Don\u2019t be shy ["Q-01 What Linux Candy cacafire \u2013 Color Ascii Fire Who l N ? Don \u2019 t be shy \u2014 i can raise both hands ! ! both feet too if me \u2019 re sufficiently pliant ?"] "
feature open-source software ["Q-02 What is Linux Candy of articles covering interesting eye candy software ?"] "
Linux Candy ["Q-03 What you \u2019 N to feature open - source software in this series ?"] "
Linux Candy ["Q-04 What \u2019 you re only going to f N in this series ?"] "
Linux Candy ["Q-05 Who \u2019 re only going to feature open - source software in this series ?"] "
Linux Candy ["Q-06 What you \u2019 N to harp on about the tired proverb \u201c All work and no play makes Jack a dull boy \u201d ?"] "
Linux Candy ["Q-07 Who \u2019 going not going to harp on about the tired proverb \u201c All work and no play makes Jack a dull boy \u201d ?"] "
All work and no play ["Q-08 Who makes Jack a dull boy \u201d ?"] "
Linux Candy ["Q-09 What if me spend neural networks mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
Linux Candy ["Q-10 Who spend all day coding neural networks mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
Linux Candy ["Q-11 Who coding neural networks mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
day coding neural networks ["Q-12 Who mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
Linux Candy ["Q-13 Who feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
Linux Candy ["Q-14 Who \u2019 ll need some relief at the end of the day ?"] "
Linux Candy ["Q-15 Who making my desktop environment a bit more memorable ?"] "
Don\u2019t be shy ["Q-01 Linux Candy cacafire \u2013 Color Ascii Fire Who loves eye candy ? \u2014 whom t be shy can raise both hands ! ! both feet too if me \u2019 re sufficiently pliant ?"] "
Don\u2019t be shy ["Q-02 Linux Candy cacafire \u2013 Color Ascii Fire Who loves eye candy ? Don \u2019 t be if whom can shy \u2014 i raise both hands ! ! both feet too \u2019 re sufficiently pliant ?"] "
Don\u2019t be shy ["Q-03 What Linux Candy cacafire \u2013 Color Ascii Fire Who l N ? Don \u2019 t be shy \u2014 i can raise both hands ! ! both feet too if me \u2019 re sufficiently pliant ?"] "
both hands ["Q-04 Linux Candy cacafire \u2013 Color Ascii Fire Who loves eye candy ? Don \u2019 t be what can shy \u2014 i raise ! ! both feet too if me \u2019 re sufficiently pliant ?"] "
Linux Candy cacafire ["Q-05 ]
articles covering interesting eye candy software ["Q-06 Of what is Linux Candy a new series ?"] "
feature open-source software ["Q-07 What is Linux Candy of articles covering interesting eye candy software ?"] "
eye candy software ["Q-08 Linux Candy is what a new series of articles covering covering interesting ?"] "
. ["Q-09 ]
Linux Candy ["Q-010 In what \u2019 you re only going to feature open - source software ?"] "
Linux Candy ["Q-011 What you \u2019 N to feature open - source software in this series ?"] "
Linux Candy ["Q-012 What \u2019 you re only going to f N in this series ?"] "
Linux Candy ["Q-013 Who \u2019 re only going to feature open - source software in this series ?"] "
. ["Q-014 ]
All work ["Q-015 On what you \u2019 not going to harp and no play makes Jack a dull boy \u201d ?"] "
Linux Candy ["Q-016 What you \u2019 N to harp on about the tired proverb \u201c All work and no play makes Jack a dull boy \u201d ?"] "
Linux Candy is a new series of articles covering interesting eye candy software. We\u2019re only going to feature open-source software in this series.I\u2019m ["Q-017 I \u2019 m not going to harp on about whom does the tired proverb \u201c All work and no play makes dull boy \u201d ?"] "
Linux Candy ["Q-018 Who \u2019 going not going to harp on about the tired proverb \u201c All work and no play makes Jack a dull boy \u201d ?"] "
All work and no play ["Q-019 Who makes Jack a dull boy \u201d ?"] "
Linux Candy cacafire \u2013 Color ASCII Fire Who loves eye candy? Don\u2019t be shy \u2014 you can raise both hands!! Both feet too if you\u2019re sufficiently pliant.Linux Candy is a new series of articles covering interesting eye candy software. We\u2019re only going to feature open-source software in this series.I\u2019m not going to harp on about the tired proverb \u201cAll work and no play makes Jack a dull boy\u201d. But there\u2019s a certain element of truth here. If you spend all day coding neural networks mastering a new programming language sit in meetings feeling bored witless you\u2019ll need some relief at the end of the day. And what better way by making your desktop environment a bit more memorable. ["Q-020 ]
truth ["Q-021 But of what a certain element here ?"] "
Linux Candy cacafire \u2013 Color ASCII Fire Who loves eye candy? Don\u2019t be shy \u2014 you can raise both hands!! Both feet too if you\u2019re sufficiently pliant.Linux Candy is a new series of articles covering interesting eye candy software. We\u2019re only going to feature open-source software in this series.I\u2019m not going to harp on about the tired proverb \u201cAll work and no play makes Jack a dull boy\u201d. But there\u2019s a certain element of truth here. If you spend all day coding neural networks mastering a new programming language sit in meetings feeling bored witless you\u2019ll need some relief at the end of the day. And what better way by making your desktop environment a bit more memorable. ["Q-022 ]
coding ["Q-023 If me spend all day coding in what neural networks mastering mastering a new programming language sit bored witless i \u2019 ll need some relief at the end of the day ?"] "
witless you\u2019ll ["Q-024 If me spend all day coding neural networks mastering a new programming language sit in meetings feeling bored at what witless i \u2019 ll need some relief of the day ?"] "
witless you\u2019ll ["Q-025 If me spend all day coding neural networks mastering a new programming language sit in meetings feeling bored of what witless i \u2019 ll need some relief at the end ?"] "
Linux Candy ["Q-026 What if me spend neural networks mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
a new programming language ["Q-027 If me spend all day coding what neural networks mastering mastering in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
witless you\u2019ll ["Q-028 If me spend all day coding neural networks mastering what feeling a new programming language sit in meetings feeling bored \u2019 ll need some relief at the end of the day ?"] "
relief ["Q-029 If me spend all day coding neural networks mastering a new programming language sit in meetings feeling bored witless i \u2019 what ll need at the end of the day ?"] "
Linux Candy ["Q-030 Who spend all day coding neural networks mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
Linux Candy ["Q-031 Who coding neural networks mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
day coding neural networks ["Q-032 Who mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
If you spend all day coding neural networks mastering a new programming language sit in meetings ["Q-033 Who feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
Linux Candy ["Q-034 Who \u2019 ll need some relief at the end of the day ?"] "
. ["Q-035 ]
your desktop environment ["Q-036 And what what way by making making more memorable ?"] "
Linux Candy ["Q-037 Who making my desktop environment a bit more memorable ?"] "
. ["Q-038 ]
. ["Q-039 ]
Don\u2019t be shy ["Q-01 What Linux Candy cacafire \u2013 Color Ascii Fire Who l N ? Don \u2019 t be shy \u2014 i can raise both hands ! ! both feet too if me \u2019 re sufficiently pliant ?"] "
feature open-source software ["Q-02 What is Linux Candy of articles covering interesting eye candy software ?"] "
Linux Candy ["Q-03 What you \u2019 N to feature open - source software in this series ?"] "
Linux Candy ["Q-04 What \u2019 you re only going to f N in this series ?"] "
Linux Candy ["Q-05 Who \u2019 re only going to feature open - source software in this series ?"] "
Linux Candy ["Q-06 What you \u2019 N to harp on about the tired proverb \u201c All work and no play makes Jack a dull boy \u201d ?"] "
Linux Candy ["Q-07 Who \u2019 going not going to harp on about the tired proverb \u201c All work and no play makes Jack a dull boy \u201d ?"] "
All work and no play ["Q-08 Who makes Jack a dull boy \u201d ?"] "
Linux Candy ["Q-09 What if me spend neural networks mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
Linux Candy ["Q-10 Who spend all day coding neural networks mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
Linux Candy ["Q-11 Who coding neural networks mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
day coding neural networks ["Q-12 Who mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
Linux Candy ["Q-13 Who feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
Linux Candy ["Q-14 Who \u2019 ll need some relief at the end of the day ?"] "
Linux Candy ["Q-15 Who making my desktop environment a bit more memorable ?"] "
Don\u2019t be shy ["Q-01 Linux Candy cacafire \u2013 Color Ascii Fire Who loves eye candy ? \u2014 whom t be shy can raise both hands ! ! both feet too if me \u2019 re sufficiently pliant ?"] "
