Science concept – Star Warz http://star-warz.net/ Fri, 17 Sep 2021 19:18:43 +0000 en-US hourly 1 https://wordpress.org/?v=5.8 https://star-warz.net/wp-content/uploads/2021/06/icon-2021-06-23T234539.702-150x150.png Science concept – Star Warz http://star-warz.net/ 32 32 What is true and what is wrong https://star-warz.net/what-is-true-and-what-is-wrong/ https://star-warz.net/what-is-true-and-what-is-wrong/#respond Fri, 17 Sep 2021 18:56:00 +0000 https://star-warz.net/what-is-true-and-what-is-wrong/ What is true and what is wrong about Dan Brown The Lost Symbol? After being ignored for the adaptation in the Robert Langdon film franchise in favor of Hell, The Lost Symbol was made into a TV series, which will serve as a direct prequel to the film franchise. In The lost symbol, Ashley Zukerman […]]]>

What is true and what is wrong about Dan Brown The Lost Symbol? After being ignored for the adaptation in the Robert Langdon film franchise in favor of Hell, The Lost Symbol was made into a TV series, which will serve as a direct prequel to the film franchise. In The lost symbol, Ashley Zukerman (Solomon Goode in Netflix Street of Fear trilogy) plays a young Langdon, who, together with Katherine Solomon (Valerie Curry), must locate an ancient portal beneath Washington DC before time runs out. The lost symbol is set to follow Brown’s novel and premieres on Peacock on September 16, 2021.


Like all Dan Brown novels, The lost symbol presents a plethora of symbolism, making essentially advance the plot, with Langdon in the heart of the story. While Brown explores a wide range of religious, scientific and spiritual ideologies and schools of thought in The lost symbol, his approach is much more cautious and measured, perhaps because of the controversies over The “Da Vinci Code and Angels and Demons in the past. Freemasonry features heavily in the plot, as it hinges on the demise of 33rd degree Masonic member Peter Solomon (Eddie Izzard) who happens to be Langdon’s friend and mentor.

RELATED: Dan Brown’s Lost Symbol Cast & Character Guide

It’s important to understand that while Brown borrows from historical documents and architectural evidence to bring his stories to life, much of his designs are fabricated exaggerations, created for narrative impact. Artistic freedom plays a key role here, as Brown takes some tenets from a school of thought and adds his own twist to it, making it difficult to distinguish between what is real and what is made up. Here is the real story behind The Lost SymbolAnd this is mainly true and false about its historical and key cultural elements.

Most Real Time – Details on the inner workings of Masonic ceremonies

The Lost Symbol Robert Langdon Ashley Zukerman

Brown puts Freemasons in the foreground The lost symbolBecause it is the cornerstone of the foundation hidden in the depths of the Capitol that propels Mal’akh (Keenan Jolliff) to kidnap Peter Solomon and blackmail Langdon in the process. The existence of the cornerstone is historically accurate, as Freemasons in Virginia and Maryland held ritualistic ceremonies for the foundation stone of Washington DC and the House of Congress. While Brown does a commendable job of outlining the fundamentals of Masonic ideology, particularly through the character of Peter Solomon, certain details of Masonic rites and rituals have been fabricated to dramatic effect. For example, the description of the 33rd degree Scottish rite in which Masons apparently drink from a skull has no historical basis and was most likely taken from an anti-Masonic propaganda article in the 1870s.

A key part of Brown’s tale is Solomon’s Reflection Chamber, a liminal space for meditating on life, located in the basement of the US Capitol building. While the details and the main purpose of the House of reflection are close to the actual practice, it is impossible for the builders to have private rooms in their own homes or business sites because it contradicts the general practice. Apart from that, Brown also claims that pyramids are essentially a Masonic symbol which is wrong as pyramids do not feature strongly in Masonic rites and rituals. Therefore, the whole narrative thread of Mal’akh coveting the pyramid and its cornerstone to reach the apotheosis is the addition of Brown for the sake of the plot, similar to most of the Robert Langdon-Tom Hanls films.

Mostly Wrong – The Untapped Potential of Noetic Science

Halfway through The Lost Symbol, Brown introduces Katherine Solomon, a brilliant scientist who is breaking into the untapped realm of noetic science. The Institute of Noetic Sciences is real, created by Apollo 14 astronaut Dr. Edgar Mitchell in 1973 with the aim of exploring the interplay between scientific knowledge and inner knowledge. While years of research linking scientific discovery and human consciousness are valuable, there is tangible and compelling evidence to warrant further examination of the connection, although much in the field remains to be discovered. Contrary to the current state of affairs in noetic science, Brown posits it as a metaphysical discipline with the potential to revolutionize human knowledge and experience on a universal level.

RELATED: Robert Langdon Franchise Recap: What You Need To Know Before The Lost Symbol

The problem with this claim is the claim that scientific breakthroughs over time, such as quantum entanglement and string theory, are somehow the result of mystical spirituality, and the former is unknowable without the latter. Brown attempts to go further through the weight of soul experience, which, to say the least, is a poorly controlled endeavor and has never been reproduced under scientifically sound conditions since. As noetic science plays a seminal role in terms of plot, particularly the link between science and the human soul, Brown fictionalises most of this aspect to the ridiculous. The concept of our thoughts and emotions shaping reality may carry some weight, but it is scientifically impossible to prove, making the premise of the noetic sciences questionable.

