#COVID19 – Woke up with fever chills. Wet arms and hands with warm salt+water. Drank tea+lemon and most importantly ate “pasta boiled in lemon” pieces. Next hour or so I felt better. The lemon pasta is the best antidote to covid. Just boil together //Per

#COVID19 – Woke up with fever chills. Wet arms and hands with warm salt+water. Drank tea+lemon and most importantly ate “pasta boiled in lemon” pieces. Next hour or so I felt better. The lemon pasta is the best antidote to covid. Just boil together //Per

#Physics – guess – Artificial Life – Create a universe so large you can not have central control. Use this in a evolution algorithm and the universe that survives has life properties. Self govern or free will. So life belongs to a scaled up problem of control //Per

#Physics – guess – Artificial Life – Create a universe so large you can not have central control. Use this in a evolution algorithm and the universe that survives has life properties. Self govern or free will. So life belongs to a scaled up problem of control //Per

#MachineLearning #Breakthrough – Truth is a Reduction – Batchresized the X_train to fit a 1000 size feature vector. The vector was looking perfect so I made it better with gaussian(X_train,sigma=10). Got 100% after 10 iterations. Wow! SuperIntelligence. On the brain tumor //Per

#MachineLearning #Breakthrough – Truth is a Reduction – Batchresized the X_train to fit a 1000 size feature vector. The vector was looking perfect so I made it better with gaussian(X_train,sigma=10). Got 100% after 10 iterations. Wow! SuperIntelligence. On the brain tumor //Per

#SuperIntelligence – Predict what Water wants to be mixed with in order to cure you. Do a machine learning classification with sensor data and different tea. Can you tell from sensor data which tea it is. Then run the model on boiled water. Then use the tea you predict //Per

#SuperIntelligence – Predict what Water wants to be mixed with in order to cure you. Do a machine learning classification with sensor data and different tea. Can you tell from sensor data which tea it is. Then run the model on boiled water. Then use the tea you predict //Per

That is you let water decide. Just use machine learning function to understand the water signals //Per

#MachineLearning – Breakthrough with sklearn. Train with serial dependent sample batches. 98.5% MNIST 1000.

#MachineLearning – Made a Breakthrough with neural_network.MLPClassifier() You predict sample classes then train on another set with the same series of classes so it becomes dependent on the initial batch. Got very good results. 98.5% MNIST 1000 test with the hidden layersize which I iterated to get, (208, 284, 189). So the method can be used to train larger models. No convolution just fully connected layers. Wow

#Ivermectin I wonder if a very small piece of lemon zest could have similar effect. I took two small tablet size of clean lemon zest and chewed with some water. Could help with inflammation in chest and heart due to #VaccineSideEffects

#Ivermectin I wonder if a very small piece of lemon zest could have similar effect. I took two small tablet size of clean lemon zest and chewed with some water. Could help with inflammation in chest and heart due to #VaccineSideEffects