Machine Learning Math guess – Imaginary unit and infinity belongs. Looking at sqrt(x) for x -> -3 I wonder if sqrt(-0.000…1) should approach negative infinity for a four part splitted number with a second_real number approaches neg infinity. To make it look better. // Per

Machine Learning Math guess – Imaginary unit and infinity belongs. Looking at sqrt(x) for x -> -3 I wonder if sqrt(-0.000…1) should approach negative infinity for a four part splitted number with a second_real number approaches neg infinity. To make it look better. // Per

Object Math Idea – Basic operation a*b = c is a classification problem solved by observing a physics simulation of an object with b m/s for a seconds or an object with a m/s for b seconds. So you need 3d space physics to solve ALL classification problems in math extended. //Per

Object Math Idea – Basic operation a*b = c is a classification problem solved by observing a physics simulation of an object with b m/s for a seconds or an object with a m/s for b seconds. So you need 3d space physics to solve ALL classification problems in math extended. //Per

At what acceleration are thoughts? If you can think in many small straight lines you can create many circles in a sphere. Normal to these circles is a virtual line. Here might some classification problem be if the object thinks fast enough. Super position of lines from many rotated circles. I assume all superposition problems belong to quantum mechanics. So gravity could be Quantum Lines ?

At what acceleration are thoughts? If you can think in many small straight lines you can create many circles in a sphere. Normal to these circles is a virtual line. Here might some classification problem be if the object thinks fast enough. Super position of lines from many rotated circles. I assume all superposition problems belong to quantum mechanics. So gravity could be Quantum Lines ?

Summation of virtual particles?

Farm innovation – Machine Learning – Insert human errors. Label the recorded sound as human affected mix with sound without human error insert. Train a machine learning model. Run the model on farmland without any inserted errors to find similar errors. // Per

Farm innovation – Machine Learning – Insert human errors. Label the recorded sound as human affected mix with sound without human error insert. Train a machine learning model. Run the model on farmland without any inserted errors to find similar errors. // Per

The idea is that the wind or noise is causality affected with problems on the farmland acre. A machine learning model can pick even the smallest event difference. Message me on per.lindholm@gmail.com

Quantum Mechanics – Pers Paradox – You probably don’t count in quantum mechanics since the particales are so many. Then how is anything for certain? Or is it certain? – Maybe you calculate with many particles combined to make matrix functions. // Per

Quantum Mechanics – Pers Paradox – You probably don’t count in quantum mechanics since the particales are so many. Then how is anything for certain? Or is it certain? – Maybe you calculate with many particles combined to make matrix functions. // Per

Facemask – Use a water spraybottle and try to spray through the facemask. Air through but not water droplets. Another innovation is to boil garlic-salt-water. Let cool and spray on a papertissue. Then when you need to blow your nose you use the garlic+salt+water wet tissue. #mask

Facemask – Use a water spraybottle and try to spray through the facemask. Air through but not water droplets. Another innovation is to boil garlic-salt-water. Let cool and spray on a papertissue. Then when you need to blow your nose you use the garlic+salt+water wet tissue. #mask