Mostly exaggerated – Symbols inside historic buildings and their religio-cultural significance

Throughout the episodes of The lost symbolLangdon is based on a historical symbolism crowd apparent mathematical riddles encoded in the prints of Albrecht Dürer the myth of the “lost password” that Brown considers the circumspect. While the accuracy of these statements is highly questionable, Brown sticks to the realm of reality when it comes to architectural descriptions of key buildings, such as the Smithsonian Museum and Temple House. The problem, however, is not with Brown’s description of these monuments, but with the meaning he ascribes to symbols carved into a pillar, fresco or wall, combining dubious rumors with raging urban legends.

For example, Brown’s claim that the Founding Fathers originally decided to call the nation’s capital New Rome is pure invention, unsupported by evidence of any kind, historical or otherwise. Another example of artificial connections are those made to emphasize the significance of the number 33, which Brown, via Langdon, claims to be connected to Isaac Newton’s 33 degree temperature scale, the 33 vertebrae of the human spine, and the 33 degrees of the Masonic circle. . So, as with most of Brown’s novels, The Lost Symbol is a mishmash of facts and fabrications. However, it will be interesting to see how the TV series approaches the character and psyche of Langdon, potentially offering better insight into the complex realm of symbols and how they shape our immediate reality.

NEXT: The Da Vinci Code True Story: what is true and what is false

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Study, Apply the Holy Quran for Knowledge, Says Jamiu | The Guardian Nigeria News https://star-warz.net/study-apply-the-holy-quran-for-knowledge-says-jamiu-the-guardian-nigeria-news/ https://star-warz.net/study-apply-the-holy-quran-for-knowledge-says-jamiu-the-guardian-nigeria-news/#respond Fri, 17 Sep 2021 04:19:00 +0000 https://star-warz.net/study-apply-the-holy-quran-for-knowledge-says-jamiu-the-guardian-nigeria-news/ Graduates of the Lekki Koran Memorization College flanked by the Chief Imam of the Lekki Muslim Ummah Central Mosque (LEMU), Imam Ridwan Jamiu (left) and guest lecturer Dr Munirudeen Salahudeen Ar-Riyaadby , during the convocation ceremony of Lekki Quran Memorization College held at the Central Mosque of Lekki Muslim Ummah (LEMU), Lekki, Lagos. • LEMU […]]]>

Graduates of the Lekki Koran Memorization College flanked by the Chief Imam of the Lekki Muslim Ummah Central Mosque (LEMU), Imam Ridwan Jamiu (left) and guest lecturer Dr Munirudeen Salahudeen Ar-Riyaadby , during the convocation ceremony of Lekki Quran Memorization College held at the Central Mosque of Lekki Muslim Ummah (LEMU), Lekki, Lagos.

• LEMU produces seven teenage hafidhul Koran

Lekki Qur’an Memorization College graduated seven teenagers who managed to memorize entire chapters of the Holy Qur’an and Hadiths.

Lekki Muslim Ummah (LEMU) established the school in 2016, for the memorization of the entire Quran, as part of his ongoing efforts to expand the frontiers of Islamic knowledge and reform society.

The graduates, Abdul-Wadud Akolade, Mubarak Ambali, Abdurahman Oladeji, Yusrohllah Lawal, Teslim Bello, AbdulGaffar Dawodu and Mohammed Oyewale, after being tested, demonstrated skill and God’s blessings bestowed upon them knowledge of the Noble Quran. The audience was amazed when Quranic verses were chosen at random and the graduate students read them fluently, which testified to their knowledge of the Holy Quran.

Addressing students, parents and guests at the Lagos State College convening in 2021, Director of Studies Imam Ridwan Jamiu said that in order for Muslims to claim their lost glory, they must turn to the Koran, its memorization, study and application.

The scholar noted that Muslims were the main cultivators of science, medicine, education, and civilization. He added that Muslim scholars and scientists motivated by the revelation of the Quran spurred the first international scientific revolution, which encouraged the study of science and the pursuit of knowledge.

“Muslims developed the religious and physical sciences, which ushered in the modern scientific revolution. Without an instrument like the astrolabe developed by Muslim scientists, Christopher Columbus would not be able to navigate to discover America.

He said that Islamic civilization influenced the European renaissance and the birth of the Age of Enlightenment. The pillar of Islamic civilization is the Koran

“The need to determine the direction of Qiblah in areas remote from Mecca prompted the creation of the compass. The need to achieve precision in determining inheritance as described in the Quran led to the mathematical concept of algebra. The first hospital in Paris was built after the Europeans returned from Jerusalem for a crusade where they had discovered Muslim culture and knowledge.

“Muslim scholars were translating, analyzing, experimenting and relying on the Greek scientific hypothesis when Europe was still in its dark ages and in the grip of the church which was killing scientists like deviants.

“The world’s first university was introduced by Muslims. The first European scientists were students of Islamic civilization. According to the BBC’s online site, the word algorithm is derived from the name of the Persian Muslim mathematician al-Khwarizmi.

