Discoveries – Many Creation http://manycreation.com/ Thu, 29 Apr 2021 06:13:21 +0000 en-US hourly 1 https://wordpress.org/?v=5.7.1 http://manycreation.com/wp-content/uploads/2021/04/many-creation-icon-150x150.png Discoveries – Many Creation http://manycreation.com/ 32 32 Funding to fight growing heart disease in children http://manycreation.com/funding-to-fight-growing-heart-disease-in-children/ http://manycreation.com/funding-to-fight-growing-heart-disease-in-children/#respond Thu, 29 Apr 2021 05:34:13 +0000 http://manycreation.com/funding-to-fight-growing-heart-disease-in-children/

Scientists at the University of Western Australia and the Victor Chang Cardiac Research Institute have received $ 500,000 to develop new treatments for the world’s leading cause of cardiac death in children.

Financial support from global biotechnology company CSL will be used to further research into hypertrophic cardiomyopathy – also known as “big heart syndrome” – which affects children between the ages of five and 15.

“Right now we have no way to prevent or reverse damage to the heart. All we can do is ease the symptoms. “

Professor Livia Hool

Professor Livia Hool, of the UWA School of Humanities, said the award would help build on previous findings and could prevent and even reverse damage from the inherited disease, which causes the heart to become dangerously bulky.

“Almost one in 500 people are affected by the disease, but this number is increasing and could be as common as one in 200,” said Professor Hool.

“Right now we have no way to prevent or reverse damage to the heart. All we can do is ease the symptoms. “

“This funding will make a huge difference in the lives of people not only in Australia but around the world and give hope to families who live with this disease every day.”

Professor Livia Hool and her team at UWA found that by using a drug to target a calcium channel in the heart, clinicians could not only prevent the disease from occurring, but also reverse it.

Hypertrophic cardiomyopathy can be incredibly aggressive in children, but also causes sudden cardiac arrest in otherwise healthy adults.

“There are tens of thousands of Australians who have no idea they have this disease. If we could offer a treatment and a way to repair the damage to their hearts, it could save many lives, ”said Professor Hool.

“CSL’s funding will allow us to continue this vital work which is extremely exciting and incredibly welcome.”

It is hoped that funding from CSL’s Research Acceleration Initiative will pave the way for human trials that could begin within the next three to five years.

CSL’s Research Acceleration Initiative aims to accelerate the discovery of innovative biotherapies through partnerships between CSL and global research organizations. The partnerships provide funding and access to industry resources for scientists working on novel biotherapeutic strategies in the therapeutic areas of CSL.

/ University trip. This material is from the original organization and may be ad hoc in nature, edited for clarity, style and length. See it in full here.


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BLOG: Ian McClure to lead broad research, innovation and entrepreneurship effort http://manycreation.com/blog-ian-mcclure-to-lead-broad-research-innovation-and-entrepreneurship-effort/ http://manycreation.com/blog-ian-mcclure-to-lead-broad-research-innovation-and-entrepreneurship-effort/#respond Tue, 27 Apr 2021 12:54:40 +0000 http://manycreation.com/blog-ian-mcclure-to-lead-broad-research-innovation-and-entrepreneurship-effort/

UK Research is pleased to announce that Ian D. McClure, JD, LL.M. has accepted the position of Associate Vice President for Research (AVPR), Innovation and Economic Impact. This new position represents an increased focus on innovation and entrepreneurial activity within the framework of the university research strategic plan.

In this role, McClure will lead UK Research’s efforts to translate UK discoveries for the public good, seek fair returns on intellectual property (IP) in the UK, develop innovative approaches to develop, fund and support near-phase research opportunities, seek grants to enhance UK investments in innovation and industry expansion and other research programs in collaboration with UK Research and in the state more broadly .

McClure was Executive Director of the UK Office of Technology Commercialization (OTC) where he oversaw the University’s innovation, intellectual property and startup portfolios. It has increased the staff from three members to its current 25 (including full-time staff, fellows and students) and improved the number of programs to help innovative faculty, staff and students. As a result, marketing and entrepreneurship activity in the UK has reached the highest levels ever recorded thanks to OTC, dramatically increasing the number of annual inventions (100% increase), patents (increase 400%), licenses (350% increase) and startups (50% increase). compared to 2016.