Don\u2019t be shy ["Q-02 Linux Candy cacafire \u2013 Color Ascii Fire Who loves eye candy ? Don \u2019 t be if whom can shy \u2014 i raise both hands ! ! both feet too \u2019 re sufficiently pliant ?"] "
Don\u2019t be shy ["Q-03 What Linux Candy cacafire \u2013 Color Ascii Fire Who l N ? Don \u2019 t be shy \u2014 i can raise both hands ! ! both feet too if me \u2019 re sufficiently pliant ?"] "
both hands ["Q-04 Linux Candy cacafire \u2013 Color Ascii Fire Who loves eye candy ? Don \u2019 t be what can shy \u2014 i raise ! ! both feet too if me \u2019 re sufficiently pliant ?"] "
Linux Candy cacafire ["Q-05 ]
articles covering interesting eye candy software ["Q-06 Of what is Linux Candy a new series ?"] "
feature open-source software ["Q-07 What is Linux Candy of articles covering interesting eye candy software ?"] "
eye candy software ["Q-08 Linux Candy is what a new series of articles covering covering interesting ?"] "
. ["Q-09 ]
Linux Candy ["Q-010 In what \u2019 you re only going to feature open - source software ?"] "
Linux Candy ["Q-011 What you \u2019 N to feature open - source software in this series ?"] "
Linux Candy ["Q-012 What \u2019 you re only going to f N in this series ?"] "
Linux Candy ["Q-013 Who \u2019 re only going to feature open - source software in this series ?"] "
. ["Q-014 ]
All work ["Q-015 On what you \u2019 not going to harp and no play makes Jack a dull boy \u201d ?"] "
Linux Candy ["Q-016 What you \u2019 N to harp on about the tired proverb \u201c All work and no play makes Jack a dull boy \u201d ?"] "
Linux Candy is a new series of articles covering interesting eye candy software. We\u2019re only going to feature open-source software in this series.I\u2019m ["Q-017 I \u2019 m not going to harp on about whom does the tired proverb \u201c All work and no play makes dull boy \u201d ?"] "
Linux Candy ["Q-018 Who \u2019 going not going to harp on about the tired proverb \u201c All work and no play makes Jack a dull boy \u201d ?"] "
All work and no play ["Q-019 Who makes Jack a dull boy \u201d ?"] "
Linux Candy cacafire \u2013 Color ASCII Fire Who loves eye candy? Don\u2019t be shy \u2014 you can raise both hands!! Both feet too if you\u2019re sufficiently pliant.Linux Candy is a new series of articles covering interesting eye candy software. We\u2019re only going to feature open-source software in this series.I\u2019m not going to harp on about the tired proverb \u201cAll work and no play makes Jack a dull boy\u201d. But there\u2019s a certain element of truth here. If you spend all day coding neural networks mastering a new programming language sit in meetings feeling bored witless you\u2019ll need some relief at the end of the day. And what better way by making your desktop environment a bit more memorable. ["Q-020 ]
truth ["Q-021 But of what a certain element here ?"] "
Linux Candy cacafire \u2013 Color ASCII Fire Who loves eye candy? Don\u2019t be shy \u2014 you can raise both hands!! Both feet too if you\u2019re sufficiently pliant.Linux Candy is a new series of articles covering interesting eye candy software. We\u2019re only going to feature open-source software in this series.I\u2019m not going to harp on about the tired proverb \u201cAll work and no play makes Jack a dull boy\u201d. But there\u2019s a certain element of truth here. If you spend all day coding neural networks mastering a new programming language sit in meetings feeling bored witless you\u2019ll need some relief at the end of the day. And what better way by making your desktop environment a bit more memorable. ["Q-022 ]
coding ["Q-023 If me spend all day coding in what neural networks mastering mastering a new programming language sit bored witless i \u2019 ll need some relief at the end of the day ?"] "
witless you\u2019ll ["Q-024 If me spend all day coding neural networks mastering a new programming language sit in meetings feeling bored at what witless i \u2019 ll need some relief of the day ?"] "
witless you\u2019ll ["Q-025 If me spend all day coding neural networks mastering a new programming language sit in meetings feeling bored of what witless i \u2019 ll need some relief at the end ?"] "
Linux Candy ["Q-026 What if me spend neural networks mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
a new programming language ["Q-027 If me spend all day coding what neural networks mastering mastering in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
witless you\u2019ll ["Q-028 If me spend all day coding neural networks mastering what feeling a new programming language sit in meetings feeling bored \u2019 ll need some relief at the end of the day ?"] "
relief ["Q-029 If me spend all day coding neural networks mastering a new programming language sit in meetings feeling bored witless i \u2019 what ll need at the end of the day ?"] "
Linux Candy ["Q-030 Who spend all day coding neural networks mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
Linux Candy ["Q-031 Who coding neural networks mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
day coding neural networks ["Q-032 Who mastering a new programming language sit in meetings feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
If you spend all day coding neural networks mastering a new programming language sit in meetings ["Q-033 Who feeling bored witless i \u2019 ll need some relief at the end of the day ?"] "
Linux Candy ["Q-034 Who \u2019 ll need some relief at the end of the day ?"] "
. ["Q-035 ]
your desktop environment ["Q-036 And what what way by making making more memorable ?"] "
Linux Candy ["Q-037 Who making my desktop environment a bit more memorable ?"] "
. ["Q-038 ]
. ["Q-039 ]
Comment on Time Series Prediction with LSTM Recurrent Neural Networks in Python with Keras ["Q-01 What Comment on Time Series Prediction with Lstm Recurrent Neural Networks in Python with Keras by Jason Brownlee perhaps s N ?"] "
Jason Brownlee ["Q-02 Who perhaps start herehttps//machinelearningmastery ?"] "
Comment on Time Series Prediction with LSTM Recurrent Neural Networks in Python with Keras ["Q-01 What Comment on Time Series Prediction with Lstm Recurrent Neural Networks in Python with Keras by Jason Brownlee perhaps s N ?"] "
Jason Brownlee ["Q-02 Who perhaps start herehttps//machinelearningmastery ?"] "
faq/single-faq/what-is-the-difference-between-samples-timesteps-and-features-for-lstm-input ["Q-03 ]
single-faq ["Q-04 ]
Comment on Time Series Prediction with LSTM Recurrent Neural Networks in Python with Keras ["Q-01 What Comment on Time Series Prediction with Lstm Recurrent Neural Networks in Python with Keras by Jason Brownlee perhaps s N ?"] "
Jason Brownlee ["Q-02 Who perhaps start herehttps//machinelearningmastery ?"] "
Comment on Time Series Prediction with LSTM Recurrent Neural Networks in Python with Keras ["Q-01 What Comment on Time Series Prediction with Lstm Recurrent Neural Networks in Python with Keras by Jason Brownlee perhaps s N ?"] "
Jason Brownlee ["Q-02 Who perhaps start herehttps//machinelearningmastery ?"] "
faq/single-faq/what-is-the-difference-between-samples-timesteps-and-features-for-lstm-input ["Q-03 ]
single-faq ["Q-04 ]
Chips In Neural Networks ["Q-01 Who appeared first on Semiconductor Engineering ?"] "
Using Multiple Inferencing Chips In Neural Networks How to build a multi-chip neural model with minimal overhead.The post Using Multiple Inferencing Chips In Neural Networks appeared first on Semiconductor Engineering. ["Q-01 ]
Semiconductor Engineering ["Q-02 On what did the post Using Multiple Inferencing Chips in Neural Networks appeared first ?"] "
Multiple Inferencing Chips In Neural Networks ["Q-03 Who appeared first on Semiconductor Engineering ?"] "
Using Multiple Inferencing Chips In Neural Networks How to build a multi-chip neural model with minimal overhead.The post Using Multiple Inferencing Chips In Neural Networks appeared first on Semiconductor Engineering. ["Q-04 ]
Using Multiple Inferencing Chips In Neural Networks How to build a multi-chip neural model with minimal overhead.The post Using Multiple Inferencing Chips In Neural Networks appeared first on Semiconductor Engineering. ["Q-05 ]
Chips In Neural Networks ["Q-01 Who appeared first on Semiconductor Engineering ?"] "
Using Multiple Inferencing Chips In Neural Networks How to build a multi-chip neural model with minimal overhead.The post Using Multiple Inferencing Chips In Neural Networks appeared first on Semiconductor Engineering. ["Q-01 ]
Semiconductor Engineering ["Q-02 On what did the post Using Multiple Inferencing Chips in Neural Networks appeared first ?"] "
Multiple Inferencing Chips In Neural Networks ["Q-03 Who appeared first on Semiconductor Engineering ?"] "
Using Multiple Inferencing Chips In Neural Networks How to build a multi-chip neural model with minimal overhead.The post Using Multiple Inferencing Chips In Neural Networks appeared first on Semiconductor Engineering. ["Q-04 ]
Using Multiple Inferencing Chips In Neural Networks How to build a multi-chip neural model with minimal overhead.The post Using Multiple Inferencing Chips In Neural Networks appeared first on Semiconductor Engineering. ["Q-05 ]
MIOpen ["Q-01 What has miopen an open Source Library for Deep Learning Primitives Deep Learning established to be a common occurrence in the business lexicon ?"] "
