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TODAY (Oct 4th) the USTP is holding a special pre-RAADFest Enlightenment Salon at 7 a.m. PST / 10 am EST with Gabor Kiss, CEO of ENVIENTA, to discuss ways to empower contributors to open-source projects and accelerate development of practical transhumanist technologies.


Ira Pastor, ideaXme life sciences ambassador, interviews Dr. Alexandre Kalache, President of the International Longevity Centre-Brazil (ILC-Brazil).

Ira Pastor Comments:

As we continue our virtual road-trip around the globe per the World Health Organization’s (WHO) Age Friendly Cities Global Movement, during the WHO defined “Decade of Healthy Aging”, we are headed down to the southern hemisphere to the country of Brazil.

Dr. Alexandre Kalache:

Dr. Alexandre Kalache is a medical epidemiologist specializing in the study of aging, who is the President of the International Longevity Centre-Brazil (ILC-Brazil), an independent think tank based in Rio de Janeiro that develops and promotes policy related to population aging, and Co-President of the Global Alliance of International Longevity Centres, an international consortium of member organizations with a mission to help societies to address longevity and population aging in positive and productive ways.

Dr. Kalache graduated from the medical school of the Federal University of Rio de Janeiro, gained diplomas in infectious and parasitic diseases and medical education, was awarded a master’s degree in Social Medicine from the London School of Hygiene and Tropical Medicine, his PhD in Epidemi ology at the University of London, and had a long academic career at the Universities of London and Oxford in the United Kingdom.

Dr. Kalache’s work in Aging:

India is not proposing the same open-access terms for articles that its researchers publish. Instead, the researchers advising the government want authors to archive their accepted manuscripts in public online repositories. This is often described as ‘green’ open access, which differs from the ‘gold’ route of publishing in open-access journals.


Researchers will also recommend an open-access policy that promotes research being shared in online repositories.

Karen Potter, Director of Sustainability Hub and ideaXme sustainability ambassador interviews Christoph Promberger, M.Sc., Executive Director Foundation Conservation Carpathia (FCC). https://www.carpathia.org

Karen Potter comments:

In 2009, the Foundation Conservation Carpathia was founded by a dozen international philanthropists and conservationists with the goal to stop illegal logging and to protect a significant surface of Carpathian forests to form a completely protected area.

The FCC was founded in response to the restitution of formerly nationalised forests to private citizens in Romania. This process triggered massive clear-cuts and thousands of hectares of forests were illegally logged, posing a severe threat to the integrity of the Carpathian ecosystem.

Wilderness is disappearing globally at an alarming rate, less than 2% of Europe’s surface is still in its original state and the Carpathian Mountains form some of the largest contiguous forests on the continent with the highest percentage of still virgin woodlands; they contain an extraordinarily high number of species.

Karen is a passionate environment and sustainability campaigner leading Government and Parliamentary efforts to promote Net Zero policy solutions as well as lead on COP26, business, community and civic action. She is a project development specialist with extensive experience in designing and delivering new initiatives to promote sustainability, social responsibility, smart energy, the Green Recovery and clean tech investment. She is highly experienced in government, NGO and public sector communications, building and managing senior stakeholder relations and media engagement.

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Listen to our extended version of this episode on any podcasting platform: https://link.chtbl.com/type-ii-civilization

How cool would it be if we could one day regulate our atmosphere, control the climate and maybe even blast threatening asteroids into stardust? Well, to do those things would require A LOT of energy. Essentially, we’d have to be able to harness all the power from the Sun. According to the Kardashev scale that ranks planets according to their ability to harness the energy from their star and even their galaxy, that would make Earth a Type II civilization. What does that mean and how far away are we from achieving that level of uber energy capacity? You’ll have to tune in to find out as Peter and Richard welcome back Michio Kaku, physicist and science communicator extraordinaire to help us better understand “What If we became a type II civilization?”

Time codes:
0:00 What the episode is going to be about?
1:45 Are we a Type I civilization?
3:20 Who is Pr. Michio Kaku?
4:35 What is the Kardashev scale?
8:20 What does Type II mean?
9:45 How to expedite our evolution to advanced energy?
13:00 What if we were a Type II civilization?
15:50 Enjoy more from Pr. Kaku
18:20 Do you have life insurance?
20:50 Final thoughts

Can you translate this episode into another language? Add subtitles and we will link your YouTube channel in the description: https://www.youtube.com/timedtext_video?v=1JcDKNblGTs

Historically, human space exploration was initiated by the Soviet Union with the Sputnik launch into the Earth orbit in 1957. Humankind’s space endeavors grew with more determination after the first animal’s launch, a dog called “Laika”. Marked by the Soviet Union’s Yuri Gagarin trip in the Vostok 1 in 1961 and his compatriot Valentina Tereshkiva’s three-day space orbiting mission in the Vostok 6 in 1963, humankind succeeded to make the giant leap beyond Earth’s boundaries.

Nonetheless, the Yuri Gagarin’s spacewalk and Neil Armstrong’s first steps on the Moon remain the spark to ignite ambitious human prospects on space travel, which unleashed unlimited possibilities on the humankind’s expansion into outer space. The achieved milestones in space endeavors created a shift from a mere inspirational driver and curiosity feeder on existential questions [3] to a space race which grew from a bipolar race between the United States and the former Soviet Union to a different space race in which new actors, particularly private actors, have become essential players [4].