Jamiu noted that some of the oldest and most advanced hospitals were built in Baghdad, Isfahan and Cairo at the beginning of the Islamic centuries. The doctors were highly trained and worked hard to fully understand the illnesses, injuries and treatments.

“Many Muslim doctors have published influential works on medicine, for example: Al Razi made important discoveries about smallpox and is the first known author of a book on childhood illnesses.

“Al-Zahrawi designed new surgical tools and wrote a manual that has been used by surgeons for hundreds of years. Ibn Sina completed a huge medical encyclopedia in 1025, which was still in use in European medical schools in the 1600s. Ibn Nafis wrote about the circulation of blood in the 1200s, long before Western physicians understood it. . Science and Islam have never been contradictory but complementary.

He added that it has been rightly observed that science without religion is blind and religion without science is lame. Science is in fact the methodological and analytical study of the Signs of Allah (SWT) in nature and creature for the benefit of humans here and beyond.

Guest speaker, founder of ZamZam Academy and lecturer, Adeniran Ogunsanya College of Education, Dr Salaudeen Munirudeen Al-Riyadh urged religious scholars, government and guardians to instill in the younger generation the teachings of the Holy Quran and the Sunnah, which is the panacea. for all the evils facing society.

He advised graduates to always consider knowledge of the Holy Quran in their future endeavors.

“The majority of them will not be an imam in the future, we have some who want to be engineers, doctors, lecturers, which is different from an imam who always reads the Holy Quran”

He urged parents of graduates to make an effort to take the necessary precautions to ensure that graduates do not forget what they have memorized.

“These children are too young to understand their role in society as Quran memorizers, it is the role of their parents to guide them and make sure that they do not go astray. Create an opportunity that will encourage them to review what they have memorized.


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The internship offers a unique experience in data analysis and storytelling https://star-warz.net/the-internship-offers-a-unique-experience-in-data-analysis-and-storytelling/ https://star-warz.net/the-internship-offers-a-unique-experience-in-data-analysis-and-storytelling/#respond Thu, 16 Sep 2021 19:24:17 +0000 https://star-warz.net/the-internship-offers-a-unique-experience-in-data-analysis-and-storytelling/ During a summer internship at the Rhode Island State Department, Andrew Briden ’24 tackled problems through data analysis and developed skills in storytelling and data presentation. Here, he looks back on his experience: This summer I had the incredible opportunity to be a summer intern at the Rhode Island State Department. Andrew Briden ’24 At […]]]>

During a summer internship at the Rhode Island State Department, Andrew Briden ’24 tackled problems through data analysis and developed skills in storytelling and data presentation. Here, he looks back on his experience:

This summer I had the incredible opportunity to be a summer intern at the Rhode Island State Department.

Andrew Briden ’24

At the start of my freshman year, I was excited to explore different academic areas and try to figure out what I wanted to pursue. During the spring semester, I worked with the Career and Life Design Center to find a summer opportunity that would involve creative problem-solving thinking, in any discipline. I decided to apply for a Rhode Island State Department scholarship, which pairs students from different departments to work on a project that solves a problem, and then present the results of the project at the end of the summer.

On day one, I was paired with a senior data analyst to be my mentor. I also worked closely with a data scientist, who guided me through the technical side of my daily work and my programming. With these two professionals and another colleague, we met every week over lunch and had a book club, chatting Tell stories with data by Cole Nussbaumer Knaflic. We even had the chance to communicate with the author about our reading. I learned about the career paths of the data team and what their day-to-day work involves. One of my favorite parts of the summer was seeing the creation and release of a 2020 Census Dashboard, an initiative led by my mentor.

Rhode Island State Department summer fellows including Andrew Briden ’24, second from right, join Secretary of State Nellie Gorbea for a group photo.

For my other project, which was my main focus, I was tasked with investigating business registration data at the city and state level, to see where the two intersected and why. With the advice of the data scientist with whom I worked, I embarked on ten weeks of programming to answer the question posed. I started the process by merging and stacking hundreds of thousands of data entries. I then learned to “clean” the data and standardize it across the data set for easy comparison. I created an algorithm to match different business entities, by researching and discovering a computational concept called Levenshtein distance. At first, the project was intimidating with my limited programming experience, but with my mentor’s guidance and after breaking down data science concepts, I felt safe enough to tackle them. During the process, I learned a tremendous amount about using programming and data science tools to answer questions.

One of my favorite parts of the stock market was the weekly lunches with all departments including the Secretary of State’s office, including business services, elections, legislative counsel, communications, archives and information. public. I was also very lucky to have lunch with Secretary of State Nellie Gorbea and her team. Learning the different facets of how state government works was amazing and personal, and I constantly found myself connecting it to the public policy course I had taken the previous semester. I learned a lot from hearing about all the work people were doing and their efforts to continue to make things as transparent and modern as possible.

When I started my project I was afraid that I would not find meaningful business record data, but after ten

Andrew Briden ’24 presents his final project.

weeks, I discovered 351 state and city level games. At the end of the summer, I was able to present my project to Secretary of State Gorbea and her management team. Developing the presentation was a formative part of the summer as I was able to learn how to better visualize the data, using the Tell stories with data book my department gave me, and how to use cartography to display my findings. I have learned that communicating your results effectively is essential for data science projects.

