale-metal-structures/
https://nano-magazine.com/news/2018/2/12/new-process-allows-3-d-printing-of-nanoscale-metal-structures/
Tuesday, February 13, 2018
Sunday, February 11, 2018
Thursday, February 8, 2018
Tuesday, February 6, 2018
For the First Time Ever, Scientists Found Alien Worlds in Another Galaxy
Truly a mind-boggling feat for a bunch of naked apes:
https://futurism.com/first-time-ever-scientists-found-alien-worlds-another-galaxy/
https://futurism.com/first-time-ever-scientists-found-alien-worlds-another-galaxy/
Caltech Discovery Moves Solar Fuel Production Closer to Reality
A potential game-changer for producing hydrogen fuel through solar power:
https://scitechdaily.com/caltech-discovery-moves-solar-fuel-production-closer-to-reality/
https://scitechdaily.com/caltech-discovery-moves-solar-fuel-production-closer-to-reality/
Monday, February 5, 2018
Saturday, February 3, 2018
Thursday, February 1, 2018
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Quantum Teleportation Becomes Reality on Active Internet Cables
https://scitechdaily.com/quantum-teleportation-becomes-reality-on-active-internet-cables/
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http://www.sltrib.com/home/3898355-155/albuquerque-weighs-getting-more-solar-power
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"An experimental demonstration of a quantum calculation has shown that a single molecule can perform operations thousands of times fast...