The most prominent ongoing transformation of the global space sector is the race to commercialize space driven by private enterprises and induced by governmental agencies who rewarded these enterprises billions of dollars in governmental space contracts. The evolution of space commercialization could be illustrated through the U.S. space economic emergence from the National Aeronautics and Space administration’s (NASA) monopoly to a more liberalized space sector. Such an emergence came as a consequence of NASA’s struggle to improve its military-based technologies to achieve cost-effective and safe space access [5] in addition to budget reductions and various costly accidents, which led NASA to outsource its spaceship manufacturing.

NASA’s outsourcing mechanisms were organized through public procurement contracts accorded through bidding mechanisms to a few private space giants. Under these procurement contracts, private entities undertook rockets and spaceships manufacturing supervised by NASA, who provided the launching facility. From 1982, private actors’ access to the space sector became less costly due to reduced entry barriers to the space sector [6].

Sparked by President Barak Obama’s policy in 2010, the space industry witnessed an unprecedented disruption characterized by decentralizing space activities from governmental entities to private sectors. As a consequence, the U.S. space sector has undergone a shift that impacted the global space sector. This shift was propelled by complex dynamics due to the interaction between various forces beyond simple market forces and driven by various factors. The combination of these factors, including the reduction of public entities’ involvement and the substantial private investment injection into the global space sector, created a diverse space sector [7]. The global space sector’s evolution created a revolutionary New Space market structure; thanks to its related complex geopolitics and complex forces, a new race started: the race to commercialize space.

#SpaceWatchGL

References

[1] Cousins, Norman, Philip Morrison, James Michener, Jacques Cousteau, Ray Bradbury, Why Man Explores, California Institute of Technology Symposium, Pasadena, July 2, 1976, California, NASA Educational Publication 123, Government Printing Office: Washington D. C., 1977.

[2] Patenaude, Monique, What Drives Humans To The Unknown?, Stewart Weaver Surveys Exploration Through the Ages, University of Rochester, 2015. (Accessed on February 29, 2020).

Summary: Lessons from other historic pandemics show social tension accumulated throughout epidemics lead to significant episodes of rebellion.

Source: Bocconi University

If you have not been hearing much of the French Gilets Jaunes or of the Italian Sardines in the last few months, it’s because “the social and psychological unrest arising from the epidemic tends to crowd-out the conflicts of the pre-epidemic period, but, at the same time it constitutes the fertile ground on which global protest may return more aggressively once the epidemic is over,” writes Massimo Morelli, Professor of Political Science at Bocconi, in a paper recently published in Peace Economics, Peace Science and Public Policy.

Military brain computer interface BCI — rand.


The U.S. Department of Defense (DoD) has invested in the development of technologies that allow the human brain to communicate directly with machines, including the development of implantable neural interfaces able to transfer data between the human brain and the digital world. This technology, known as brain-computer interface (BCI), may eventually be used to monitor a soldier’s cognitive workload, control a drone swarm, or link with a prosthetic, among other examples. Further technological advances could support human-machine decisionmaking, human-to-human communication, system control, performance enhancement and monitoring, and training. However, numerous policy, safety, legal, and ethical issues should be evaluated before the technology is widely deployed. With this report, the authors developed a methodology for studying potential applications for emerging technology. This included developing a national security game to explore the use of BCI in combat scenarios; convening experts in military operations, human performance, and neurology to explore how the technology might affect military tactics, which aspects may be most beneficial, and which aspects might present risks; and offering recommendations to policymakers. The research assessed current and potential BCI applications for the military to ensure that the technology responds to actual needs, practical realities, and legal and ethical considerations.

This course is for students wishing to explore blockchain technology’s potential use—by entrepreneurs and incumbents—to change the world of money and finance. The course begins with a review of Bitcoin and an understanding of the commercial, technical, and public policy fundamentals of blockchain technology, distributed ledgers, and smart contracts. The class then continues on to current and potential blockchain applications in the financial sector.

China continued its yearslong run of double-digit percentage increases in spending on R&D in 2019, but the nation is likely to fall short of a long-standing goal of increasing R&D expenditures to 2.5% of gross domestic product (GDP) by this year. But not hitting the target “should not be considered a failure, as China has been increasing its R&D expenditure over the past several decades at a rate higher than GDP growth,” says Cao Cong, a science policy specialist at the University of Nottingham’s Ningbo, China, campus.


But nation likely to miss 2020 goal of spending 2.5% of GDP on R&D.

A worldwide pandemic, something that has not occurred for over 100 years is, without question, the story of the year. The impact and ripple effect may take years before analysts are comfortable with knowing what exactly happened. In an amazing effort to curb Covid-19 and keep world economics intact, the United States and foreign countries took extraordinary measures, most of which where thought of, designed, and implemented in days or weeks. There will be plenty of critics.

If the world emerges from this pandemic in the next 6 to 18 months, it will be because of a rapid response. Inflation could be an issue, yet monetary policy enacted was necessary to keep the world from falling into a depression. The issues that won’t be talked about are ones that never happened, thanks to aggressive government action.

In the commodity world, much like the equities, great uncertainty leads to wild volatility. Energy prices dropping into negative territory and milk prices dropping sharply only to rally to all-time new highs illustrate the dichotomy of just how demand (or perception thereof) ebbs and flows at unprecedented speeds. These are just two examples of many markets that experienced extreme price moves.