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This is an experiment comparing our patented lighting technology designed to grow top shelf buds with only 1/3 of the electricity to produce the same yield.
Here we have two Peyote Cookies plants, grown under identical conditions but with one exception: Plant 1 is grown using our proprietary Artificial Intelligence based lighting system (75 Watts), and plant 2 is our control, grown with identical spectrum, double the electricity, (150 Watts) but without the AI system.
Our hypothesis is that Plant 1, our test plant, will produce higher quality cannabis (more terpenes, more THC) and have a larger yield that is 30-35% higher than the control.
This is a lofty goal, but these are the results we get using this lighting with ALL other plants tested so far. Thanks for reading, We are super excited to see what happens!
Welcome to our experiment using Artificial Intelligence to grow weed!
Week 1 notes: germination successful and both plants look identical - same growth rate, same day of germination etc which is important for the experiment. Today they are separated into the test (75W, AI enabled) and control (150W, AI disabled) treatments.
This is an experiment comparing our patented lighting technology designed to grow top shelf buds with only 1/3 of the electricity to produce the same yield.
Here we have two Peyote Cookies plants, grown under identical conditions but with one exception: Plant 1 is grown using our proprietary Artificial Intelligence based lighting system (75 Watts), and plant 2 is our control, grown with identical spectrum, double the electricity, (150 Watts) but without the AI system.
Our hypothesis is that Plant 1, our test plant, will produce higher quality cannabis (more terpenes, more THC) and have a larger yield that is 30-35% higher than the control.
This is a lofty goal, but these are the results we get using this lighting with ALL other plants tested so far. Thanks for reading, We are super excited to see what happens!
Welcome to our Experiment testing if Artificial Intelligence can grow Cannabis more efficiently!!!
This is an experiment comparing our patented lighting technology designed to grow top shelf buds with only 1/3 of the electricity to produce the same yield.
Here we have two Peyote Cookies plants, grown under identical conditions but with one exception: Plant 1 is grown using our proprietary Artificial Intelligence based lighting system (75 Watts), and plant 2 is our control, grown with identical spectrum, double the electricity, (150 Watts) but without the AI system.
Our hypothesis is that Plant 1, our test plant, will produce higher quality cannabis (more terpenes, more THC) and have a larger yield that is 30-35% higher than the control.
This is a lofty goal, but these are the results we get using this lighting with ALL other plants tested so far. Thanks for reading, We are super excited to see what happens!
—
Week 2 Notes:
Transplanted to 1 Gallon pots to avoid any root shock.
Welcome to our Experiment testing how Artificial Intelligence can grow Cannabis more efficiently!!!
This is an experiment comparing our patented lighting technology designed to grow top shelf buds with only 1/3 of the electricity to produce the same yield.
Here we have two Peyote Cookies plants, grown under identical conditions but with one exception: Plant 1 is grown using our proprietary Artificial Intelligence based lighting system (75 Watts), and plant 2 is our control, grown with identical spectrum, double the electricity, (150 Watts) but without the AI system.
Our hypothesis is that Plant 1, our test plant, will produce higher quality cannabis (more terpenes, more THC) and have a larger yield that is 30-35% higher than the control.
This is a lofty goal, but these are the results we get using this lighting with ALL other plants tested so far. Thanks for reading, We are super excited to see what happens!
—
Week 3 Notes:
The test plant is larger, growing faster with 50% less electricity. 🔥🔥🔥
Welcome to our Experiment testing how Artificial Intelligence can grow Cannabis more efficiently!!!
This is an experiment comparing our patented lighting technology designed to grow top shelf buds with only 1/3 of the electricity to produce the same yield.
Here we have two Peyote Cookies plants, grown under identical conditions but with one exception: Plant 1 is grown using our proprietary Artificial Intelligence based lighting system (75 Watts), and plant 2 is our control, grown with identical spectrum, double the electricity, (150 Watts) but without the AI system.
Our hypothesis is that Plant 1, our test plant, will produce higher quality cannabis (more terpenes, more THC) and have a larger yield that is 30-35% higher than the control.
This is a lofty goal, but these are the results we get using this lighting with ALL other plants tested so far. Thanks for reading, We are super excited to see what happens!
—
Week 4 Notes:
The test plant is still larger, growing faster with 50% less electricity. 🔥🔥🔥
Welcome to our Experiment testing how Artificial Intelligence can grow Cannabis more efficiently!!!
This is an experiment comparing our patented lighting technology designed to grow top shelf buds with only 1/3 of the electricity to produce the same yield.
Here we have two Peyote Cookies plants, grown under identical conditions but with one exception: Plant 1 is grown using our proprietary Artificial Intelligence based lighting system (75 Watts), and plant 2 is our control, grown with identical spectrum, double the electricity, (150 Watts) but without the AI system.
Our hypothesis is that Plant 1, our test plant, will produce higher quality cannabis (more terpenes, more THC) and have a larger yield that is 30-35% higher than the control.
This is a lofty goal, but these are the results we get using this lighting with ALL other plants tested so far. Thanks for reading, We are super excited to see what happens!
—
Week 5 Notes:
The test plant is getting waaaay larger, growing faster with 50% less electricity. 🔥🔥🔥
@frogDUDE,
It is an interesting test for sure, but ultimately it won't tell you much when you grow from seeds. There often are significant genetic differences from one seed to the next, so you can't accurately know the reason for the differences between the plants. To truly evaluate the light, you would have to eliminate those genetic differences by using clones.
@love_2_grow, thank you!! You may find this grow interesting, we have developed a high efficiency grow light that uses about 1/3 the electricity to grow an identical amount of cannabis while increasing the harvest quality and terpenes. This technology works with many other plants and we are testing it on Peyote Cookies. Anyway - thanks again and happy growing!
frogDUDE