MIOpen ["Q-02 What has miopen an open Source Library for Deep Learning Primitives Deep Learning established itself to be in the business lexicon ?"] "
MIOpen An Open Source Library For Deep Learning Primitives Deep Learning ["Q-03 Who has established itself to be a common occurrence in the business lexicon ?"] "
deep learning ["Q-04 Who can be attributed to abundance of data availability of gargantuan compute capabilities offered by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
compute capabilities ["Q-05 Who offered by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
Deep neural networks ["Q-06 What can deep neural networks be decomposed into [ & # 8230 ; ] ?"] "
Deep neural networks ["Q-07 Who can be decomposed into [ & # 8230 ; ] ?"] "
the business lexicon ["Q-01 In what has miopen an open Source Library for Deep Learning Primitives Deep Learning established itself to be a common occurrence ?"] "
MIOpen ["Q-02 What has miopen an open Source Library for Deep Learning Primitives Deep Learning established to be a common occurrence in the business lexicon ?"] "
MIOpen ["Q-03 What has miopen an open Source Library for Deep Learning Primitives Deep Learning established itself to be in the business lexicon ?"] "
MIOpen An Open Source Library For Deep Learning Primitives Deep Learning ["Q-04 Who has established itself to be a common occurrence in the business lexicon ?"] "
[… ["Q-05 ]
abundance ["Q-06 The unprecedented success of deep learning in to what can recent years be attributed of data availability of gargantuan compute capabilities offered by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
data availability ["Q-07 The unprecedented success of deep learning in of what can recent years be attributed to abundance of gargantuan compute capabilities offered by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
gargantuan compute capabilities ["Q-08 The unprecedented success of deep learning in of what can recent years be attributed to abundance of data availability by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
GPUs ["Q-09 The unprecedented success of deep learning in recent years can be attributed to abundance of data availability of by what did gargantuan compute capabilities offered and adoption of open - source philosophy by the researchers and industry ?"] "
open-source philosophy ["Q-010 The unprecedented success of deep learning in recent years can be attributed to abundance of data availability of of what did gargantuan compute capabilities offered by Gpus and adoption by the researchers and industry ?"] "
researchers and industry ["Q-011 The unprecedented success of deep learning in recent years can be attributed to abundance of data availability of by what did gargantuan compute capabilities offered by Gpus and adoption of open - source philosophy and industry ?"] "
business lexicon ["Q-012 The unprecedented success of deep learning in what can recent years be attributed to abundance of data availability of gargantuan compute capabilities offered by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
deep learning ["Q-013 Who can be attributed to abundance of data availability of gargantuan compute capabilities offered by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
compute capabilities ["Q-014 Who offered by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
[… ["Q-015 ]
[ ["Q-016 Into what can deep neural networks be decomposed & # 8230 ; ] ?"] "
Deep neural networks ["Q-017 What can deep neural networks be decomposed into [ & # 8230 ; ] ?"] "
Deep neural networks ["Q-018 Who can be decomposed into [ & # 8230 ; ] ?"] "
Deep neural networks ["Q-019 ]
MIOpen ["Q-01 What has miopen an open Source Library for Deep Learning Primitives Deep Learning established to be a common occurrence in the business lexicon ?"] "
MIOpen ["Q-02 What has miopen an open Source Library for Deep Learning Primitives Deep Learning established itself to be in the business lexicon ?"] "
MIOpen An Open Source Library For Deep Learning Primitives Deep Learning ["Q-03 Who has established itself to be a common occurrence in the business lexicon ?"] "
deep learning ["Q-04 Who can be attributed to abundance of data availability of gargantuan compute capabilities offered by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
compute capabilities ["Q-05 Who offered by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
Deep neural networks ["Q-06 What can deep neural networks be decomposed into [ & # 8230 ; ] ?"] "
Deep neural networks ["Q-07 Who can be decomposed into [ & # 8230 ; ] ?"] "
the business lexicon ["Q-01 In what has miopen an open Source Library for Deep Learning Primitives Deep Learning established itself to be a common occurrence ?"] "
MIOpen ["Q-02 What has miopen an open Source Library for Deep Learning Primitives Deep Learning established to be a common occurrence in the business lexicon ?"] "
MIOpen ["Q-03 What has miopen an open Source Library for Deep Learning Primitives Deep Learning established itself to be in the business lexicon ?"] "
MIOpen An Open Source Library For Deep Learning Primitives Deep Learning ["Q-04 Who has established itself to be a common occurrence in the business lexicon ?"] "
[… ["Q-05 ]
abundance ["Q-06 The unprecedented success of deep learning in to what can recent years be attributed of data availability of gargantuan compute capabilities offered by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
data availability ["Q-07 The unprecedented success of deep learning in of what can recent years be attributed to abundance of gargantuan compute capabilities offered by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
gargantuan compute capabilities ["Q-08 The unprecedented success of deep learning in of what can recent years be attributed to abundance of data availability by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
GPUs ["Q-09 The unprecedented success of deep learning in recent years can be attributed to abundance of data availability of by what did gargantuan compute capabilities offered and adoption of open - source philosophy by the researchers and industry ?"] "
open-source philosophy ["Q-010 The unprecedented success of deep learning in recent years can be attributed to abundance of data availability of of what did gargantuan compute capabilities offered by Gpus and adoption by the researchers and industry ?"] "
researchers and industry ["Q-011 The unprecedented success of deep learning in recent years can be attributed to abundance of data availability of by what did gargantuan compute capabilities offered by Gpus and adoption of open - source philosophy and industry ?"] "
business lexicon ["Q-012 The unprecedented success of deep learning in what can recent years be attributed to abundance of data availability of gargantuan compute capabilities offered by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
deep learning ["Q-013 Who can be attributed to abundance of data availability of gargantuan compute capabilities offered by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
compute capabilities ["Q-014 Who offered by Gpus and adoption of open - source philosophy by the researchers and industry ?"] "
[… ["Q-015 ]
[ ["Q-016 Into what can deep neural networks be decomposed & # 8230 ; ] ?"] "
Deep neural networks ["Q-017 What can deep neural networks be decomposed into [ & # 8230 ; ] ?"] "
Deep neural networks ["Q-018 Who can be decomposed into [ & # 8230 ; ] ?"] "
Deep neural networks ["Q-019 ]
Apples or avocados ["Q-01 What ? an introduction to adversarial machine learning common principle in cybersecurity is to never trust external inputs ?"] "
Apples or avocados ["Q-02 Who is to never trust external inputs ?"] "
Apples or avocados ["Q-03 What it \u2019 s the cornerstone of most hacking as carelessly handled external inputs always introduce the possibility of exploitation ?"] "
Apples or avocados ["Q-04 Who hacking the cornerstone o you external inputs always introduce the possibility of exploitation ?"] "
external inputs ["Q-05 Who always introduce the possibility of exploitation ?"] "
Apples or avocados ["Q-06 Who is equally true for Apis mobile applications and web applications ?"] "
Apples or avocados ["Q-01 To what ? an introduction common principle in cybersecurity is to never trust external inputs ?"] "
cybersecurity ["Q-02 Apples or avocados ? an introduction to in what A common principle is to never trust external inputs ?"] "
Apples or avocados ["Q-03 What ? an introduction to adversarial machine learning common principle in cybersecurity is to never trust external inputs ?"] "
never trust external inputs ["Q-04 Apples or avocados ? an introduction to adversarial machine learning a what is common principle in cybersecurity to never t J ?"] "
Apples or avocados ["Q-05 Who is to never trust external inputs ?"] "
Apples ["Q-06 ]
most hacking techniques ["Q-07 Of what it \u2019 s the cornerstone as carelessly handled external inputs always introduce the possibility of exploitation ?"] "
Apples or avocados ["Q-08 As what it \u2019 s the cornerstone of most hacking techniques external inputs always introduce the possibility of exploitation ?"] "