McClure is also a Principal Investigator (PI) or Co-Investigator on five grants – including grants from the National Institutes of Health (NIH), the National Institute of General Medical Sciences (NIGMS), and the Economic Development Administration. He is president-elect of AUTM (the global non-profit association for technology transfer professionals in research institutes around the world), president of the Ohio Valley Affiliates of Life Sciences (OVALS), co-founder of EnRICH program and co-founder of Kentucky Commercialization Ventures (KCV), a state-funded program to provide services to state universities that currently lack dedicated intellectual property and technology transfer resources.

“I am delighted to continue this important work for the UK in this new high role, showcasing the innovation and entrepreneurial culture that has so much potential in the UK,” said McClure. “The strong support from AVPR Rodney Andrews, RVP Dr. Lisa Cassis, and Chairman Capilouto has made our successes possible to date, and I am excited about the future of the UK’s innovation business and by the impact it can have on Kentucky, the region and the world.

Please welcome Ian McClure to this important new position and work with him to develop innovation and entrepreneurship at the University of Kentucky.


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Ivanhoe Mines celebrates Freedom Day in South Africa 2021, marking the 27th anniversary of freedom and democracy in the country http://manycreation.com/ivanhoe-mines-celebrates-freedom-day-in-south-africa-2021-marking-the-27th-anniversary-of-freedom-and-democracy-in-the-country/ http://manycreation.com/ivanhoe-mines-celebrates-freedom-day-in-south-africa-2021-marking-the-27th-anniversary-of-freedom-and-democracy-in-the-country/#respond Tue, 27 Apr 2021 07:12:20 +0000 http://manycreation.com/ivanhoe-mines-celebrates-freedom-day-in-south-africa-2021-marking-the-27th-anniversary-of-freedom-and-democracy-in-the-country/

Ivanhoe’s journey of discovery and development during his discovery of level 1 Platreef palladium-platinum-nickel-copper-rhodium-gold also marks his 27th anniversary The co-chairs of Ivanhoe Mines, Robert Friedland and Yufeng “Miles” Sun, congratulate the people of South Africa on achieving 27 years of peace, freedom and democracy. It was on this day in 1994 that South Africa held its first multiracial general election, marking …

Ivanhoe’s journey of discovery and development during his discovery of level 1 Platreef palladium-platinum-nickel-copper-rhodium-gold also marks his 27th anniversary

Ivanhoe Mines (TSX: IVN) (OTCQX: IVPAF) Co-Chairs Robert Friedland and Yufeng “Miles” Sun congratulate the people of South Africa on their 27 years of peace, freedom and democracy. It was on this day in 1994 that South Africa held its first multiracial general election, marking the end of apartheid.

“Today, on Freedom Day, we celebrate with the great South African people their extraordinary journey of freedom, reconciliation and democracy,” said Friedland.

“We also salute the intrepid pioneers of Ivanhoe Mines, who in 1994 began our remarkable journey of exploration in southern Africa which ultimately culminated in the discovery of the Level 1 Platreef and Kamoa-Kakula deposits.

“Shortly after the liberation of the South African people on this historic day in 1994, the company that preceded Ivanhoe Mines took pride in holding the current New Order mining rights to explore the Platreef Project. After many years of exploration and an astronomical amount of drilling, we have delineated one of the world’s largest deposits of high-grade platinum group metals, nickel and copper, and are now positioned to release the soon-to-be-released. global potential of Platreef.

“Our efforts to develop the Platreef mine are led by courageous women and men, many of whom have gone to great lengths in the struggle for freedom. They also helped shape Platreef’s large-scale black economic empowerment initiative, designed to deliver significant social and economic benefits to its participants, especially men, women and children in local communities. As we dream of the future, we must never forget our past. ”

Kgalema Motlanthe, Former President and Vice President of South Africa, and Director of Ivanhoe Mines, said: “27 years ago today, South Africans of all walks of life, color and creed were waiting in long queues to vote. For the majority of them, it was their first opportunity to participate in the democratic process. This occasion was full of possibilities and the world was waiting to see the dawn of democracy in South Africa.