In many ways, this scholarship has exposed me to the power of using data to solve problems and answer questions. Throughout the summer, I constantly thought about how excited I was to return to Trinity with my newfound passion for data science. Trinity’s liberal arts program helps me prepare to ask questions that I don’t necessarily know the answer to, no matter how daunting. Upon my return for my second year at Trinity, I am excited to declare a major in computer science, while pursuing my interests in public health and English.

Images courtesy of the Rhode Island Department of State, Office of the Secretary of State.



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MSU researchers think ‘outside the block’, win big in MDA V-Quad competition https://star-warz.net/msu-researchers-think-outside-the-block-win-big-in-mda-v-quad-competition/ https://star-warz.net/msu-researchers-think-outside-the-block-win-big-in-mda-v-quad-competition/#respond Tue, 14 Sep 2021 20:17:01 +0000 https://star-warz.net/msu-researchers-think-outside-the-block-win-big-in-mda-v-quad-competition/ Mississippi Development Authority officials present MSU’s Jilei Zhang with a check following the inaugural “Pitch in the V-Quad” competition. Pictured, left to right, Bill Ashley, director of business research and workforce development at MDA; MDA Director of Energy and Natural Resources Sumesh Arora; MSU Warren S. Thompson Professor of Wood Science and Technology Jilei Zhang; […]]]>

Mississippi Development Authority officials present MSU’s Jilei Zhang with a check following the inaugural “Pitch in the V-Quad” competition. Pictured, left to right, Bill Ashley, director of business research and workforce development at MDA; MDA Director of Energy and Natural Resources Sumesh Arora; MSU Warren S. Thompson Professor of Wood Science and Technology Jilei Zhang; and Joe Donovan, Director of Tech Innovation and Entrepreneurship at MDA (Photo courtesy of MDA)

Contact: Vanessa Beeson

STARKVILLE, Miss — For a team of researchers in the State of Mississippi, the design of concrete is not set in stone.

Jilei Zhang, Warren S. Thompson Professor of Wood Science and Technology, and a team of researchers from MSU’s Sustainable Bioproducts Department redesigned the material design and cemented their product’s status by participating in the inaugural V-Quad Competition of the Mississippi Development Authority, a US Department of Energy initiative to spur innovation in the state’s energy and agriculture sectors. Last month, Zhang’s team won $ 7,500 in the “Pitch in the V-Quad” competition with its patented technology using bio-based waste to produce graphene for concrete production.

The team’s earnings, supported by the DoE’s Energy Program Award for Innovation Hubs, will be used for the team to perform an industrial-scale trial with a Columbus-based masonry manufacturer to perform the commercial use, testing and certification of the product.

The catalytic thermal conversion process produces graphene from biomass using the original polymeric lignin as a carbon source. The technology avoids the use of harsh chemicals and can potentially reduce the use of cement in concrete production by up to 20%. Cement production alone contributes 8% of global carbon emissions each year. The technology significantly reduces production costs, improves strength and reduces the material’s carbon footprint.

“The idea is to reduce the consumption of cement in concrete while maintaining or improving its strength. By replacing some of the cement with graphene, we can save money while reducing the carbon footprint. We use graphene, an advanced high-tech material, to solve a traditional problem. Meanwhile, we use traditional materials – biomass waste from the paper industry – to create the high-tech material. We are recovering the waste, reducing what would be traditional graphene mining and solving the problem of environmentally intensive concrete production, ”said Zhang.

The team received a $ 5,000 Business Development Grant for Stage 1 this spring as well as access to a 10-week V-Quad Accelerator training course, while MDA provided a mentoring and market analysis while the team completed a business development report. The initial grant helped researchers validate the technology in a lab trial.

Sumesh Arora, director of MDA’s Energy and Natural Resources division and co-leader of the V-Quad team, said the program encourages collaboration between research universities like MSU and the public and private sectors.

“V-Quad is a unique opportunity for Mississippi to link our existing assets and create a cohesive network of exemplary stakeholders from our research universities and the public and private sectors. We are delighted that MDA is leading this effort to encourage the development of new technologies in energy and agriculture. Dr. Zhang’s technology can help meet the needs of industry on a global scale by using waste to improve the material properties of concrete production, while reducing its environmental impact, ”he said.

Jeremy Clay, director of the MSU Office of Technology Management, brought Zhang’s attention to the V-Quad opportunity and is excited to see how the second round of funding will further develop the technology.

“The proof of concept with a commercial supplier is the gold standard, and if all goes well, the patented technology is ready for commercialization. Currently, we are actively looking for business partners to market it, ”he said.

Clay noted that the V-Quad program is a great opportunity for MSU researchers whose technology may be close to market.

“This program helps researchers better understand the process and see if their ideas are ready to market and, if not, what it takes to get there,” he said.

In addition to Zhang, MSU researchers on the technology include Xuefang Zhang, assistant research professor, and Jason Street, associate professor, both in the Department of Sustainable Bioproducts at the Forestry and Wildlife Research Center. Collaborators include the Forest Products Laboratory of the Forest Service of the United States Department of Agriculture.

To find out more about the Sustainable Bioproducts Department, visit www.cfr.msstate.edu/bioproducts. To learn more about licensing the technology, contact Jeremy Clay by email at jeremy.clay@msstate.edu or call 662-325-8222.