exploitation ["Q-09 It \u2019 s the cornerstone of most hacking techniques as carelessly handled of what external inputs always introduce the possibility ?"] "
Apples or avocados ["Q-010 What it \u2019 s the cornerstone of most hacking as carelessly handled external inputs always introduce the possibility of exploitation ?"] "
Apples or avocados ["Q-011 It \u2019 s the cornerstone of what most hacking techniques as carelessly hacking always introduce the possibility of exploitation ?"] "
Apples or avocados ["Q-012 It \u2019 s the cornerstone of most hacking techniques as carelessly handled what external inputs always introduce of exploitation ?"] "
Apples or avocados ["Q-013 Who hacking the cornerstone o you external inputs always introduce the possibility of exploitation ?"] "
external inputs ["Q-014 Who always introduce the possibility of exploitation ?"] "
Apples ["Q-015 ]
deep neural networks ["Q-016 For what is this equally true mobile applications and web applications ?"] "
Apples or avocados ["Q-017 Who is equally true for Apis mobile applications and web applications ?"] "
Apples ["Q-018 ]
deep neural networks ["Q-019 For what it \u2019 s also true ?"] "
Apples ["Q-020 ]
Apples ["Q-021 ]
Apples or avocados ["Q-01 What ? an introduction to adversarial machine learning common principle in cybersecurity is to never trust external inputs ?"] "
Apples or avocados ["Q-02 Who is to never trust external inputs ?"] "
Apples or avocados ["Q-03 What it \u2019 s the cornerstone of most hacking as carelessly handled external inputs always introduce the possibility of exploitation ?"] "
Apples or avocados ["Q-04 Who hacking the cornerstone o you external inputs always introduce the possibility of exploitation ?"] "
external inputs ["Q-05 Who always introduce the possibility of exploitation ?"] "
Apples or avocados ["Q-06 Who is equally true for Apis mobile applications and web applications ?"] "
Apples or avocados ["Q-01 To what ? an introduction common principle in cybersecurity is to never trust external inputs ?"] "
cybersecurity ["Q-02 Apples or avocados ? an introduction to in what A common principle is to never trust external inputs ?"] "
Apples or avocados ["Q-03 What ? an introduction to adversarial machine learning common principle in cybersecurity is to never trust external inputs ?"] "
never trust external inputs ["Q-04 Apples or avocados ? an introduction to adversarial machine learning a what is common principle in cybersecurity to never t J ?"] "
Apples or avocados ["Q-05 Who is to never trust external inputs ?"] "
Apples ["Q-06 ]
most hacking techniques ["Q-07 Of what it \u2019 s the cornerstone as carelessly handled external inputs always introduce the possibility of exploitation ?"] "
Apples or avocados ["Q-08 As what it \u2019 s the cornerstone of most hacking techniques external inputs always introduce the possibility of exploitation ?"] "
exploitation ["Q-09 It \u2019 s the cornerstone of most hacking techniques as carelessly handled of what external inputs always introduce the possibility ?"] "
Apples or avocados ["Q-010 What it \u2019 s the cornerstone of most hacking as carelessly handled external inputs always introduce the possibility of exploitation ?"] "
Apples or avocados ["Q-011 It \u2019 s the cornerstone of what most hacking techniques as carelessly hacking always introduce the possibility of exploitation ?"] "
Apples or avocados ["Q-012 It \u2019 s the cornerstone of most hacking techniques as carelessly handled what external inputs always introduce of exploitation ?"] "
Apples or avocados ["Q-013 Who hacking the cornerstone o you external inputs always introduce the possibility of exploitation ?"] "
external inputs ["Q-014 Who always introduce the possibility of exploitation ?"] "
Apples ["Q-015 ]
deep neural networks ["Q-016 For what is this equally true mobile applications and web applications ?"] "
Apples or avocados ["Q-017 Who is equally true for Apis mobile applications and web applications ?"] "
Apples ["Q-018 ]
deep neural networks ["Q-019 For what it \u2019 s also true ?"] "
Apples ["Q-020 ]
Apples ["Q-021 ]
D-Wave\u00a0decryption\u00a0encryption\u00a0goodscience\u00a0inventions\u00a0quantum computing\u00a0qubits\u00a0surveillance\u00a0Over the last several days we\u2019ve highlighted the stunning breakthrough in \u201cquantum supremacy\u201d announced by Google and NASA. Across other articles we\u2019ve revealed\u00a0how quantum computing translates highly complex algorithmic computational problems\u00a0into simple linear (or geometric) problems in terms of computational complexity. In practical terms quantum computers are code breakers and they can break all known classical encryption including the encryption used in cryptocurrency military communications financial transactions and even\u00a0private encrypted communications.As the number of qubits (quantum bits) in quantum computers exceeds the number of bits used in classical encryption it renders that encryption practically pointless. A 256-qubit quantum computer in other words can easily break 256-bit encryption. A 512-bit qubit c , 2048-qubit " ["Q-02 How much d N Daystrom you \u2019 ve highlighted the stunning breakthrough in \u201c quantum supremacy \u201d announced by Google and Nasa ?"] "
Mike Adams ["Q-03 Who computing News Article ) It \u2019 S H N qubits surveillance over the last several days you \u2019 ve highlighted the stunning breakthrough in \u201c quantum supremacy \u201d announced by Google and Nasa ?"] "
Mike Adams ["Q-04 Who \u2019 ve highlighted the stunning breakthrough in \u201c quantum supremacy \u201d announced by Google and Nasa ?"] "
Mike Adams ["Q-05 Who announced by Google and Nasa ?"] "
Mike Adams ["Q-06 Who \u2019 ve revealed how quantum computing translates highly complex algorithmic computational problems into simple linear ( or geometric ) problems in terms of computational complexity ?"] "
quantum bits ["Q-07 Who used in classical encryption it renders that encryption practically pointless ?"] "
quantum bits) in quantum computers ["Q-08 Who renders that encryption practically pointless ?"] "
quantum computer ["Q-09 Who can easily break 256-bit encryption ?"] "
encryption ["Q-10 What can a 512-bit qubit computer break and so on ?"] "
qubit computer ["Q-11 Who can break 512-bit encryption and so on ?"] "
Those of us ["Q-12 Who leading publishers in independent media have long known that government - funded tech advancements are typically allowed to leak to the public only after several years of additional advances have already been achieved ?"] "
us who are the leading publishers in independent media ["Q-13 Who have long known that government - funded tech advancements are typically allowed to leak to the public only after several years of additional advances have already been achieved ?"] "
government-funded tech advancements ["Q-14 Who are typically allowed to leak to the public only after several years of additional advances have already been achieved ?"] "
Those of us who are the leading publishers in independent media ["Q-15 Who have already been achieved ?"] "
Mike Adams Tags\u00a0big government ["Q-16 Who been achieved ?"] "
the rule of thumb ["Q-17 Who is that by the time breakthrough technology gets reported the government is already a decade beyond that ?"] "
breakthrough technology ["Q-18 Who gets reported the government is already a decade beyond that ?"] "
the government ["Q-19 Who is already a decade beyond that ?"] "
Google\u2019s scientists ["Q-20 Who declare \u201c quantum supremacy \u201d involving a 53-qubit quantum computer i can confidently know that in their secret labs they very likely already have quantum computers operating with a far greater number of qubits ?"] "
Google\u2019s scientists ["Q-21 Who involving a 53-qubit quantum computer i can confidently know that in their secret labs they very likely already have quantum computers operating with a far greater number of qubits ?"] "
53-qubit quantum computer ["Q-22 Who can you you that in their secret labs they very likely already have quantum computers operating with a far greater number of qubits ?"] "
quantum computers ["Q-23 Who operating with a far greater number of qubits ?"] "
those stories ["Q-24 What were at the time you assembling were not yet aware that d - wave a quantum computing company that provides exotic hardware to Google and other research organizations has announced a 2048-qubit quantum computer ?"] "
Mike Adams Tags ["Q-25 Who were assembling those stories you were not yet aware that d - wave a quantum computing company that provides exotic hardware to Google and other research organizations has announced a 2048-qubit quantum computer ?"] "
stories ["Q-26 Who were not yet aware that d - wave a quantum computing company that provides exotic hardware to Google and other research organizations has announced a 2048-qubit quantum computer ?"] "
D-Wave ["Q-27 Who computing company that provides exotic hardware to Google and other research organizations has announced a 2048-qubit quantum computer ?"] "
Google and other research organizations ["Q-28 Who has announced a 2048-qubit quantum computer ?"] "