“The occasion was remarkable for the peaceful manner in which the intractable problems of apartheid and racial discrimination were put aside and all parties moved forward as one people. In the euphoria of the democratic regime of 1994, many of those who had suffered for a long time expected these problems to be resolved quickly. However, the past 27 years have shown that these are stubborn systemic problems that are not ripe for simple solutions.

“It is significant to note that 27 years equals the number of years Madiba spent in prison. Thus, in order to actualize the promise of this wonderful day of 27 years ago, a concerted effort must be made in its honor to create a State capable, professional and efficient to rally and mobilize the human and capital resources of the whole world.

Marna Cloete, President and Chief Financial Officer of Ivanhoe, added: “The diversity and inclusion of our executive committee and the entire company faithfully reflects our rich South African culture which always strives for unity and freedom in our daily life. ”

About Ivanhoe Mines

Ivanhoe Mines is a Canadian mining company focused on advancing its three main joint venture projects in Southern Africa: the development of new major mechanized underground mines at the Kamoa-Kakula copper discoveries in the DRC and at Platreef palladium-platinum-nickel – discovery of copper-rhodium-gold in South Africa; and the extensive redevelopment and upgrade of the historic Kipushi zinc-copper-germanium-silver mine, also in the DRC.

Kamoa-Kakula is expected to start producing copper in July 2021 and, through gradual expansions, is able to become one of the largest copper producers in the world. Kamoa-Kakula and Kipushi will be powered by clean, renewable hydroelectric power and will be among the lowest emitters of greenhouse gases in the world per unit of metal produced. Ivanhoe is also exploring new copper discoveries on its wholly-owned exploration licenses for Western Foreland in the DRC, near the Kamoa-Kakula project.

Information contacts

Investors: Bill Trenaman +1.604.331.9834 / Media: Matthew Keevil +1.604.558.1034

To view the source version of this press release, please visit https://www.newsfilecorp.com/release/81838


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A new American research model is needed today (opinion) http://manycreation.com/a-new-american-research-model-is-needed-today-opinion/ http://manycreation.com/a-new-american-research-model-is-needed-today-opinion/#respond Tue, 27 Apr 2021 07:04:01 +0000 http://manycreation.com/a-new-american-research-model-is-needed-today-opinion/

More than a century after Thomas Newcomen, a miner, and John Calley, his assistant plumber, invented the first useful steam engine, French scientist Sadi Carnot developed the theory of thermodynamics to explain it. And in 1903, bicycle makers Orville and Wilbur Wright performed the first powered flight, but the underlying mathematics of aerodynamic theory was explained by an academic scientist – Ludwig Prandtl of the University of Hanover – nearly two decades ago. later.

These examples taken from The code breaker, by Walter Isaacson, provide an important lesson on the relationship between application and theory that is relevant to future technological innovation – and to research at universities in the United States.

Vannevar Bush, director of the US Bureau of Scientific Research and Development in the 1940s, articulated the inverse relationship between basic and applied research: Universities play a critical role in the development of basic science that industry deploys to create products. Bush’s linear approach, which led to the creation of the National Science Foundation, has fueled innovation in the United States for decades. But America’s dominance of the innovation economy is currently under threat and a new model is needed more than ever.

The bipartisan concern over the erosion of the dominance of American innovation led Senate Majority Leader Chuck Schumer, a Democrat from New York, and Senator Todd Young, a Republican from Indiana, to co-sponsor the ‘Endless Frontier Act to invest $ 100 billion in research on emerging technologies. . Echoing their apprehensions about “our national research and innovation enterprise,” Senator Jack Reed, a Democrat from Rhode Island, added his support for “the infrastructure we need to support technological development.”

To more effectively harness the potential of research universities, whose basic research has enabled the development of, among other products, the iPhone, RNA vaccines and self-driving cars, we need a paradigm shift in the industry. Higher Education. The new approach begins with an affirmation of the centrality of discovery, but it explicitly recognizes the role of the market in driving innovation and the marked reduction in the time between concept and product. It complements and complements basic research with investments and expertise in feasibility assessment, design and transitions to commercial markets. This model does not treat exploratory (basic) and translational (applied) research as silos but, as Sethuraman Panchanathan, director of the National Science Foundation, proposed, as double-stranded, multidirectional and mutually reinforcing DNA.