MSU is Mississippi’s premier university, available online at www.msstate.edu.


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How Biden’s new vaccine tenure could create tensions in the workplace https://star-warz.net/how-bidens-new-vaccine-tenure-could-create-tensions-in-the-workplace/ https://star-warz.net/how-bidens-new-vaccine-tenure-could-create-tensions-in-the-workplace/#respond Fri, 10 Sep 2021 21:02:00 +0000 https://star-warz.net/how-bidens-new-vaccine-tenure-could-create-tensions-in-the-workplace/ Office policy could become a bit risky in the wake of President Joe Biden’s new tenure on the COVID-19 vaccine, which states that people who work in companies with more than 100 employees must be vaccinated or undergo tests. weekly tests. This policy will have an estimated impact of 100 million Americans. It’s unclear when […]]]>

Office policy could become a bit risky in the wake of President Joe Biden’s new tenure on the COVID-19 vaccine, which states that people who work in companies with more than 100 employees must be vaccinated or undergo tests. weekly tests.

This policy will have an estimated impact of 100 million Americans.

It’s unclear when the rule will be implemented, although it appears to place a burden directly on employers’ shoulders. Human resources departments may soon face the wrath of workers who do not want to be vaccinated.

Dave Lassman of Carnegie Mellon University at the Heinz College of Information Systems and Public Policy said companies will need to “keep an ear on the ground.”

“That sort of thing can explode, right?” People can get really angry and become very unproductive. They can retire from work, ”said Lassman, who specializes in leadership and organizational culture change. “Some people might say, ‘You know, I didn’t get the vaccine because of my opinions and I’m harassed at work. “”

The Biden administration did not say whether the mandate would apply to those who work from home, although it will fall under the jurisdiction of the Occupational Safety and Health Administration, which has the power to impose fines on employers for unsafe working conditions.

While rolling out and enforcing the policy may be a headache for some, Dr Mark Roberts of the University of Pittsburgh said it would reduce the rate of coronavirus transmission if implemented successfully. .

“We have to remember that herd immunity is a local concept,” said Roberts, who heads Pitt’s Public Health Dynamics Lab. “It doesn’t matter if 90% of the people in your state are vaccinated. If only 50% of the people in your workplace are vaccinated, you still have a very high chance of getting sick. “

Roberts said a vaccination rate sufficient to quell the highly infectious delta strain could be between 75% and 85%.


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Membrane-less organelles research project receives funding from the Volkswagen Foundation https://star-warz.net/membrane-less-organelles-research-project-receives-funding-from-the-volkswagen-foundation/ https://star-warz.net/membrane-less-organelles-research-project-receives-funding-from-the-volkswagen-foundation/#respond Mon, 06 Sep 2021 23:48:00 +0000 https://star-warz.net/membrane-less-organelles-research-project-receives-funding-from-the-volkswagen-foundation/ As part of his “Life? Project, the Volkswagen Foundation is funding a research project that sheds light on membrane-free organelles in cells in order to understand the fundamental processes that are essential to life. Professor Edward Lemke will receive funding of around € 1 million over the next five years to support his work in […]]]>

As part of his “Life? Project, the Volkswagen Foundation is funding a research project that sheds light on membrane-free organelles in cells in order to understand the fundamental processes that are essential to life. Professor Edward Lemke will receive funding of around € 1 million over the next five years to support his work in this area. With his research team, Lemke recently demonstrated that it is possible to design an organelle without a membrane that can take on completely new functions within a cell. The biophysical chemist is professor of synthetic biophysics at the Johannes Gutenberg University in Mainz (JGU) and deputy director at the Institute for Molecular Biology (IMB) in Mainz.

Organelles in a living cell are able to produce artificial proteins

The evolution of complex life forms received a major boost when cells began to develop internal organelles. Organelles are compartmentalized areas within cells that perform specific tasks. Among these, for example, are the mitochondria which generate energy, the cell nucleus which stores genetic material and – in the case of plants – the chloroplasts which are responsible for photosynthesis. Some organelles are surrounded by membranes such that the cell nucleus has the nuclear membrane, while others are membraneless. “It would be difficult to design an artificial organelle with a membrane because then a system would also have to be created for the efficient transport of molecules across this membrane,” said Professor Edward Lemke. However, he and his team managed to construct entirely new membrane-less organelles in a living cell. This cell then has multiple genetic codes.

These novel organelles are able to incorporate synthetic amino acids into proteins, resulting in proteins with innovative engineering functions that can be used in a range of applications in the fields of biotechnology, materials science and of biomedicine. It would, for example, be conceivable to integrate fluorescent components which would make it possible to actually visualize the interior of the cell under consideration using imaging techniques or even to generate antibody-drugs for targeted therapy against cancer.

The idea of ​​building an organelle without a membrane is the key

“Our breakthrough is based on rejecting the idea that it is necessary for an organelle in a cell to have a membrane or similar form of enveloping structure in order to have the potential to perform certain functions,” Lemke pointed out. “Thanks to this simple but very convincing concept, we have now discovered a remarkable way to reproduce all the other major cellular processes. In line with the researchers’ expectations, it turned out that they were indeed able to create an individually adaptable cellular system that worked in parallel with the other functions of the cell. Their goal now is to cultivate a new type of cell within a living cell – organelle by organelle and function by function. “With this new approach, we should be able, step by step, to observe and investigate the origin of eukaryotic life and the aging of eukaryotes.”

