I will say that many great innovators and inventors had some sort of spiritualism that they drew from to provide another angle on how to see/ perfect an idea or innovation. Jobs, Tesla, Edison, Bell, da Vinci, Carver, etc.
The Properties of Space.
Its painful to bear views that make many think I’m an imbicile and dislike me. So please, if anybody has a rational argument why any of this is wrong, I beg to be enlightened. I’ve set up a diagram for the purpose that will support you to add your criticism exactly where it is pertinent. https://tssciencecollaboration.com/graphtree/Are%20Vaccines%20Safe/406/4083
(1) The National Academy’s Reviews Of Vaccine Safety
The Institute of Medicine of the National Academies has provided several multi-hundred page surveys studying the safety of vaccines, but rather than reassuring, these itemize some iatrogenic conditions being caused, and pronounce the scientific literature inadequate to say whether most others are. The 2011 Institute of Medicine (IOM) Review[1] looked at 146 vaccine-condition pairs for causality, reporting:
The 2003 IOM Review on multiple vaccines said[2]:
“The committee was unable to address the concern that repeated exposure of a susceptible child to multiple immunizations over the developmental period may also produce atypical or non-specific immune or nervous system injury that could lead to severe disability or death (Fisher, 2001). There are no epidemiological studies that address this.”
and:
“the committee concludes that the epidemiological and clinical evidence is inadequate to accept or reject a causal relationship between multiple immunization and an increased risk of allergic disease, particularly asthma.”
(2) The Aluminum.
Alum was added to vaccines back in the 1920’s, with no test of parenteral toxicity until recently[5], because it prods the immature immune system out of its normal operating range.[6] Maybe they figured aluminum is common in the environment, but injection bypasses half a dozen evolved sequential filters that normally keep it out of circulatory flow during development. Vaccines put hundreds of times as much aluminum into infants’ blood as they would otherwise get, and in an unnatural form that is hard for the body to remove.[7][8 (cfsec 4.2)][9]. The published empirical results indicate its highly toxic.
Continue reading “The Top Ten Reasons I Believe Vaccine Safety Is an Epic Mass Delusion” »
Interesting.
The Science Council of Japan will make clear its position on military-linked research — possibly overturning a decades-long ban — by early next year, the academic group said Friday.
A committee of 15 academics from fields ranging from physics, political science to law held its first meeting to discuss whether to revise statements released by the council in 1950 and 1967 stating that the group will “never engage in military research.”
Continue reading “Science Council to make clear position on lifting military-linked research ban” »
In 2009, President Obama pledged to “restore science to its rightful place.” He said, “We will not just meet, but we will exceed the level achieved at the height of the space race, through policies that invest in basic and applied research, create new incentives for private innovation, promote breakthroughs in energy and medicine, and improve education in math and science.”
Today, the White House released an Impact Report listing 100 things that Obama has made happen with the support of many people across research, policy, education, and, yes, maker culture. Here’s the full Impact Report. A few examples from the list:
The Defense Advanced Research Projects Agency has launched its Data-Driven Discovery of Models program that aims to automate aspects of data science to help non-experts construct their own empirical models.
DARPA said Friday D3M looks to address a data science expertise gap the agency says is reflected by lack of results for predictive questions among popular search engines.
“The construction of empirical models today is largely a manual process, requiring data experts to translate stochastic elements, such as weather and traffic, into models that engineers and scientists can then ask questions of,” said Wade Shen, a DARPA program manager in the information innovation office.
“A prototype system, designed as a test for a planned array of 5,000 galaxy-seeking robots, is taking shape at the Department of Energy’s Lawrence Berkeley National Laboratory (Berkeley Lab).”
The opportunity for intellectual freedom is what drew Anna Ijjas to the Princeton Center for Theoretical Science. As an associate research scholar, Ijjas studies basic questions about the universe’s origin and future. “PCTS provided an environment that encouraged me to question established paradigms and pursue unexplored possibilities,” said Ijjas, who is Princeton’s John A. Wheeler Postdoctoral Fellow in cosmology and astroparticle physics. “Independence and creativity are real values at the center.”
Those values were on display at a conference in May to celebrate the 10th anniversary of the center, which trains early-career researchers and provides a place where theoretical scientists — defined as those who use mathematics to study the natural world — can tackle the biggest questions in science, from the search for dark matter to global climate simulations to theories of quantum gravity.
“The range of topics presented at the PCTS@ten conference demonstrates that we’ve reached the goal we set 10 years ago, which is to develop a new breed of theorists with a much broader view of science than they would normally get from typical postdoctoral training,” said Paul Steinhardt, Princeton’s Albert Einstein Professor in Science and the center’s director since 2007.