Dependent on a change in culture, hiring and resource allocation within the academy, as well as a new kind of partnership with government and industry, this model calls for discovery engines and unified marketing systems, or “D&CE”. The university’s D&C drivers are transdisciplinary teams integrating expertise in physical and biological sciences, social sciences, engineering, humanities, business and entrepreneurship, and who work with government, business and social partners. venture capital to develop new generation products. These teams are essential if we are to tackle global crises, including climate, energy, food, water, health, inequality and poverty.

In practical terms, the change should be accompanied by changes in pedagogy and curriculum that expose students to business strategies, intellectual property concepts, patent protocols, marketing and supply chains, and experiential learning in business.

Catalyzing the development of diverse local economies made up of start-ups, step-ups and established businesses will also create opportunities for students and boost economic development in college towns and beyond. To encourage businesses to stay local, universities should work with government officials to identify tax and other incentives.

As universities encourage collaborations between private companies and innovative professors, they must find new ways, where appropriate, to “share” professors with companies. Such partnerships retain talented professors in the academy while providing them with opportunities to fully develop and market their ideas.

Universities should also develop investment funds through a combination of philanthropy and venture capital to support the development of new discoveries, provide an incubation space for the early stages of proof of concept and risk reduction, and work on identifying a co-location space for established companies. . Seed and gap financing are essential to validate technologies at an early stage, strengthen intellectual property, and bring the technology to the inflection point for further development.

Finally, where appropriate, as is increasingly the case in the fields of computer science, information science and genetics, universities should adopt “translational” achievements as parameters of tenure and promotion of professors and include marketing within the framework of the doctorate. theses.

This new emphasis will not compromise essential institutional values, including independence of thought, impartial discovery and transparency. But adapting to the indivisible nature of discovery and application will be necessary to increase the volume and speed of technology commercialization and start-up creation, nurture the next generation of innovators, catalyze the economic development and provide desired returns on federally funded programs. like the aptly named Frontless Frontier.


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Egdon ‘encouraged’ by Shell drilling near southern North Sea prospects http://manycreation.com/egdon-encouraged-by-shell-drilling-near-southern-north-sea-prospects/ http://manycreation.com/egdon-encouraged-by-shell-drilling-near-southern-north-sea-prospects/#respond Tue, 27 Apr 2021 06:28:56 +0000 http://manycreation.com/egdon-encouraged-by-shell-drilling-near-southern-north-sea-prospects/

Egdon Resources said it was “encouraged” by Shell’s decision to drill a nearby discovery at two of its southern North Sea assets.

Shell, which is a partner on Resoultion and Endeavor with Egdon, decided last month to drill the nearby Pensacola discovery with its partner on this, Deltic Energy.

Egdon said: “We are encouraged by recent news that Shell and Deltic have committed to drilling the nearby Pensacola prospect in 2022, which will test the same game.”

Shell purchased 70% of the P1929 and P2304 licenses, which contain Resolution and Endeavor, and assumed the role of operator last year.

The discoveries, off the Yorkshire coast, are believed to hold contingent resources of 231 billion cubic feet of gas and 18 billion cubic feet respectively.

Shell and Egdon announced earlier this year that the seismic survey scheduled for 2021 has been postponed to 2022 due to the potential impact on local fishing businesses, as well as potential impacts on the movements of marine mammals, the breeding season. seabirds and tourism.

Egdon has released interim results for the six-month period ended January 31, 2021, with pre-tax losses of £ 1million on income of £ 424,000.

They compare to losses of £ 3.2million over the same period in 2020 and income of £ 675,000, respectively.

Egdon’s shares surged in January when its onshore field, Wressle, reached its first oil.

President Philip Stephens said: “The most significant event during the period was the completion of construction and reclamation work and the start of oil flows at Wressle. We are still awaiting consent to proceed with proppant compression to bring production to the expected level of 500 b / d, which will have a significant impact on our production and cash flow.

“In addition, during the period, the company entered into refinancing agreements providing working capital to pursue our key objectives. We continue to proactively review new opportunities for low carbon energy transition and are pleased to have announced an initial MoU to explore possibilities for geothermal reallocation of some of our existing assets.

“We look forward to continuing our revised strategy against the backdrop of an improved operating environment compared to the past 12 months.”