D-Wave 2000Q ["Q-29 What is the system called and it features 2048 qubits effectively allowing it to break military - grade encryption that uses 2048 or fewer encryption bits ?"] "
2048-qubit quantum computer ["Q-30 Who is called the \u201c D - wave 2000q \u201d platform and it features 2048 qubits effectively allowing it to break military - grade encryption that uses 2048 or fewer encryption bits ?"] "
\u201cD-Wave 2000Q ["Q-31 Who features 2048 qubits effectively allowing it to break military - grade encryption that uses 2048 or fewer encryption bits ?"] "
2048 qubits ["Q-32 Who effectively allowing it to break military - grade encryption that uses 2048 or fewer encryption bits ?"] "
military-grade encryption ["Q-33 Who uses 2048 or fewer encryption bits ?"] "
128000 Josephson junctions ["Q-34 How much a D explained D - wave systems brochurethe D - wave 2000q system has up to 2048 qubits and 5600 couplers ?"] "
Mike Adams Tags ["Q-35 Who explained in a D D - wave systems brochurethe D - wave 2000q system has up to 2048 qubits and 5600 couplers ?"] "
D-Wave Systems ["Q-36 Who a D in D - wave systems brochurethe D - wave 2000q system has up to 2048 qubits and 5600 couplers ?"] "
D-Wave 2000Q system ["Q-37 Who has up to 2048 qubits and 5600 couplers ?"] "
5600 couplers. To reach this scale it uses 128000 Josephson junctions which makes the D-Wave 2000Q QPU ["Q-38 Who uses 128000 Josephson junctions which makes the d - wave 2000q qpu by far the most complex superconducting integrated circuit ever built ?"] "
Mike Adams ["Q-39 Who integrated 128000 J N ?"] "
128000 Josephson junctions ["Q-40 What other facts from D - wave about its superconducting quantum computing computing consumes 25 kw of power meaning it can be run on less electricity than what is typically wired into a residential home ( which is typically 200 amps x 220 v or 44 kw ) ?"] "
128000 Josephson junctions ["Q-41 What other facts from D - wave about its superconducting quantum computing computing N of power meaning it can be run on less electricity than what is typically wired into a residential home ( which is typically 200 amps x 220 v or 44 kw ) ?"] "
128000 Josephson junctions ["Q-42 Whom other facts from D - wave about its superconducting quantum computing computing 25 kw of power meaning can be run on less electricity than what is typically wired into a residential home ( which is typically 200 amps x 220 v or 44 kw ) ?"] "
platformThe system ["Q-43 Who computing typically wired into 25 kw of power meaning it can be run on less electricity than what is typically wired into a residential home ( which is typically 200 amps x 220 v or 44 kw ) ?"] "
platformThe system ["Q-44 Who meaning less e N on less electricity than what is typically wired into a residential home ( which is typically 200 amps x 220 v or 44 kw ) ?"] "
25 ["Q-45 How much other facts from D - wave about its superconducting quantum computing computing N kw of power meaning it can be run on less electricity than what is typically wired into a residential home ( which is typically 200 amps x 220 v or 44 kw ) ?"] "
Quantum Machine Instruction ["Q-46 What N ?"] "
kW).The system ["Q-47 Who produces virtually no heat ?"] "
water cooling ["Q-48 Who is on par with what a kitchen tap can provide \u201d says the D - wave brochure ?"] "
kitchen tap ["Q-49 Who can provide \u201d says the D - wave brochure ?"] "
Mike Adams ["Q-50 Who says the D - wave brochure ?"] "
a platform ["Q-51 What does the system provides for truly incredible improvements in computational efficiency involving machine learning financial modeling neural networking modeling proteins in chemistry and \u2014 most importantly \u2014 \u201c factoring integers ?"] "
the D-Wave brochure ["Q-52 Who provides a platform for truly incredible improvements in computational efficiency involving machine learning financial modeling neural networking modeling proteins in chemistry and \u2014 most importantly \u2014 \u201c factoring integers ?"] "
machine learning financial modeling neural networking modeling proteins in chemistry and \u2014 most importantly \u2014 \u201cfactoring integers.\u201d\u201cFactoring integers\u201d means breaking encryptionThe ["Q-53 Who involving for truly financial modeling neural networking modeling proteins in chemistry and \u2014 most importantly \u2014 \u201c factoring integers ?"] "
machine learning financial ["Q-54 Who networking modeling platform for truly incredible improvements most importantly \u2014 \u201c factoring integers ?"] "
breaking encryptionThe ["Q-55 What \u201d \u201c Factoring integers \u201d N \u201d line found in the D - wave brochure is what \u2019 s causing unprecedented nervousness across cryptocurrency analysts right now some of whom seem to be pushing the bizarre idea that quantum computers are an elaborate hoax in order to avoid having to admit that quantum computing renders cryptocurrency cryptography algorithms obsolete ?"] "
Mike Adams Tags\u00a0big government\u00a0breakthrough\u00a0computing\u00a0cryptocurrency\u00a0D-Wave\u00a0decryption\u00a0encryption\u00a0goodscience\u00a0inventions\u00a0quantum computing\u00a0qubits\u00a0surveillance\u00a0Over the last several days we\u2019ve highlighted the stunning breakthrough in \u201cquantum supremacy\u201d announced by Google and NASA. Across other articles we\u2019ve revealed\u00a0how quantum computing translates highly complex algorithmic computational problems\u00a0into simple linear (or geometric) problems in terms of computational complexity. In practical terms quantum computers are code breakers and they can break all known classical encryption including the encryption used in cryptocurrency military communications financial transactions and even\u00a0private encrypted communications.As the number of qubits (quantum bits) in quantum computers exceeds the number of bits used in classical encryption it renders that encryption practically pointless. A 25 , extreme difficulty " ["Q-57 What is in fact it of factoring very large numbers that makes encryption incredibly difficult to break using classical computing ?"] "
D-Wave 2000Q QPU by far the most complex superconducting integrated circuit ever built.Other facts from D-Wave about its superconducting quantum computing platformThe system consumes 25 kW of power meaning it can be run on less electricity than what is typically wired into a residential home (which is typically 200 amps x 220 v or 44 kW).The system produces virtually no heat. \u201cThe required water cooling is on par with what a kitchen tap can provide\u201d says the D-Wave brochure.The system provides a platform for truly incredible improvements in computational efficiency involving machine learning financial modeling neural networking modeling proteins in chemistry and \u2014 most importantly \u2014 \u201cfactoring integers.\u201d\u201cFactoring integers\u201d means breaking encryptionThe \u201cfactoring integers\u201d line found in the D-Wave brochure is what\u2019s causing unprecedented nervousness across cryptocurrency analysts ["Q-58 Who is"
Mike Adams Tags\u00a0big government\u00a0breakthrough\u00a0computing\u00a0cryptocurrency\u00a0D-Wave\u00a0decryption\u00a0encryption\u00a0goodscience\u00a0inventions\u00a0quantum computing\u00a0qubits\u00a0surveillance\u00a0Over the last several days we\u2019ve highlighted the stunning breakthrough in \u201cquantum supremacy\u201d announced by Google and NASA. Across other articles we\u2019ve revealed\u00a0how quantum computing translates highly complex algorithmic computational problems\u00a0into simple linear (or geometric) problems in terms of computational complexity. In practical terms quantum computers are code breakers and they can break all known classical encryption including the encryption used in cryptocurrency military communications financial transactions and even\u00a0private encrypted communications.As the number of qubits (quantum bits) in quantum computers exceeds the number of bits used in classical encryption it renders that encryption practically pointless. A 25 , linear " ["Q-60 Who have explained in this previous article quantum computing translates exponentially complex mathematical problems into simple linear ( or i could call it \u201c geometric \u201d ) math making the computation ridiculously simple ?"] "
article quantum computing ["Q-61 Who computing translates exponentially complex mathematical problems into simple linear ( or i could call it \u201c geometric \u201d ) math making the computation ridiculously simple ?"] "
linear ["Q-62 Who could call it \u201c geometric \u201d ) math making the computation ridiculously simple ?"] "
truth quantum computers ["Q-63 Who are \u201c computing \u201d anything ?"] "
a God-like computational guru that hands out free answers to any question that you can manage to present in binary ["Q-64 What is the universe doing ?"] "
The universe ["Q-65 Who is doing the computations ?"] "
computations ["Q-66 What is the quantum computer that talks to the underlying computational nature of physical reality which is all based on a hyper - computational matrix that calculates cause - effect solutions for all subatomic particles and atomic elements across the entire cosmos ?"] "