The research project entitled “De novo organization design from membraneless orthogonal central dogma organelles” is funded by the Volkswagen Foundation as part of the last round of funding of its “Life? – A Fresh Scientific Approach to the Basic Principles of Life ”. The aim of this funding initiative is to promote research on the principles of life at the interface between the natural sciences and the life sciences.

Edward Lemke is Professor of Synthetic Biophysics at the Johannes Gutenberg University in Mainz as well as Deputy Director at the Institute of Molecular Biology (IMB). He also coordinates the DFG priority program on “Molecular mechanisms of functional phase separation”. He received an ERC Advanced Grant worth € 2.5 million in 2020 to support his research.

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Johannes Gutenberg University in Mainz (JGU)


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Omaha Gross opens new innovation center with state champion robot https://star-warz.net/omaha-gross-opens-new-innovation-center-with-state-champion-robot/ https://star-warz.net/omaha-gross-opens-new-innovation-center-with-state-champion-robot/#respond Sun, 22 Aug 2021 22:37:00 +0000 https://star-warz.net/omaha-gross-opens-new-innovation-center-with-state-champion-robot/ OMAHA, Neb. (WOWT) – Over the past two years, Gross Catholic High School in Omaha has been planning and fundraising to help bring its new innovation center to life. Now the new teamwork center is open and ready for students to use. The nearly 10,000 square foot open plan space, located on the upper level […]]]>

OMAHA, Neb. (WOWT) – Over the past two years, Gross Catholic High School in Omaha has been planning and fundraising to help bring its new innovation center to life.

Now the new teamwork center is open and ready for students to use.

The nearly 10,000 square foot open plan space, located on the upper level of the Academic Wing, is intended to provide a collaborative environment for learning and extracurricular activities.

The space will also be used for the high school’s new university academies, which will offer dual enrollment opportunities in health sciences, technology, religion, engineering, etc.

On Friday, August 27, Omaha Gross will hold their official opening ceremony for the new space and feature special guests: the robotics team.

“We had the engineering team that was part of the design, and now the robotics team is part of the dedication,” says Steve Hamersky, professor of science and engineering.

Hamersky, who spent over 40 years at Omaha Gross, led the robotics team for its 11 years of existence. This spring, the team was able to win their first state championship title.

“Over the years we’ve been really close to winning the state championship, but this year it was really good not to end up being second, but to be the first team in the state, so it was really good. ‘was really good,’ he says. “It was a very long season, and it was good to end it that way.”

Now, the team is using their award-winning skills and building a robot to cut the ribbon for the new innovation center, symbolizing the creativity and opportunities the space will provide for current and future students.

“Yes, we were pretty excited about that, we thought it would be a fun thing to do to build a robot that could cut the ribbon and make it interesting and unique to the community, so we’re excited to do it,” Hamersky told 6 News.

Sadly, following the state robotics tournament last April, the world tournament was canceled, so it’s unclear how far the team would have placed themselves on the world stage.

But, coach Hamersky, coach Tom Pelchat, as well as the team, are confident in their abilities. During the 2020-2021 season, all four teams in Gross’s robotics program competed in 14 tournaments, winning 12 and winning a total of 43 trophies.

This year, the program has eight teams, one robot for each team, built and controlled by two to five students in each team.

The program has already participated in a tournament this year, preparing them for the season and the next world competition, which will likely take place in May.

Being invited to cut the ribbon of a new chapter at Gross Catholic is an honor, says the team.

School officials told 6 News that they hope to organize events for alumni and donors to visit the new facilities in the near future.

Copyright 2021 WOWT. All rights reserved.


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What color is the universe? https://star-warz.net/what-color-is-the-universe/ https://star-warz.net/what-color-is-the-universe/#respond Sun, 22 Aug 2021 11:00:30 +0000 https://star-warz.net/what-color-is-the-universe/ A colorful photo of nebula and stars in deep space. (Image credit: Shutterstock) When you look at the night sky, it’s easy to think of the universe as an endless sea of ​​darkness. But if you measured the visible light of all luminous celestial bodies, what would the average color of the universe be? Let’s […]]]>

A colorful photo of nebula and stars in deep space. (Image credit: Shutterstock)

When you look at the night sky, it’s easy to think of the universe as an endless sea of ​​darkness. But if you measured the visible light of all luminous celestial bodies, what would the average color of the universe be?

Let’s get rid of that first: it’s not black.