Recommended for you

Shell and Deltic to drill ‘vital’ prospect in southern North Sea in 2022


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WA Govt quits $ 120k for Maximus to penetrate deep at Wattle Dam http://manycreation.com/wa-govt-quits-120k-for-maximus-to-penetrate-deep-at-wattle-dam/ http://manycreation.com/wa-govt-quits-120k-for-maximus-to-penetrate-deep-at-wattle-dam/#respond Tue, 27 Apr 2021 05:10:00 +0000 http://manycreation.com/wa-govt-quits-120k-for-maximus-to-penetrate-deep-at-wattle-dam/

Maximus Resources’ drilling campaign at Wattle Dam in the gold fields received a welcome boost, with the WA government providing $ 120,000 to drill two deep diamond holes in its exciting Redback discovery, which are designed to test the mineralized system more than 600 meters below the surface. The cash injection comes from WA’s Exploration Incentive Scheme, which co-finances the drilling of targets meeting certain criteria.

The Redback discovery is located just 600m south of the famous Wattle Dam gold mine which was originally developed by Ramelius Resources in 2008. The mine began life as a small surface mine before evolving into a a larger underground mine, ultimately producing over 260,000 ounces of gold. at a serious average grade of 10.6 grams per tonne before being put on the back burner by Ramelius.

Wattle Dam has always been one of Australia’s richest gold mines and has proven to be a crucial stepping stone for Ramelius, who has since joined the ranks of mid-tier Australian gold producers.

The company says the Redback discovery is on the southern extensions of the old Wattle Dam mine and has already delivered impressive interceptions, including 16.3m grading 9.3 g / t gold, of which 5.8m at 17.9 g / t gold from 229 m down. hole.

This is an excellent result for Maximus, as the exploration incentive program is a highly competitive process and an endorsement of the technical approach to increasing the resources of the Redback deposit. We are thrilled to have this opportunity to gain new geological knowledge that these deep targeted holes will bring to the greater Wattle Dam area.

The company’s Redback discovery is part of its extensive tenure of Spargoville, located 60 km south of Kalgoorlie in the fertile gold fields of eastern Washington state. Maximus’ ground position spans over 20 km of distance along the gold-rich Spargoville Shear and is strategically located between the Coolgardie and Higginsville gold mining centers.

The company has identified a multitude of potential targets in the area of ​​its Spargoville project, ranging from the Groundlark prospect in the south which lies northwest of the Widgiemooltha gold mining complex, to the Yilmia discovery in the north. The project sits within easy trucking distance of six established gold plants, offering a host of potential processing options as Maximus’ resource book continues to take shape. The project already has more than 112,000 ounces of gold spread over five deposits.

Maximus’ immediate priority is to drill the discovery network along the southern extensions of the high grade Wattle Dam mine. The gold structure has so far yielded the Redback, Huntsman, Golden Orb and S5 prospects which extend over 1000m in distance, with drilling now seeking to test the depths of the Redback mineralized system.

Redback sits along the same fault line that hosts the architecture and geology of the Wattle Dam mine. The company says the find shows many of the same characteristics of the nearby plugging operation, including the presence of visible gold in the deformed ultramafic host rocks. Maximus has already defined the Redback system over more than 300m of vertical drop to around 250m below the surface.

The state government grant gives Maximus the opportunity to test the depths of the Redback ore shoot, with the company sharing 50-50 drilling costs with the government. Maximus will skew two holes in the Redback downdiving extensions, probing the fault line more than 200m below the current drill resource.

If successful, the deep drilling program at Redback will open this section of the Spargoville Shear to ongoing exploration and also prove the presence of a larger gold system at depth beneath the vicinity of the former Wattle Dam mine.

With a shallow resource of 440,000 tonnes at 3 g / t gold already defined at Redback and drilling intended to significantly expand the deposit at depth, the Maximus exploration program is building up a valuable inventory of gold resources. south of Kalgoorlie as he looks to add to his reservation in the coming weeks.

