NOBEL APPLICANT WITH NON-EXISTING SIX NOBEL APPLICATIONS
Nobel Applicant is considered non-existing with non-existing applications;hence,never considered. For pictorials of 2008 Nobel Awardees, see Video- “God, 2008 Nobel Participant, Unjustly Excluded.”
Duration : 0:1:51
Love signal; music & frequency 528 Hz
Love signal is a healing audio and visual meditation with music, sacred geometry and Solfeggio frequency 528 Hz, the miraculous frequency for transformation and DNA repair.
There is a special sound and color of love according to Dr. Horowitz, a Harvard-trained award-winning investigator. Broadcasting the right frequency can help open your heart, prompt peace, and hasten healing. “We now know the love signal, 528 Hertz, is among the six core creative frequencies of the universe because math doesn’t lie, the geometry of physical reality universally reflects this music; these findings have been independently derived, peer reviewed, and empirically validated,” Dr. Horowitz says.
Music & video by Jandy the Decibel Jezebel Poem by Katie Pye
For a deeper meditation experience; use stereo headphones to stimulate Theta brainwaves
Although this track is in the conventional scale, I have of-set the tuning up, so it will be harmonious with the C of 528 Hz. It also is rich, with the pure 528 Hz frequency; the love Hz.
Frequency 528, relates to the note MI on the scale and derives from the phrase “MI-ra gestorum” in Latin meaning “miracle.” Stunningly, this is the exact frequency used by genetic biochemists to repair broken DNA – the genetic blueprint upon which life is based! MI – 528 Hz – relates to crown chakra. Dr Puleo suggests an association with DNA integrity.
The regular “C” that we all know of in this culture (which is from the diatonic scale of do, re, mi, fa, so, la, ti, do) is not the 528 Hz frequency “C.
A regular “C” vibrates at a frequency of 523.3 Hz.
The “C” of 528 Hz used for DNA repair is part of an ancient scale called the Solfeggio Scale.
MI – 528 Hz – relates to crown chakra; Dr. Puleo suggests an association with “DNA integrity” Transformation and Miracles
Duration : 0:6:43
Could ‘High Touch’ Health Care Lower Costs? – Zeke Emanuel
Complete video at: http://fora.tv/2009/07/03/The_Human_Side_of_Medicine
White House health care policy advisor Ezekiel Emanuel argues that technological advancements in health care are ineffectual without “face-to-face, people-to-people, more human” interactions. He says improvement in doctor-patient relationships are needed to improve health care and drive down costs.
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White House Health Care policy adviser and NIH scientist Ezekiel Emanuel discusses high touch medicine with Royal Philips Electronics CEO Gerard Kleisterlee, and Pathfinders founder and director Tina Staley as part of the 2009 Aspen Ideas Festival. – Aspen Institute
Ezekiel Emanuel earned his PhD and MD degrees from Harvard University, where his doctoral dissertation received the Toppan Award for the finest political science dissertation of the year. After earning his MD PhD, he was a Fellow in the Program in Ethics and the Professions at Harvard’s Kennedy School of Government.
Duration : 0:4:47
Vanderbilt in Rural Africa
Sten H.Vermund, M.D. is a pediatrician and infectious disease epidemiologist, Amos Christie Chair in Global Health; and director of the Institute for Global Health at Vanderbilt University’s School of Medicine. He is primary investigator for several current projects including: care/treatment of HIV/AIDS in Mozambique; the Vanderbilt-UAB AIDS International Training Research Program: cervical cancer screening in HIV-infected women in India; the Vanderbilt-Meharry Framework Program in Global Health, and the Fogarty International Clinical Research Scholars Support Center. Dr. Vermund received the Superior Service Award, the highest civilian recognition in the U.S. Public Health Service, for this work in preparing HIV vaccine trials infrastructures when he worked in the NISD/NIH. He founded both the Centre for Infectious Disease Research in Zambia and Friends in Global Health, LLC, a non-governmental organization in Mozambique. His talk was part of Vanderbilt Commencement: Study Breaks.
Duration : 0:59:10
Stimulus funding at Stanford School of Medicine
With the American Recovery and Reinvestment Act of 2009, the Congress provided $8.2 billion to the National Institutes of Health, the federal agency that funds much of the nation’s medical research, for grants to scientists at Stanford University School of Medicine and its peer institutions across the country. The NIH projects that the stimulus money will create and save some 50,000 jobs, nationwide, including some 5,000 for summer jobs for high school and college students and educators. Read more about the stimulus.
The School of Medicine is using its awards from the American Reinvestment and Recovery Act to search for cures for cancer, develop stem cell therapies and gain new insights into the causes of heart disease. To date, the School of Medicine has received 134 stimulus grants totaling about $86 million. We encourage you to review these pages to see examples of how stimulus dollars are advancing human knowledge, helping the economy, and improving human health.
Duration : 0:2:46
The Walter Reed Award Lecture: Which Road to the Nobel Prize? (October 14, 2009)
Ferid Murad, M.D., Ph.D. (Nobel Prize winner in Physiology or Medicine (1998), Regental Professor and John S. Dunn Distinguished Chair in Physiology and Medicine; Texas Nobel Scholar at the University of Texas at Houston; Director Emeritus, Brown Foundation Institute of Molecular Medicine for the Prevention of Human Diseases and Director of the IMM Center for Cell Signaling, University of Texas Health Science Center at Houston, Houston, Texas) showed and discussed a promotional video that he and others made for public affairs education on the Nobel Prize. Dr. Murad described the Nobel Foundation, the founder, Alfred Nobel, and the prize process. Lastly, Dr. Murad, presented the history and current state of research in nitric oxide, an area of work for which he won the Nobel Prize.
Duration : 0:58:27
Nobel Prize in Medicine 2006: Documentary
The Nobel Prize in Physiology or Medicine was awarded to Andrew Fire and Craig Mello for their discovery of RNA interference. Here Fire and Mello comment about receiving the Nobel Prize and their discovery. For the complete documentary, visit: http://nobelprize.org/redirect/youtube.php?url=/mediaplayer/index.php?id=151
Duration : 0:3:43
Pioneer Awards — i on NIH — episode #0017, segment 1
The National Institutes of Health recently announced that it has increased its support of high-impact, medical research with the NIH Directors Pioneer and New Innovator Awards.
Transcripts available at: http://www.nih.gov/news/vodcast/2008/e0017.htm
Duration : 0:8:5
Ig Nobel Prize in Medicine for Sword Swallowing
Sword Swallower Dan Meyer and Radiologist Dr. Brian Witcombe receive the 2007 Ig Nobel Prize in Medicine at Harvard University for their research paper “Sword Swallowing and its side effects” as published in the British Medical Journal. Dr. Witcombe is a British radiologist who was studying unusual x-rays when he met Dan Meyer, President of the Sword Swallowers Association International, one of only a few dozen sword swallowers left in the entire world. Their 2 year research paper on sword swallowing injuries won them the 2007 Ig Nobel Prize in Medicine. The information they compiled is historical in the 4000 year history of sword swallowing, and invaluable to sword swallowers and physicians who treat their life-threatening injuries. Meyer and Witcombe present interesting science/medical lectures at science festivals and medical functions around the world.
For more information on booking the team for programs or lectures on sword swallowing at your next science festival or medical event, visit:
http://www.blue-n-gold.com/halfdan/scimed.htm
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For more information on Sword Swallower Dan Meyer:
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To read the BMJ article:
http://tinyurl.com/bmjswsw
For more information on the Ig Nobels and Improbable TV:
http://improbable.com/tv
Duration : 0:2:7