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Leading Canada’s Bio-Safety & Security R&D — Dr. Loren Matheson PhD, Defence Research and Development Canada, Department of National Defence.


Dr. Loren Matheson, Ph.D. is a Portfolio Manager at the Center For Security Science, at Defence Research and Development Canada (DRDC — https://www.canada.ca/en/defence-research-development.html), which is a special operating agency of the Department of National Defence, whose purpose is to provide the Canadian Armed Forces, other government departments, and public safety and national security communities with knowledge and technology.

With a focus on the chemical and biological sciences at DRDC, Dr. Matheson develops and leads safety and security R&D projects with government partners, industry and academia. In addition, she spearheaded an effort to establish a virtual symposium series, developed communications products to explain their program to national and international partners, and helped established a science communication position.

Dr. Matheson previously served as both a senior science advisor within the Office of the Chief Science Operating Officer, and National Manager, Plant Health Research and Strategies, at the Canadian Food Inspection Agency.

After 10 years consulting as a grants facilitator in clinical research, Dr. Matheson moved to the public service to pursue interests in science policy and security science.

Musk’s attention to Twitter is hurting his bread and butter.

Since September last year, Elon Musk has been regarded as the world’s richest person. The stock price of the electric vehicle-making company Tesla has been the sole reason behind his dramatic rise to the top. With Tesla stock dropping 50 percent value since the beginning of the year, Musk has now dropped to number two on the list of the world’s richest people, Bloomberg.


Getty Images.

In April, Musk announced his decision to buy out Twitter and take the social media company private to unlock its true potential. The timing of his offer could not be worse as the U.S. Federal Bank began tightening its fiscal policy to rein in inflation. Within days, Musk’s $44 billion offer seemed a price too high to pay, as the stock prices of tech companies began shrinking with higher interest rates.

The Large Hadron Collider Beauty (LHCb) experiment at CERN is the world’s leading experiment in quark flavor physics with a broad particle physics program. Its data from Runs 1 and 2 of the Large Hadron Collider (LHC) has so far been used for over 600 scientific publications, including a number of significant discoveries.

While all scientific results from the LHCb collaboration are already publicly available through open access papers, the data used by the researchers to produce these results is now accessible to anyone in the world through the CERN open data portal. The data release is made in the context of CERN’s Open Science Policy, reflecting the values of transparency and international collaboration enshrined in the CERN Convention for more than 60 years.

“The data collected at LHCb is a unique legacy to humanity, especially since no other experiment covers the region LHCb looks at,” says Sebastian Neubert, leader of the LHCb open data project. “It has been obtained through a huge international collaborative effort, which was funded by the public. Therefore the data belongs to society.”

Government support is needed, however, to help consumers overcome heat pumps’ higher upfront costs relative to alternatives. The costs of purchasing and installing a heat pump can be up to four times as much as those for a gas boiler. Financial incentives for heat pumps are now available in 30 countries.

In the IEA’s most optimistic scenario – in which all governments achieve their energy and climate pledges in full – heat pumps become the main way of decarbonising space and water heating worldwide. The agency estimates that heat pumps have the potential to reduce global carbon dioxide (CO2) emissions by at least 500 million tonnes in 2030 – equal to the annual CO2 emissions of all cars in Europe today. Leading manufacturers report promising signs of momentum and policy support and have announced plans to invest more than US$4 billion in expanding heat pump production and related efforts, mostly in Europe.

Opportunities also exist for heat pumps to provide low-temperature heat in industrial sectors, especially in the paper, food, and chemicals industries. In Europe alone, 15 gigawatts of heat pumps could be installed across 3,000 facilities in these three sectors, which have been hit hard by recent rises in natural gas prices.

The new guidelines provide restrictions and regulations for creators submitting art.

Adobe has now started accepting AI-generated stock images on its platform, but with regulations. The company updated its guidelines.


Image credit: Left: Adobe Stock / Art Master, Middle: Adobe Stock /Robert Kneschke, Right: Adobe Stock / Forest Spirit.

Adobe Stock, a global marketplace with over 320 million creative assets, has defined new guidelines for submissions of illustrations developed with generative AI — expanding how customers enhance their creative projects. Early generative AI technologies have raised questions about how it should be properly used. Adobe has deeply considered these questions and implemented a new submission policy that we believe will ensure our content uses AI technology responsibly by creators and customers alike.