Is your ASX listed company doing something interesting? Contact: matt.birney@wanews.com.au


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Papua New Guinea company wins fields under ‘PNG takeover’ policy http://manycreation.com/papua-new-guinea-company-wins-fields-under-png-takeover-policy/ http://manycreation.com/papua-new-guinea-company-wins-fields-under-png-takeover-policy/#respond Tue, 27 Apr 2021 04:49:00 +0000 http://manycreation.com/papua-new-guinea-company-wins-fields-under-png-takeover-policy/

Papua New Guinea’s national oil company, Kumul Petroleum, has secured retention leases on three gas discoveries that were previously held by Oil Search.

Kumul said Oil Retention Licenses (PRLs) 48, 49 and 50 cover the discoveries of Kimu, Barikewa and Uramu.

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Kimu and Barikewa fields are ashore while Urumu is a shallow water resource off the southern coast.

All three fields have a best estimate estimated resource of 2 trillion cubic feet of gas with 50 to 60 million barrels of condensate.

Wapu Sonk, managing director of Kumul, said the government has a “PNG take-over” policy whereby assets that have not been marketed will be transferred to Kumul.

“We will explore cheaper and more profitable ways to commercialize these fields not only in LNG and gas production, but also downstream processing, power generation, quicklime and cement production.”

“We are now focused on developing business strategies for PRLs, so that we can work on bringing them to market. This is another milestone for our company and the country as we continue to work to develop our excellent resources and support the world’s transition away from coal. “

Oil Search was the former holder of the retention leases on Kimu, Barikewa and Uramu, but let them expire in October 2020.


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Stunning archaeological finds in Greece reveal connections to Apollo http://manycreation.com/stunning-archaeological-finds-in-greece-reveal-connections-to-apollo/ http://manycreation.com/stunning-archaeological-finds-in-greece-reveal-connections-to-apollo/#respond Tue, 27 Apr 2021 04:05:07 +0000 http://manycreation.com/stunning-archaeological-finds-in-greece-reveal-connections-to-apollo/

Archaeological
The female remains found in Eordea. Credit: AMNA

Greek archaeologists recently discovered in Kozani, northern Greece, the remains of a wealthy woman who lived in the 1st century BC along with symbols of the Greek god Apollo.

The unique finds were presented at an archaeological conference that started on Thursday and ended on Saturday.

Archaeological discoveries presented

Grecian Delight supports Greece

The discoveries were made at a Public Power Corporation (PPC) lignite mine in Eordea, Kozani, during the excavation period which ran from 2018 to 2020.

Archaeologists working for the Kozani Ephorate of Antiquities presented their findings at the 33rd Macedonian and Thracian Excavation Conference. The head of the excavation, Dr Areti Hondrogianni-Metoki, presented the findings and gave a speech on their significance.

First almost full bed found

One of the extraordinary objects unearthed in the lignite mines was the bed and remains of a woman from the 1st century BC.

Although there is evidence that people were often buried in their beds in ancient times, this was the very first time that archaeologists have excavated a person buried this way in Greece.

Dr Hondrogianni pointed out that during further excavations bed accessories had been found, but this was the first time that an entire bed had been preserved. In 2020, specialists attempted to restore the bed.

Most of the bed was made of bronze, which is why it has survived for millennia. Unfortunately, the wooden parts of the bed had decayed before they were excavated, which is why archaeologists spent time restoring the bed in 2020.

Archaeological
The miniature reproduction of the bed. Credit: AMNA.

The fruits of their labor were presented at the conference, in the form of a reproduction of the original bed. This included the wooden elements, which were reconstructed by studying the information they had gleaned during the excavation.

This is a historical archaeological find, which confirmed that the Greeks of this period were indeed buried in their beds.

The skeleton can be a royal woman

The identity of the woman whose remains were found remains unknown. However, she stands out for her status as a wealthy – and possibly royal.

Archaeological
Golden bay leaves found during the excavation. Credit: AMNA.

Luxurious items were found buried around the woman, and she herself was found with golden bay leaves around her head. Archaeologists believe these may have been woven into a wreath for her to wear.

The woman was of middle age and is believed to have belonged to a royal family, as there have been other archaeological finds in the wider area that indicate royalty settled there.

However, there is also the possibility that she was someone with great religious authority, which would also explain the richness of the objects buried with her.

Symbols of Apollo

Parts of his bed have also been decorated, according to archaeologists. The ends of the bed were decorated with mermaid heads, but the decorations on the top of the bed have special meaning.