computations ["Q-67 What is the quantum computer merely an interface that talks to the underlying computational nature of physical reality which is on a hyper - computational matrix that calculates cause - effect solutions for all subatomic particles and atomic elements across the entire cosmos ?"] "
The quantum computer ["Q-68 Who is merely an interface that talks to the underlying computational nature of physical reality which is all based on a hyper - computational matrix that calculates cause - effect solutions for all subatomic particles and atomic elements across the entire cosmos ?"] "
quantum computer ["Q-69 Who based on a hyper - computational matrix that calculates cause - effect solutions for all subatomic particles and atomic elements across the entire cosmos ?"] "
D-Wave\u2019s quantum computers ["Q-70 Who again depending on many variables this is just a summary of the scale not a precise claim about the specifications of a particular system ?"] "
D-Wave ["Q-71 Who is just a summary of the scale not a precise claim about the specifications of a particular system ?"] "
Mike Adams ["Q-72 Who \u2019 m sure D - wave likely vets its customers rather carefully and the company would not knowingly provide its quantum computing tech to an organization that appeared to be motivated by malicious intent ?"] "
the company ["Q-73 Who would not knowingly provide its quantum computing tech to an organization that appeared to be motivated by malicious intent ?"] "
malicious intent ["Q-74 Who seen historical examples of advanced technology getting into the hands of twisted evil people such as those who run the Federal Reserve for example ?"] "
advanced technology ["Q-75 Who getting into the hands of twisted evil people such as those who run the Federal Reserve for example ?"] "
D-Wave quantum computers ["Q-76 Who don \u2019 t really \u201c compute \u201d anything ; they send mathematical questions into multiple dimensions then retrieve the most likely answersso how does quantum computing really work ? as you \u2019 ve explained in several articles these systems don \u2019 t really carry out \u201c computing \u201d in the classic work sense of the term ?"] "
D-Wave quantum computers ["Q-77 Who send mathematical questions into multiple dimensions then retrieve the most likely answersso how does quantum computing really work ? as you \u2019 ve explained in several articles these systems don \u2019 t really carry out \u201c computing \u201d in the classic work sense of the term ?"] "
mathematical questions into multiple dimensions ["Q-78 Who then retrieve the most likely answersso how does quantum computing really work ? as you \u2019 ve explained in several articles these systems don \u2019 t really carry out \u201c computing \u201d in the classic work sense of the term ?"] "
quantum ["Q-79 Who computing \u2019 J ? as you \u2019 ve explained in several articles these systems don \u2019 t really carry out \u201c computing \u201d in the classic work sense of the term ?"] "
quantum ["Q-80 Who \u2019 ve explained in several articles these systems don \u2019 t really carry out \u201c computing \u201d in the classic work sense of the term ?"] "
D-Wave quantum computers ["Q-81 Who articles t really \u201c N \u2019 t really carry out \u201c computing \u201d in the classic work sense of the term ?"] "
quantum ["Q-82 Who really carry out \u201c computing \u201d in the classic work sense of the term ?"] "
quantum ["Q-83 Who computing place you you place in the D - wave hardware ?"] "
Mike Adams Tags\u00a0big government\u00a0breakthrough\u00a0computing\u00a0cryptocurrency\u00a0D-Wave\u00a0decryption\u00a0encryption\u00a0goodscience\u00a0inventions\u00a0quantum computing\u00a0qubits\u00a0surveillance\u00a0Over the last several days we\u2019ve highlighted the stunning breakthrough in \u201cquantum supremacy\u201d announced by Google and NASA. Across other articles we\u2019ve revealed\u00a0how quantum computing translates highly complex algorithmic computational problems\u00a0into simple linear (or geometric) problems in terms of computational complexity. In practical terms quantum computers are code breakers and they can break all known classical encryption including the encryption used in cryptocurrency military communications financial transactions and even\u00a0private encrypted communications.As the number of qubits (quantum bits) in quantum computers exceeds the number of bits used in classical encryption it renders that encryption practically pointless. A 25 , mathematical questions " ["Q-85 What they s R into a hyper - dimensional reality ( the quantum reality of superposition etc ?"] "
quantum computers ["Q-86 Who submit mathematical questions into a hyper - dimensional reality ( the quantum reality of superposition etc ?"] "
the universe ["Q-87 Who carries out the computation because the very fabric of reality is mathematical at its core ?"] "
fabric of reality ["Q-88 Who is mathematical at its core ?"] "
brilliant scientists ["Q-89 Who say the universe Is mathematics and thus the fabric of reality can not help but automatically compute solutions in every slice of time with seemingly infinite computational capability down to the subatomic level ?"] "
fabric of reality ["Q-90 Who can not help but automatically compute solutions in every slice of time with seemingly infinite computational capability down to the subatomic level ?"] "
quantum phenomena ["Q-91 Who is constantly trying out all possible combinations and permutations of atomic spin states and subatomic particles and it naturally and automatically derives the best combination that achieves the lowest energy state ( you ?"] "
quantum phenomena ["Q-92 Who trying out all possible combinations and permutations of atomic spin states and subatomic particles and it naturally and automatically derives the best combination that achieves the lowest energy state ( you ?"] "
lowest energy state ["Q-93 Who is that a short list of the best possible solutions \u201c magically \u201d ( although it isn \u2019 t magic it just seems like magic ) appears in the spin states of the elements which represent binary registers ?"] "
a short list of the best possible solutions ["Q-94 Who \u201c magically \u201d ( although it isn \u2019 t magic it just seems like magic ) appears in the spin states of the elements which represent binary registers ?"] "
magically ["Q-95 Who isn \u2019 t magic it just seems like magic ) appears in the spin states of the elements which represent binary registers ?"] "
magically ["Q-96 Who just seems like magic ) appears in the spin states of the elements which represent binary registers ?"] "
computational problems ["Q-97 Who are gifted back to i from the universe almost as if the universe itself is a god - like computational guru that hands out free answers to any question that me can manage to present in binary ?"] "
the universe ["Q-98 Who is a god - like computational guru that hands out free answers to any question that me can manage to present in binary ?"] "
God-like computational guru ["Q-99 Who can manage to present in binary ?"] "
mathematics.)Programmers ["Q-100 Who speaking technically speaking this also proves that the universe was created by an intelligent designer who expresses creation through mathematics ?"] "
the universe ["Q-101 Who was created by an intelligent designer who expresses creation through mathematics ?"] "
mathematics.)Programmers ["Q-102 Who can easily break encryption codes using standard C++ commands that interface with the quantum portalall of these quantum functions by the way are controlled by standard computer language code including C++ Python and Matlab ?"] "
encryption codes ["Q-103 Who using standard C++ commands that interface with the quantum portalall of these quantum functions by the way are controlled by standard computer language code including C++ Python and Matlab ?"] "
quantum portalAll ["Q-104 Who are controlled by standard computer language code including C++ Python and Matlab ?"] "
standard computer language code ["Q-105 Who including C++ Python and Matlab ?"] "
standard C++ ["Q-106 What does the system has own Api and i can even submit commands to the quantum realm via its \u201c Quantum Machine Instruction \u201d ( Qmi ) commands ?"] "
C++ Python and MATLAB ["Q-107 Who has its own Api and i can even submit commands to the quantum realm via its \u201c Quantum Machine Instruction \u201d ( Qmi ) commands ?"] "
API ["Q-108 Who can even submit commands to the quantum realm via its \u201c Quantum Machine Instruction \u201d ( Qmi ) commands ?"] "
brochureThe D-Wave 2000Q system ["Q-109 Who provides a standard Internet Api ( based on Restful services ) with client libraries available for C / c++ Python and Matlab ?"] "
C/C++ Python and MATLAB ["Q-110 What this interface allows to access the system either as a cloud resource over a network or integrated into their high - performance computing environments and data centers ?"] "
C/C++ Python and MATLAB. This interface ["Q-111 Who allows users to access the system either as a cloud resource over a network or integrated into their high - performance computing environments and data centers ?"] "