Generative AI is a major leap forward for creators, leveraging machine learning’s incredible power to ideate faster by developing imagery using words, sketches, and gestures. Adobe Stock contributors are using AI tools and technologies to diversify their portfolios, expand their creativity, and increase their earning potential. Going forward, these submissions must meet our guidelines for AI generated content, notably including our ask that contributors label generative AI submissions.

All proton-proton data collected by the CMS experiment during LHC Run-1 (2010−2012) are now available through the CERN Open Data Portal. Today’s release of 491 TB of collision data collected during 2012 culminates the process that started in 2014 with the very first release of research-grade open data in experimental particle physics. Completing the delivery of Run-1 data within 10 years after data taking reaffirms the CMS collaboration’s commitment to its open data policy.

The newly released data consist of 42 collision datasets from CMS data taken in early and late 2012 and count an additional 8.2 fb-1 of integrated luminosity for anyone to study. Related data assets, such as luminosity information and validated data filters, have been updated to cover the newly released data.

To foster reusability, physics analysis code examples to extract physics objects from these data are now included as CERN Open Data Portal records. This software has been successfully used to demonstrate the intricacies of the experimental particle data in the CMS Open Data workshop during the last three years. In addition, the CMS Open Data guide covers details of accessing physics objects using this software, giving open data users the possibility to expand on this example code for studies of their own interest.

After the successful completion of India’s first space mission, homegrown firms are now looking to set up manufacturing facilities for satellites etc. Homegrown space startups, Pixxel and Dhruva Space, are eyeing new assembly facilities for satellite manufacturing in the country, following successful satellite launch missions on November 26.

Satellite manufacturing is an integral part of India’s plans for the space sector. The government’s liberalized space policy, which is said to be in the final stages of completion, is expected to allow the country’s firms to take a larger share of the global space market. At present, India accounts for only 2% of the global space economy, according to data shared by Jitendra Singh, Minister of State (MoS) for science, technology and earth sciences, in the Lok Sabha in August.

The two companies are also part of a growing crop of homegrown private space startups that are launching the final trial phase of their products and services. On November 18, Hyderabad-based Skyroot Aerospace became India’s first private firm to launch its own rocket. Pixxel and Dhruva’s satellites were successfully deployed in their intended low-earth orbits (LEOs) on November 26. India’s upcoming space policy is expected to invite more participation from such startups, taking some of the load off ISRO and its coffers.

Environment, Blue Economy And Putting The Palauan People First — H.E. President Surangel Whipps Jr, Office of the President, Republic of Palau.


H. E. President Surangel S. Whipps, Jr. is the 10th President of the Republic of Palau (https://www.palaugov.pw/executive-branch/president/).

President Whipps was formerly a two-term Senator having served in the 8th and 9th Olbiil Era Kelulau (OEK, Palau National Congress) from 2009 through 2016. His Senate report card maintains his reputable record in policy making to promote and protect the best interests of Palauans, including: conducting more than 100 oversight hearings to promote transparency and accountability in delivery of government services, spearheading the first bill introduced in the 9th OEK that became law to increase the minimum wage since its enactment in 1997, and most recently, balancing Palau’s focus on developing and promoting human resources and fostering their economy, while striking a balance in the protection of the environment, putting the Palauan people first.

Prior to his career in politics, President Whipps had over 30 years of private sector experience managing one of the largest growing companies in Palau. As CEO and president of the Surangel and Sons Company, he led the expansion from a one floor store with 50 employees, to a diversified company employing over six-hundred people.

President Whipps grew up in a family business that started with his parents improvising to sustain their living by opening a restaurant, fishing and selling their catch, taking tourists out to the rock islands and diving, and selling goods out of their house.

The San Francisco Police Department is proposing a new policy that would give robots the license to kill, as reported earlier by Mission Local (via Engadget). The draft policy, which outlines how the SFPD can use military-style weapons, states robots can be “used as a deadly force option when risk of loss of life to members of the public or officers is imminent and outweighs any other force option.”

As reported by Mission Local, members of the city’s Board of Supervisors Rules Committee have been reviewing the new equipment policy for several weeks. The original version of the draft didn’t include any language surrounding robots’ use of deadly force until Aaron Peskin, the Dean of the city’s Board of Supervisors, initially added that “robots shall not be used as a Use of Force against any person.”

However, the SFPD returned the draft with a red line crossing out Peskin’s addition, replacing it with the line that gives robots the authority to kill suspects. According to Mission Local, Peskin eventually decided to accept the change because “there could be scenarios where deployment of lethal force was the only option.” San Francisco’s rules committee unanimously approved a version of the draft last week, which will face the Board of Supervisors on November 29th.