Archaeological
A bronze head of a mermaid. Credit: AMNA.

This part of the bed bears the symbol of an aquatic bird holding a serpent in its mouth – a symbol known to the god Apollo due to the Greek myth that he killed the serpent at Delphi, subsequently saving the world.

The laurel and the leaf are also sacred to Apollo, which means that the leaves found on the woman’s head may also have been symbols of Apollo.

Archaeological finds near Mavropigi show the remains of a sanctuary for Apollo.

Further archaeological study is needed

The woman’s remains have been transported to the Archaeological Museum of Aiani, where they will be studied in more detail. The museum’s laboratory should be able to confirm his age and sex, as well as determine the cause of his death using anthropological information.

The main purpose of the Kozani Ephorate of Antiquities is to create a life-size reproduction of the bed that was found as part of the burial, which would be on display in the Aiani Archaeological Museum for the public to see.


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Seattle’s ‘Cyclo-Croiss’ blog learns about bakeries by bike http://manycreation.com/seattles-cyclo-croiss-blog-learns-about-bakeries-by-bike/ http://manycreation.com/seattles-cyclo-croiss-blog-learns-about-bakeries-by-bike/#respond Tue, 27 Apr 2021 01:00:00 +0000 http://manycreation.com/seattles-cyclo-croiss-blog-learns-about-bakeries-by-bike/

Jeff Powers cycled, tasted and graded croissants from 30 bakeries. # k5evening

SEATTLE – An avid Seattle cyclist has discovered a way to stay fit, support local businesses and have a little fun by inventing a competition he calls Ride-On.

Jeff Powers volunteers with the Cascade Bicycle Club and enjoys having a coffee or a bite to eat on his rides.

“Sometimes being on a bike helps you find places you won’t find in a car,” he said.

When he realized there were over 30 bakeries within a five-mile radius of his house, he devised a plan to explore and taste as many croissants as possible.

He divided the bakeries, created cycle routes and rode them over the months. At each stop, he tried a croissant and graded it using a March Madness style rack.

“I had seven groups of four, then I had an eighth group which was a wild card group, which was like the best of second places,” he said.

It was an exercise he took seriously – along with his assistant taster / wife Karin.

“We looked at the butter, salinity, yeast, flakes and overall texture, and crumb – what it looked like on the inside,” Powers said.

Their takeaways are in his Blog Vini Vidi Bici (“I came, I saw, I rode a bike”) who hopes that Powers will inspire others to start their own cycling adventures.

“Wonders are around us,” he said. “Whether they’re in your backyard or your neighborhood, or across the state or across the country.”

Or, across the ocean.

Turns out Powers isn’t just good at tracking down pastries.

He is a former submarine commander who served in the Navy for 30 years and helped explore one of the great underwater discoveries in history.

“Looks like a long, long time ago,” Powers said. “I was on an expedition with Dr. Robert Ballard to explore the interior of the Titanic.”

In 1986, he was one of three naval officers who descended two and a half miles to the bottom of the ocean and deployed a small submarine to take pictures of the sunken ship.

“As far as I am from you right now (6 feet), it’s as far as the side of the Titanic was when we got there,” he said. “It was a pretty amazing experience.”

But, Powers believes in the beauty of discoveries, big and small… which brings us to its Cyclo-Croiss winner: Moonrise Bakery on Queen Anne.

He notes that the intense buttery flavor, delicious textures, and ultra-flaky crust have helped their croissants rise to the top of the fork.

The tuning also helped. There are places for bicycles and plenty of outdoor seating.

“It was the most fantastic place, the pretty covered porch, it’s a quiet street,” he said. “All of these things go together and it has made it, in our opinion, truly the best around.”

But the truth is, no bakery is actually lost. Powers loved every croissant he tasted.

“(Moonrise) is definitely the big winner of the Cyclo-Croiss competition that I did. But, there are more bakeries there, ”he said.

Moonrise Bakery is located at 1805 Queen Anne Ave. North and is open daily from 7:00 a.m. to 4:00 p.m.