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National Agriculture Database: Digital Divide May Make Exercise Doomed: The Tribune India https://star-warz.net/national-agriculture-database-digital-divide-may-make-exercise-doomed-the-tribune-india/ https://star-warz.net/national-agriculture-database-digital-divide-may-make-exercise-doomed-the-tribune-india/#respond Mon, 09 Aug 2021 07:56:00 +0000 https://star-warz.net/national-agriculture-database-digital-divide-may-make-exercise-doomed-the-tribune-india/ Manjit S Kang Agriculture Minister Narendra Singh Tomar recently informed Parliament that the Department of Agriculture and Farmer Welfare (DoAFW) will create a National Farmer Database or “Agristack”, a collection of technologies and digital databases focused on Indian farmers and the agricultural sector. The database, which will include digitized farmer land registers, is expected to […]]]>

Manjit S Kang

Agriculture Minister Narendra Singh Tomar recently informed Parliament that the Department of Agriculture and Farmer Welfare (DoAFW) will create a National Farmer Database or “Agristack”, a collection of technologies and digital databases focused on Indian farmers and the agricultural sector. The database, which will include digitized farmer land registers, is expected to help deliver proactive and personalized services to farmers, increase their incomes and improve the efficiency of the agricultural sector. The central government formed the Committee on Doubling Farmers’ Income in 2016; he submitted his report in 14 volumes in 2018. The creation of a dynamic database of farmers is mentioned in one of the volumes.

The DoAFW had launched the Indian Digital Agriculture Ecosystem (IDEA), which was to solicit feedback from stakeholders. From now on, “Proofs of Concept” (PoC) based on data from the database of federated farmers for certain selected areas have been invited. If any of the PoCs (pilot) prove beneficial to farmers, the database should be extended to the national level.

Farmers and some farmer organizations have raised objections to IDEA because there is a lack of farmer representation in the existing working group. They equate this process with how the three farm laws were introduced last year, with farmers not being consulted. A proactive approach is always preferable to a reactive approach.

Another objection concerns the link between the financing of the states by the central government and the implementation of the project. There are other concerns as well; for example, the confidentiality of personal data of farmers in the database.

The DoAFW should take into account the digital divide between rural and urban areas. According to a survey conducted by the National Sample Survey Office (NSSO), between July 2017 and June 2018, only 4.4% of rural households had a computer compared to 14.4% in urban areas. Only 14.9% of rural households had Internet access compared to 42% of urban households. Not all farmers have a smartphone. Thus, if it is launched, most farmers will not be able to reap the purported benefits of the national database.

Since one of the objectives of the proposed database is to double farmers ‘income, I want to comment on the report prepared by the Committee on Doubling Farmers’ Income (DFI).

Ashok Dilwai, chairman of the committee, presenting the report, wrote on the website of the Ministry of Agriculture and Farmer Welfare: “Dear citizens, I am happy to share with you the report of the ‘Doubling Committee’. de (sic) Income ”prepared in 14 volumes… The above volumes can be downloaded for review by all interested stakeholders.

With great optimization of an income revolution for Indian farmers … “

Volume 8 includes four sub-volumes. The smallest volume is n ° 10 (“Risk management in agriculture”; 124 pages) and the largest is n ° 8D (“Improving production through productivity gains”; 333 pages). In total, the 14 volumes consist of 3,156 single-spaced pages. The main actors are the farmers. How can you expect farmers to read and digest the 3,156-page information full of bureaucratic jargon? Not to mention the farmers, I doubt that many agronomists and policy makers have read all of these volumes.

In Volume 12 (“Science to Doubling Farmers’ Income”), the committee said: “At the national level, priority areas for targeting doubling farmer income, although science and technology may be:

a. Farmer Database – as recommended in Volume 13, to create a dynamic database and ensure targeted and efficient delivery of support to farmers, and to assist specialist extension services.

b. Credit Availability – to provide greater coverage under Kisan credit cards, including crops, fishermen and ranchers, and universal access to post-harvest pawn shops.

vs. Market Efficiency – to provide market information through forecasting demand and prices.

D. Extension system – to standardize information, integrate efforts between stakeholders and maximize coverage to reach all farmers.

e. Resource use efficiency – especially for improving soil and water management.

F. Sustainability and productivity gains – to improve yields and expand production while adapting to regional ecological strengths.

The intriguing phrase in the above statement is “could be,” indicating that the committee was unsure whether the six priority areas they listed would work the miracle of doubling farmers’ incomes by 2022. How can one can such a program succeed when the committee was so hesitant to propose the six priority areas?

The committee listed the following five elements as essential “pillars” for doubling farmers’ incomes and maintaining steady long-term income growth: increasing productivity as a path to higher production; reduction of production / cultivation costs; optimal monetization of the product; sustainable production technology; negotiation of risks along the agricultural value chain. You don’t need a committee to come up with such obvious interventions.

Agronomists have continually pointed out that crop productivity has plateaued for a variety of reasons, especially in the states of Punjab, Haryana and western UP, where, encouraged by government policies, monoculture rice-wheat has prevailed in the past. 50 years. While the costs of agricultural inputs have increased significantly from year to year, farmers have achieved only gradual increases in the minimum support price (MSP) for both crops. The Swaminathan Commission made a modest recommendation to provide an MSP of 50% on top of the total input costs incurred by the farmer. This has not been done. In addition, much needed crop diversification has remained elusive despite the food bolus state aquifers drying up due to rice-wheat monoculture.

Merely creating a national database will not double or increase farmers’ incomes. Here are some suggestions to increase their income:

  • Encourage farmers to diversify from rice-wheat monoculture to high value-added crops
  • Provide accurate weather forecast
  • Provide ‘weather-based crop insurance’, whereby farmers are compensated based on adverse weather conditions (extreme temperature, floods, drought, hailstorm)
  • Encourage farmers to form Farmer-Producer Organization (OPA) type cooperatives.
  • Buy crops other than rice and wheat from MSP
  • Help farmers improve their ‘holding power’ so they don’t have to sell their produce all at once
  • Preparing agriculture for unpredictable climate change
  • Encourage farmers not to burn rice straw in the fields
  • Implement the recommendations of the Swaminathan Commission regarding PSM.