a network ["Q-112 Who integrated into their high - performance computing environments and data centers ?"] "
Access ["Q-113 Who is also available through D - wave \u2019 s hosted cloud service ?"] "
D-Wave\u2019s ["Q-114 Who hosted cloud service ?"] "
C/C++ Python ["Q-115 What using D - wave \u2019 s development tools and client libraries developers using and applications within their existing environments using industry - standard tools ?"] "
weights ["Q-116 While users can submit problems to the system in a number of different ways ultimately to what does a problem represents a set of values that correspond of the qubits and the strength of the couplers ?"] "
values ["Q-117 While users can submit problems to the system in a number of different ways ultimately of what does a problem represents a set that correspond to the weights of the qubits and the strength of the couplers ?"] "
a problem ["Q-118 While users can submit problems to the system in a number of different ways ultimately of what does a problem represents a set of values that correspond to the weights and the strength of the couplers ?"] "
the couplers ["Q-119 While users can submit problems to the system in a number of different ways ultimately of what does a problem represents a set of values that correspond to the weights of the qubits and the strength ?"] "
problems ["Q-120 What can while users submit to the system in a number of different ways ultimately a problem represents a set of values that correspond to the weights of the qubits and the strength of the couplers ?"] "
a problem ["Q-121 While users can submit problems to the system in a number of different ways ultimately what does a problem represents of values that correspond to the weights of the qubits and the strength of the couplers ?"] "
users ["Q-122 Who can submit problems to the system in a number of different ways ultimately a problem represents a set of values that correspond to the weights of the qubits and the strength of the couplers ?"] "
a problem ["Q-123 Who represents a set of values that correspond to the weights of the qubits and the strength of the couplers ?"] "
values ["Q-124 What does the system takes along with other user - specified parameters and sends a single quantum machine instruction ( Qmi ) to the Qpu ?"] "
a single quantum machine instruction ["Q-125 What does the system takes these values along with other user - specified parameters and sends ( Qmi ) to the Qpu ?"] "
The system ["Q-126 Who takes these values along with other user - specified parameters and sends a single quantum machine instruction ( Qmi ) to the Qpu ?"] "
qubits ["Q-127 Who found ; that is the lowest points in the energy landscape ?"] "
lowest points in the energy landscape ["Q-128 What are these values returned to the user program over the network ?"] "
users to access the system either as a cloud resource over a network or integrated into their high-performance computing environments and data centers. Access is also available through D-Wave\u2019s hosted cloud service. Using D-Wave\u2019s development tools and client libraries developers can create algorithms and applications within their existing environments using industry-standard tools.While users can submit problems to the system in a number of different ways ultimately a problem represents a set of values that correspond to the weights of the qubits and the strength of the couplers. The system takes these values along with other user-specified parameters and sends a single quantum machine instruction (QMI) to the QPU. Problem solutions correspond to the optimal configuration of qubits found; that is the lowest points in the energy landscape. These values ["Q-129 Who are returned to the user program over the network
go\u201d command ["Q-130 Who is issued and the universe solves the equation in a way that automatically derives the best combinations of multiple qubit spin states to achieve the lowest overall energy state ( you ?"] "
large integer ["Q-131 Who are returned in a time - sliced representation of the binary registers which can be read over a regular network like any subroutine request ?"] "
classical computer ["Q-132 Who can then try factoring the large integer with the short list of the best answers from the quantum system using standard Cpus and code logic ?"] "
quantum system ["Q-133 Who using standard Cpus and code logic ?"] "
writers and publishers ["Q-134 Who are easily found ?"] "
Mike Adams Tags\u00a0big government\u00a0breakthrough\u00a0computing\u00a0cryptocurrency\u00a0D-Wave\u00a0decryption\u00a0encryption\u00a0goodscience\u00a0inventions\u00a0quantum computing\u00a0qubits\u00a0surveillance\u00a0Over the last several days we\u2019ve highlighted the stunning breakthrough in \u201cquantum supremacy\u201d announced by Google and NASA. Across other articles we\u2019ve revealed\u00a0how quantum computing translates highly complex algorithmic computational problems\u00a0into simple linear (or geometric) problems in terms of computational complexity. In practical terms quantum computers are code breakers and they can break all known classical encryption including the encryption used in cryptocurrency military communications financial transactions and even\u00a0private encrypted communications.As the number of qubits (quantum bits) in quantum computers exceeds the number of bits used in classical encryption it renders that encryption practically pointless. A 25 , factors " ["Q-136 Who now have the decryption keys to the original encrypted message so decryption is effortless ?"] "
programmer ["Q-137 Who is effortless ?"] "
competent programmer ["Q-138 Who have used quantum computing to \u201c cheat \u201d the keys out of the system and hand them to i on a silver platter ?"] "
quantum ["Q-139 Who computing to \u201c cheat \u201d the keys out of the system and hand them to i on a silver platter ?"] "
holmium platter ["Q-140 Who lined with platinum or whatever exotic elements are being used in the quantum spin state hardware ?"] "
competent programmer ["Q-141 Who are being used in the quantum spin state hardware ?"] "
competent programmer ["Q-142 Who can break encryption almost without effort ?"] "
programming logic ["Q-143 Who is not complex at all ?"] "
competent programmer who has access to this technology in other words can break encryption almost without effort. The programming logic is not complex at all. The difficulty ["Q-144 Who is in the hardware control systems including spin state \u201c reads \u201d and \u201c writes \u201d which are strongly affected by temperature and electromagnetic interference ?"] "
hardware control systems ["Q-145 Who including spin state \u201c reads \u201d and \u201c writes \u201d which are strongly affected by temperature and electromagnetic interference ?"] "
real breakthrough ["Q-146 What is the exotic hardware in all this not the computational part ?"] "
exotic hardware ["Q-147 Who is the real breakthrough in all this not the computational part ?"] "
Quantum computers ["Q-148 Who are physics oracles in a sense ?"] "
quantum computing ["Q-149 What is the physics not the computer code ?"] "
The physics ["Q-150 Who is the challenge not the computer code ?"] "
Google ["Q-151 Who was a hoax which must also mean that in their view D - wave Systems isn \u2019 t real and doesn \u2019 t sell quantum computers at all ?"] "
quantum computers ["Q-152 What is that rational position ?"] "
Google\u2019s 53-qubit announcement was a hoax which must also mean that in their view D-Wave Systems ["Q-153 Who is not a rational position ?"] "
Mike Adams ["Q-154 Who \u2019 a no doubt that D - wave is a real company with real hardware and that Google already possesses 2048-qubit quantum computing capabilities ?"] "
D-Wave ["Q-155 Who is a real company with real hardware and that Google already possesses 2048-qubit quantum computing capabilities ?"] "
Google ["Q-156 Who already possesses 2048-qubit quantum computing capabilities ?"] "
quantum ["Q-157 Who computing capabilities ?"] "
scrape everyone\u2019s \u201cencrypted\u201d emails ["Q-158 How much e N Google \u2019 s \u201c encrypted \u201d e N and financial transactions all of which can be retroactively decrypted any time the Nsa wants to look more closely at my activities ?"] "
encrypted\u201d emails ["Q-159 How much e N Google and financial transactions all of which can be retroactively decrypted any time the Nsa wants to look more closely at my activities ?"] "
Google ["Q-160 Who has long been obvious that the cosmos itself is inherently computational ?"] "
the cosmos ["Q-161 Who is inherently computational ?"] "
Google ["Q-162 Who found in the orbital shells of electrons ?"] "
Google ["Q-163 Who should be self - evident that the universe is computing solutions at the subatomic level in every instant effortlessly and without apparent cost ?"] "
the universe ["Q-164 Who is computing solutions at the subatomic level in every instant effortlessly and without apparent cost ?"] "
The very framework of the cosmos ["Q-165 Who is driven by mathematics and rapid computational solutions ?"] "
rapid computational solutions ["Q-166 Who realize how much subatomic phenomena is quantized it becomes blatantly apparent that the universe is digitized and mathematical ?"] "