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St George Mining Ltd Identifies More Nickel-Copper Sulfide Targets at Mt Alexander Project http://manycreation.com/st-george-mining-ltd-identifies-more-nickel-copper-sulfide-targets-at-mt-alexander-project/ http://manycreation.com/st-george-mining-ltd-identifies-more-nickel-copper-sulfide-targets-at-mt-alexander-project/#respond Tue, 27 Apr 2021 00:28:00 +0000 http://manycreation.com/st-george-mining-ltd-identifies-more-nickel-copper-sulfide-targets-at-mt-alexander-project/

A high resolution ground gravity survey was conducted at West End and Investigators, recording multiple gravity peaks and strong targets for the potential discovery of further nickel-copper sulphide mineralization.

() (FRA: S0G) used recent geophysical surveys to identify several new nickel-copper sulfide targets on its flagship high-grade Mt Alexander project in the gold fields of northeast WA.

Ground-based electromagnetic surveys along the cathedral belt identified shallow electromagnetic conductors similar to those that led to nickel-copper sulfide discoveries at Stricklands, Investigators, Cathedrals, and Radar.

However, ground-based electromagnetic surveys were of limited effectiveness in the West End due to the conductive coverage west of investigators.

Subsequently, a high resolution ground gravity survey was conducted over West End and investigators with data supporting the prospectivity of the area for nickel-copper sulphides.

“Targeting nickel-copper sulphides”

Several targets have been identified by electromagnetic downhole (DHEM) surveys, with three strong EM conductors on the hole identified from MAD199 at Investigators that support the potential for extension of the thick high grade mineralization.

St George’s Executive Chairman John Prineas said: “The results of the gravity survey are very exciting and could provide a big step forward in targeting nickel-copper sulphides in the cathedral belt.

“A number of gravity features are compelling drill targets for massive sulphides.

“These gravity peaks are located within the interpreted trend of the mineralized intrusive host unit, an ideal location for dense massive sulphides.

“The simultaneous use of downhole EM and drilling continues to provide a vector for mineralization at depth. The multiple EM plates modeled around the new high grade MAD199 discovery support the potential for additional high grade mineralization in this zone.

“Drilling is continuing 24/7 and we look forward to reporting further drilling results.”

High priority targets

A number of gravity features have been identified along the mineralized trend by researchers and at West End in areas that have never been drilled – providing targets for the potential discovery of further nickel-copper sulfide mineralization.

Of particular interest is a chain of high gravity peaks, the largest of which appears in the West End.

Many of these features are descending along the interpreted plane of ultramafic intrusives and seen in gravity data as discrete “bull’s-eye” in areas of lower density.

These features are classified as high priority and an additional drilling program to test them is prioritized.

Plan view of West End map and investigators showing recent gravity survey data and previous drilling. Peaks of gravity are targets for potential zones of nickel-copper sulphides.

Continuity of massive sulphides at depth

MAD199 intersected a 10.96 meter thick interval of nickel-copper sulphides from 333.6 meters downhole, which is the deepest massive sulphide occurrence drilled in the cathedral belt to date .

This discovery is an important step in the belt of cathedrals because it confirms the presence of massive nickel-copper sulphides at depth, beyond the detection limit interpreted by surface EM surveys.

The DHEM survey at MAD199 recorded a strong EM response on the hole between 345 meters to 350 meters downhole with three new modeled EM plates and the DHEM survey at MAD195 also resulted in the modeling of three EM plates – with one of these plates (MAD195_p1) intersected by MAD199.

All EM plates have varying lengths, dip directions, and conductivities, indicating complex geometry at the source of massive sulphides – and the likelihood that there is more than one source.

Exit drilling

Progressive drilling was designed to test the extent of DHEM conductors and plunge continuity of the MAD199 mineralization.

The first follow-up hole will target approximately 40 meters northwest of MAD199 – a submerged area of ​​the intrusive host unit and an interpreted mineralized trend.

This new drilling – MAD201 – will start once MAD200 is completed.

New drilling is also planned along the direction from 197 MAD to continue the search for nickel-copper sulphides in this trend.

Additionally, the abnormal EM responses recorded in MAD198 (Stricklands) warrant further exploration.

Looking forward to

In addition to the 2021 diamond drilling program, an additional drilling program is planned to test the new gravity characteristics.

Targets are in areas without prior drilling, requiring preparation of earthworks and access roads prior to drilling and approval of a new work program.

These issues are prioritized so that drilling for these targets can begin as soon as possible.


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