The author is former VC, PAU, Ludhiana, and Assistant Professor, Kansas State University

Send your comments to letters@tribunemail.com


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$ 100 million donation fuels decade-long moonshot to create solar satellites that transmit energy to Earth – TechCrunch https://star-warz.net/100-million-donation-fuels-decade-long-moonshot-to-create-solar-satellites-that-transmit-energy-to-earth-techcrunch/ https://star-warz.net/100-million-donation-fuels-decade-long-moonshot-to-create-solar-satellites-that-transmit-energy-to-earth-techcrunch/#respond Fri, 06 Aug 2021 19:24:06 +0000 https://star-warz.net/100-million-donation-fuels-decade-long-moonshot-to-create-solar-satellites-that-transmit-energy-to-earth-techcrunch/ It sounds like a plan concocted by a supervillain, if this villain’s dastardly end was to provide clean, cheap energy around the world: launch a three-kilometer-wide array of solar panels that project the energy from the sun at the surface. Even the price to pay seems gleaned from pop fiction: a hundred million dollars. But […]]]>

It sounds like a plan concocted by a supervillain, if this villain’s dastardly end was to provide clean, cheap energy around the world: launch a three-kilometer-wide array of solar panels that project the energy from the sun at the surface. Even the price to pay seems gleaned from pop fiction: a hundred million dollars. But this is a real project at Caltech, funded for almost a decade largely by a single funder.

The solar space power project has been going on since at least 2013, when Donald and Brigitte Bren’s first donation arrived. Donald Bren is the President of Irvine Company and a member of the Caltech Board of Directors. for. The source of the funds remained anonymous until this week, when Caltech made it public.

The idea emerges naturally from the current limits of renewable energies. Solar energy is ubiquitous on the surface, but of course highly dependent on the weather, season and time of day. No solar panel, even under ideal circumstances, can operate at full capacity all the time, and so the problem becomes one of energy transfer and storage in a smart grid. No solar panel on earth, This is.

An orbiting solar panel, however, can be exposed to full sunlight almost all the time, and without the reduction in its power that comes from that light passing through the planet’s protective atmosphere and magnetosphere.

The latest prototype created by the SSPP, which captures sunlight and transmits it on microwave frequencies.

“This ambitious project is a transformative approach to large-scale solar energy harvesting for Earth that overcomes this intermittency and the need for energy storage,” SSPP researcher Harry Atwater said in the Caltech statement.

Of course, you’d need to collect enough energy to make it worth it in the first place, and you need a way to bring that energy to the surface in a way that doesn’t waste most of it. part in favor of the aforementioned protective layers, but also does not fry anything in its path.

These fundamental questions have been examined systematically over the past decade, and the team is clear that without Bren’s support this project would not have been possible. Attempting to get the job done while researching scholarships and alternating graduate students might have hindered doing so, but the constant funding meant they could hire long-term researchers and overcome early hurdles that might have hindered them otherwise.

The group has produced dozens of published studies and prototypes (which you can view here), including the lightest solar collector-emitter by an order of magnitude, and is now set to launch its first satellite of space test.

“[Launch] is currently expected to be the first quarter of 2023, ”project co-director Ali Hajimiri told TechCrunch. “It involves several demonstrators for the spatial verification of the key technologies involved in the effort, namely remote wireless energy transfer, lightweight flexible photovoltaics, and flexible deployable space structures.”

Diagram showing how tiles like the one above could be put together to form strips, then spacecraft, then arrays of spacecraft.

These will be small scale tests (around 6 feet in diameter), but the vision is for something a little bigger. Bigger than anything in space right now, in fact.

“The final system should consist of several air-deployable modules in close formation and operating in synchronization with each other,” Hajimiri said. “Each module is several tens of meters square and the system can be built by adding more modules over time.”

Image of the appearance of the final space solar installation, a collection of orbiting cells several kilometers wide.

Image credits: Caltech

Ultimately, the concept calls for a structure perhaps as large as 5 to 6 kilometers in diameter. Don’t worry, it would be far enough from Earth that you wouldn’t see a giant hexagon obstructing the stars. The energy would be sent to surface receivers using directed and steerable microwave transmission. A few of them in orbit could transmit energy to any location on the planet full time.

Of course, that is the vision, which is many, many years away if it is to come to fruition. But don’t make the mistake of seeing this as one lofty, if not grandiose, goal. The pursuit of this idea has produced advancements in solar cells, flexible space structures, and wireless energy transfer, each of which can be applied in other fields. The vision may be science fiction, but the science is progressing in a very ingrained way.

For his part, Bren seems happy to just move the ball forward on what he sees as an important task that might not have been attempted at all otherwise.

“I have been studying the possible applications of space solar energy for many years,” he told Caltech. “My interest in supporting Caltech’s world-class scientists is driven by my belief in harnessing the sun’s natural power for the benefit of all. “

We will check with the SSPP before launch.


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