subatomic phenomena ["Q-167 Who is quantized it becomes blatantly apparent that the universe is digitized and mathematical ?"] "
subatomic phenomena ["Q-168 Who becomes blatantly apparent that the universe is digitized and mathematical ?"] "
the universe ["Q-169 Who is digitized and mathematical ?"] "
quantum computing ["Q-170 What is their goal to make available to the masses ?"] "
D-Wave Systems ["Q-171 Whose goal is to make quantum computing available to the masses ?"] "
D-Wave Systems ["Q-172 Who is to make quantum computing available to the masses ?"] "
quantum ["Q-173 Who computing available to the masses ?"] "
D-Wave Systems ["Q-174 Who also seem to hint at the hyperdimensional reality of how quantum computing works ?"] "
Our ["Q-175 Whose vision is of a future where quantum computers will be accessible and of value to all solving the world \u2019 s most complex computing problems ?"] "
advances ["Q-176 What will this require in many dimensions and contributions from experts in diverse domains ?"] "
quantum computers ["Q-177 Who will require advances in many dimensions and contributions from experts in diverse domains ?"] "
diverse domains ["Q-178 What is it exciting to see increasing investment worldwide advances in research and technology and a growing ecosystem of developers users and applications needed to deliver on that vision ?"] "
investment worldwide ["Q-179 What is it exciting to see increasing advances in research and technology and a growing ecosystem of developers users and applications needed to deliver on that vision ?"] "
developers ["Q-180 Who can tell that the d - wave people are some very smart folks ?"] "
the D-Wave ["Q-181 Who are some very smart folks ?"] "
Google ["Q-182 Who had one of these systems you would use it to solve protein folding questions f you all the obvious reasons ?"] "
one of these systems I ["Q-183 Who would use it to solve protein folding questions f you all the obvious reasons ?"] "
protein ["Q-184 Who folding questions f you all the obvious reasons ?"] "
I ["Q-185 Who would probably have it start looking for blood and urine biomarkers for cancer ?"] "
Google and the NSA have every reason to keep this fact secret for as long as possible so that they can continue to scrape everyone\u2019s \u201cencrypted\u201d emails and financial transactions\u00a0all of which can be retroactively decrypted\u00a0any time the NSA wants to look more closely at your activities.To me it has long been obvious that the cosmos itself is inherently computational. Just look at the collapse of probability waves found in the orbital shells of electrons. It should be self-evident that the universe is computing solutions at the subatomic level in every instant effortlessly and without apparent cost. The very framework of the cosmos is driven by mathematics and rapid computational solutions. Once you realize how much subatomic phenomena is\u00a0quantized it becomes blatantly apparent that the universe is digitized and mathematical. The entire\u00a0construct\u00a0in which we exist in other words is a mathematical simulation perhaps created by God for the purpos , quantum computing " ["Q-187 What could i make to solving horse race betting and handicapping equations but that would seem silly compared to what the system is really capable of ?"] "
atomic decay patterns ["Q-188 What would another application be solving to derive the best way to synthesize antimatter which can be used to power faster - than - light drive systems ?"] "
quantum computing ["Q-189 What would another application be solving atomic decay patterns to derive to synthesize antimatter which can be used to power faster - than - light drive systems ?"] "
quantum computing to solving horse race betting and handicapping equations but that would seem silly compared to what the system is really capable of. Another application would be solving atomic decay patterns to derive the best way to synthesize antimatter ["Q-190 What would another application be solving atomic decay patterns to derive the best way to s N which can be used to power faster - than - light drive systems ?"] "
quantum computing ["Q-191 What would another application be solving atomic decay patterns to derive the best way to synthesize antimatter which can be used to power faster - than - light drive systems ?"] "
quantum computing ["Q-192 Who would be solving atomic decay patterns to derive the best way to synthesize antimatter which can be used to power faster - than - light drive systems ?"] "
Mike Adams Tags ["Q-193 Who cover at Oblivionagenda ?"] "
the deep state will probably use this technology to surveil humanity ["Q-194 What do the Ftl lectures have yet to be posted there but are coming soon ?"] "
The FTL lectures ["Q-195 Who have yet to be posted there but are coming soon ?"] "
Google and NASA ["Q-196 Who are coming soon ?"] "
soon.)Sadly the deep state ["Q-197 Who will probably use this technology to surveil humanity and enslave everyone with Ai facial recognition and \u201c precrime \u201d predictive accusations that get translated into red flag laws ?"] "
the deep state will probably use this technology to surveil humanity ["Q-198 Who enslave everyone with Ai facial recognition and \u201c precrime \u201d predictive accusations that get translated into red flag laws ?"] "
tech giants ["Q-199 Who computing giants p you easily compute my likelihood of becoming the next mass shooter ?"] "
Mike Adams Tags\u00a0big government\u00a0breakthrough\u00a0computing\u00a0cryptocurrency\u00a0D-Wave\u00a0decryption\u00a0encryption\u00a0goodscience\u00a0inventions\u00a0quantum computing\u00a0qubits\u00a0surveillance\u00a0Over the last several days we\u2019ve highlighted the stunning breakthrough in \u201cquantum supremacy\u201d announced by Google and NASA. Across other articles we\u2019ve revealed\u00a0how quantum computing translates highly complex algorithmic computational problems\u00a0into simple linear (or geometric) problems in terms of computational complexity. In practical terms quantum computers are code breakers and they can break all known classical encryption including the encryption used in cryptocurrency military communications financial transactions and even\u00a0private encrypted communications.As the number of qubits (quantum bits) in quantum computers exceeds the number of bits used in classical encryption it renders that encryption practically pointless. A 25 , next mass shooter " ["Q-201 What could i be found guilty by \u201c quantum law \u201d even if me \u2019 ve never pulled the trigger ?"] "
tech giants profile you psychologically and behaviorally a quantum computing system can easily compute your likelihood of becoming the next mass shooter ["Q-202 Who could be found guilty by \u201c quantum law \u201d even if me \u2019 ve never pulled the trigger ?"] "
Mike Adams Tags\u00a0big government\u00a0breakthrough\u00a0computing\u00a0cryptocurrency\u00a0D-Wave\u00a0decryption\u00a0encryption\u00a0goodscience\u00a0inventions\u00a0quantum computing\u00a0qubits\u00a0surveillance\u00a0Over the last several days we\u2019ve highlighted the stunning breakthrough in \u201cquantum supremacy\u201d announced by Google and NASA. Across other articles we\u2019ve revealed\u00a0how quantum computing translates highly complex algorithmic computational problems\u00a0into simple linear (or geometric) problems in terms of computational complexity. In practical terms quantum computers are code breakers and they can break all known classical encryption including the encryption used in cryptocurrency military communications financial transactions and even\u00a0private encrypted communications.As the number of qubits (quantum bits) in quantum computers exceeds the number of bits used in classical encryption it renders that encryption practically pointless. A 25 , one " ["Q-204 How much will be abused by governments to control and enslave humanity ?"] "
governments ["Q-205 Who enslave humanity ?"] "
Mike Adams Tags\u00a0big government\u00a0breakthrough\u00a0computing\u00a0cryptocurrency\u00a0D-Wave\u00a0decryption\u00a0encryption\u00a0goodscience\u00a0inventions\u00a0quantum computing\u00a0qubits\u00a0surveillance\u00a0Over the last several days we\u2019ve highlighted the stunning breakthrough in \u201cquantum supremacy\u201d announced by Google and NASA. Across other articles we\u2019ve revealed\u00a0how quantum computing translates highly complex algorithmic computational problems\u00a0into simple linear (or geometric) problems in terms of computational complexity. In practical terms quantum computers are code breakers and they can break all known classical encryption including the encryption used in cryptocurrency military communications financial transactions and even\u00a0private encrypted communications.As the number of qubits (quantum bits) in quantum computers exceeds the number of bits used in classical encryption it renders that encryption practically pointless. A 25 , the technology " ["Q-207 Who is at fault but rather the lack of morality and ethics among fallen humans ?"] "
morality and ethics ["Q-208 Who fallen humans ?"] "
D-Wave ["Q-01 ]