Personal Responsibility
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Desc: I take no responsibility for the content of this video.
BUY MY BOOK: http://www.lulu.com/content/3606822
* * * |
Marilyn Manson - Personal Jesus: Blurred Clean Version
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Desc: Music video by Marilyn Manson performing Personal Jesus: Blurred Clean Version
with Marilyn Manson, Nathan Cox, Bob Sexton, Joseph Uliano
(C) 2004 Interscope Records |
Personal Reflections on Manic-Depressive Illness
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Desc: Dr. Kay Redfield Jamison, psychiatry professor at Johns Hopkins University School of Medicine, lived every day with the mania and severe depression that she had studied for years. She talks openly of the challenges she faced with the treatment and disclosure of her mental illness. |
Depeche Mode - Personal Jesus
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Desc: Reach out touch Faith! ;) |
Marilyn Manson- Personal Jesus
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Desc: Marilyn Manson. |
Incompleteness: A Personal Perspective
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Desc: Google Tech Talks
November 4, 2008
ABSTRACT
Our aim is to present a personal view of Gdel's incompleteness. We will focus on interesting/natural concrete independent sentences, on the source of incompleteness, and on how common the incompleteness phenomenon is. Some open questions will be briefly stated.
Speaker: Cristian Calude
A lifelong researcher in algorithmic information theory and a close friend of Gregory Chaitin, Dr. Calude has written and edited dozens of books and hundreds of articles on computability and incompleteness. |
Depeche Mode - Personal Jesus, live at Rock Am Ring 6-04-06
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Desc: Depeche Mode - live at Rock Am Ring, Germany 06-04-06
"Personal Jesus" |
Honest Personal Statement
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Desc: A video for watching |
Scientology - Personal Insults
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Desc: In the policy of "Never defend, always attack", Scientology also employs personal insults in an attempt to goad critics. This is a lesser example of this. |
Tesla Personal Supercomputer
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Desc: At SC08 NVIDIA announces the Tesla™ Personal Supercomputer. Experience cluster level computing performance—up to 250 times faster than standard PCs and workstations—right at your desk. The NVIDIA® Tesla Personal Supercomputer is based on the revolutionary NVIDIA CUDA™ parallel computing architecture and powered by up to 960 parallel processing cores. |
Your Personal Penguin
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Desc: The recording of Davy Jones' song, Your Personal Penguin. |
Personal Bank
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Desc: A brand new bank offers opens during the financial crisis.
Featuring Todd Shaeffer, Jill Donnelly, Lucia Aniello, Rory Panagotopulos and Craig Rowin. Written by Andrew Ford. Shot by Gus Sacks. |
The Personal Soundtrack T-Shirt from ThinkGeek
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Desc: This is NO APRIL FOOLS JOKE! Ever wish your life had a soundtrack with sound effects? Now you can! Play our 20 built-in sounds, or upload your own customized sounds and punctuate your life with awesome! For reals!
http://thinkgeek.com/a5bf |
Gang Starr - Take It Personal
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Desc: Daily Operation |
Personal Growth Series: Karl Deisseroth on Cracking the Neural Code: Speaking...
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Desc: Google Tech Talks
November 21, 2008
ABSTRACT
Personal Growth Series: Cracking the Neural Code: Speaking the Language of the Brain with Optics
The technological seeds of a Manhattan project-style scientific enterprise, the optical reverse-engineering of brain circuits to crack the neural code, have recently been planted at Stanford.
The brain is a high-speed dynamical system consisting of different players that are intertwined and that cannot be separately controlled using conventional methods. For this reason, until recently we have not been able to speak the language of the brain (with millisecond timescale and cell-specific resolution), and in 1979 Francis Crick called for a technology by which all neurons of just one type could be controlled, "leaving the others more or less unaltered".
Tools from the Deisseroth laboratory at Stanford over the past four years have responded to this challenge. These include optical technologies for controlling neural circuits, using precisely-targeted delivery of light energy of different colors that is captured by neurons using nanoscale protein-based antennae, resulting in controlled activity of just the targeted cell types with millisecond precision. Light is delivered by fiberoptics; while light encounters all cell types, only the desired cell type is light-sensitive and responds. Using different optogenetic probes, cells can be turned on or off with millisecond precision and in different combinations.
These tools have now been used to optically deconstruct Parkinsonian neural circuitry, setting the stage both for cracking the neural codes of normal brain function, and for re-engineering neural circuits in disease.
Speaker: Karl Deisseroth
Professor Deisseroth received his bachelor's degree from Harvard in 1992, his PhD from Stanford in 1998, and his MD from Stanford in 2000. He completed medical internship and adult psychiatry residency at Stanford, and he was board-certified by the American Board of Psychiatry and Neurology in 2006. He joined the faculty on January 1, 2005. He is the first, and so far only, practicing psychiatrist in the nation with a primary appointment in a bioengineering department.
As a bioengineer focused on neuroengineering, he has launched an effort to map neural circuit dynamics in neuropsychiatric disease, including depression and Parkinson's Disease, on the millisecond timescale. His group at Stanford has developed optical and stem-cell based neuroengineering technologies for noninvasive imaging and control of brain circuits, as they operate within living intact tissue. His work on optical control of neural circuits has launched a new field called "optogenetics", and he has published major papers in Nature and Science that have been termed "stunning" and "revolutionary" by his scientific colleagues.
Professor Deisseroth has received many major awards including the NIH Director's Pioneer Award, the Presidential Early Career Award for Science and Engineering (PECASE), the McKnight Foundation Technological Innovations in Neuroscience Award, the Larry Katz Prize in Neurobiology, the Schuetze Award in Neuroscience, the Whitehall Foundation Award, the Charles E. Culpeper Scholarship in Medical Science Award, the Klingenstein Fellowship Award and the Robert H. Ebert Clinical Scholar Award. |
``Personal`` Stars
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Desc: Song: ``Personal``
Band: Stars
Album: In Our Bedroom After the War
[Wanted:]
Single f, under 33, must enjoy the sun, must enjoy the sea
[Sought by single m:]
Mrs.Destiny,
send photo to address,
is it you and me?
[Reply to single m:]
My name is Caroline cell phone number here,
call if you have the time
28 and bored,
grieving over loss,
sorry to be heavy but heavy is the cost, heavy is the cost
[Reply to Caroline:]
Thanks so much for response,
these things can be scary
Not always what you want
How about a drink?
The St.Jude club at noon?
I'll phone you first I guess
I hope I see you soon.
I never got your name,
I assume you're 33
Your voice it sounded kind
I hope that you like me
When you see my face,
I hope that you don't laugh
I'm not a film-star beauty
I sent a photograph
I hope that you don't laugh...
[Note to single m:]
Why did you not show up?
I waited for an hour and finally gave up
I thought once that I saw you,
I thought that you saw me
I guess we'll never meet now
It wasn't meant to be
I was sure that you saw me, but it wasn't meant to be
[Wanted:]
single f, under 33, must enjoy the sun,
must enjoy the sea
[Sought by single m:]
nothing too heavy,
send photo to address
is it you?
or me? |
Personal Computing: Historic Beginnings
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Desc: [Recorded: November 5, 2008]
The roots of "personal computers" - that is, machines that are not shared between users - date back to at least the late 1950s. Within a decade, several more of these "one machine, one user" computers were developed; and the idea of a user having direct control over the computer was established, at least within academia.
In 1968, young computer scientist Alan Kay gave a presentation on the FLEX Machine at a meeting of computer science graduate students and saw the first working versions of a new flat panel plasma display technology. This led to discussions about how nice it would be to (someday) place the FLEX computer itself on the back of such a display to make a notebook-sized computer.
A visit a few months later to MIT computer scientist and educator Seymour Papert and to a school with children doing advanced math with Papert's LOGO programming language, produced an epiphany in Kay. He decided to make "A Personal Computer for Children of All Ages". This was to be in the form of a compact notebook using both tablet and keyboard, a flat-screen display, GUI, and the wireless networking that defense funding agency ARPA was starting to experiment with.
This idea eventually acquired the name "Dynabook" as an homage to what the printed book has meant to civilization and learning. It is also a gesture to a future in which not just the content of "books" will be dynamic, but the relationship of people to computers will itself also change.
The founding of Xerox PARC a few years after the Dynabook concept provided support and a context for developing many of these ideas. In fact, the PARC Alto workstation was originally called "the interim Dynabook". Many of the results from this research influenced commercial computing, including the bit-mapped screen, high-quality text and graphics, overlapping windows and an icon-based GUI, desktop publishing, object-oriented programming, and many others.
In this lecture, Alan Kay first presents a historical overview of computing and technological developments that led to personal computing and influenced his thoughts on creating the Dynabook. Then Kay is joined by Charles Thacker and Mary Lou Jepsen in a panel discussion moderated by Steve Hamm of BusinessWeek magazine. |