Posted in space
Space Renaissance is launching the 2022 Membership Campaign!
Space Renaissance Artists **Einar Larsen**, from Norway, and **Priscilla Thomas**, from Alaska, generously donated some of their artworks, and other Space Artists will do the same!
Every **new SRI Members** will receive a link to download a beautiful Visual Space Renaissance ArtWork! ## **CHECK IN TODAY!**.
Artworks donated by Space Artists to all new SRI Members!
Posted in biotech/medical, health, robotics/AI
The “Robotics in Healthcare” Challenge is about the interaction of robotic systems with humans in medical applications. For this purpose, we are looking for ideas around the topic of diagnosis, rehabilitation and treatment in the healthcare and nursing sector. We encourage participants to submit a concept that uses a robotic system to improve the ability to monitor health and prevent, detect, treat, and manage disease, as well as to test and demonstrate new models and tools for health and care delivery. We are looking for solutions that will enable new robotic use cases for the future of healthcare. You can win 20,000 Euros.
Call for Participation: Until 7 January 2022 you can apply with your innovative concepts to the Medical Robotics Challenge!
China’s “artificial sun”, a nuclear fusion tokamak reactor that could provide almost limitless amounts of emission-free energy, set a new record on Thursday by running for 1,056 seconds at high plasma temperature, according to a report from Xinhua.
The particular tokamak reactor is called EAST, which stands for Experimental Advanced Superconducting Tokamak. It is located in Hefei, China, and it also broke a record in May when i… See more.
The University of Copenhagen in Denmark is a very unique place. Apart from being one of the oldest universities in Scandinavia, it is also one of the top universities in the world. So far, 39 Nobel laureates have been affiliated with the University and it sports a spectacular center for healthy aging which hosts the Biology of Aging lab. In September 2021 the University of Copenhagen hosted the 8th annual Aging Research and Drug Discovery (ARDD) meeting.
This year’s ARDD meeting, held at the Ceremonial Hall of the University, was the largest conference on aging and biopharma in the world for the second consecutive year.
The conference, which took place from August 31 to September 3, brought together leaders in the field of longevity research with the focus on aging research, drug discovery and biomarker development. Those who regularly read my articles know that I believe that aging research is the emerging trend in the biopharmaceutical industry. The field is well and truly emerging and ARDD is one of the first conferences to credibly bring together pharmaceutical companies, startups, clinicians, venture capital firms, and representatives from academia to the same table.
The first ARDD meeting was held in 2014 at Basil, Switzerland. Back then, the meeting was known as the Aging Forum and was part of the MipTec and Basel Life congresses. From its inception, the conference was intended to bring together the pharmaceutical industry, leading academics, investors, and startups while maintaining a very high level of scientific credibility, while focusing on the translational potential.
When thinking of the power of the Ingenuity drone on Mars, which has done more than a dozen flights on the Red Planet to scout ahead of the Perseverance rover, imagine what it would be like to fly a similar machine over the moon.
But without a substantial atmosphere to speak of — the moon is essentially “airless” — such a hovering drone needs a completely different way to stay above ground than on Mars. The early-stage design, being developed at the Massachusetts Institute of Technology, proposes using the moon’s static charge to keep the vehicle flying.
The moon’s electrical properties are well-known to science, as it produces such qualities as hovering dust — especially at the line of daylight and darkness. Small rovers on the moon haven’t been used yet at all, although we have seen a few on the Japanese Hayabusa2 mission to asteroid Ryugu.
“That spacecraft operated around a small asteroid and deployed small rovers to its surface,” lead author Oliver Jia-Richards, a graduate student in MIT’s department of aeronautics and astronautics, said in a statement. “Similarly, we think a future [moon] mission could send out small hovering rovers to explore the surface of the moon and other asteroids.”
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If you thought the Hubble Space Telescope was about to be surpassed by the new James Webb Space Telescope (Webb), think again.
Now on its way to its observing position a million miles from Earth, Webb has a 6.6 meter mirror–compared to the 2.4-meter mirror inside Hubble–so six times more collecting power.
Should we compare Webb with Hubble? No–Webb is an infrared telescope while Hubble deals mainly in optical (visible) light.
Besides, Hubble has just issued a stunning new image, one of several in the last few weeks, that prove that there’s plenty of life left in the old space telescope yet.
The main image of this article, above, was released yesterday and shows a spiral galaxy called NGC 105 about 215 million light-years away in the constellation Pisces. It also shows, top-left, a smaller galaxy. Are the two colliding? No–it’s merely a chance alignment of the two objects in the night sky. That smaller galaxy is much further away.
Planet-spotting is all about perspective.
From where we stand in our orbit of the Sun the closest planet to us, Venus, will come to what astronomers call inferior conjunction on Sunday, January 9.
After over six months of shining brightly in the west in the post-sunset sky in its apparition as the “Evening Star,” on that day Venus will finally disappear from sight.… See more.
H-Tec Systems receives research funding to advance research project PEP.IN with PEM electrolysers expertise as part of the H2Giga hydrogen project.
Augsburg-based hydrogen technology company H-Tec Systems is now officially part of the H2Giga hydrogen project for research & development into the series production of PEM electrolysis stacks and electrolysers. The German Federal Ministry of Education and Research (BMBF) is supporting H2Giga with a total funding volume of up to 500 million euros. The aim is to identify and test novel processes for the competitive mass production of electrolysers in Germany to make green hydrogen affordable and competitive.
As an expert and visionary in green hydrogen technology, H-Tec Systems is receiving research funding for the H2Giga project “PEP.IN” to further advance series production. By spring 2025, H-Tec Systems will identify new production processes for PEM electrolysis stacks and electrolysers in the gigawatt range and develop corresponding test facilities to quickly set up and commence series production.
The H2Giga project PEP.IN stands for Industrialisation of PEM Electrolysis Production and aims to optimise processes and equipment to produce electrolysers and electrolysis stacks in mass production. Part of the research work within the project is the investigation of a production plant for electrolysis stacks and electrolysers. In addition, a central component of the project is the further development of the electrolysis stacks to make them as simple and cost-effective as possible to produce. For smooth, highly available and cost-effective production, it is necessary to align the corresponding supply chains to the needs of the production. In addition, the individual components of an electrolyser will be considered in order to implement automated production of electrolysers in the gigawatt range. By collecting smart stack and plant operating data, H-Tec Systems will also contribute to the further development of the plants.
Bluetti says its first-generation sodium-ion battery excels in thermal stability, fast-charging capacity, low-temperature performance, and integration efficiency, despite slightly lower energy density than its lithium-ion counterparts. The solar generator and battery’s chemical components also feature more abundant materials than traditional lithium-ion batteries, lowering prices and alleviating concerns about resources scarcity.
The NA300 solar generator delivers a 3,000Wh capacity, considerably less than the 5,100Wh of the company’s EP500 Pro model. But the generator capacity shouldn’t be a big issue for consumers, as it supports up to two B480 battery modules (4,800Wh each), which brings the total capacity to 12,600Wh. The unit, recharged by solar panels, can serve a family’s electricity needs for several days or even a week during grid failures or natural disasters.
It is said that the sodium-ion solar generator seamlessly inherits all the style and appearance settings of its predecessor – EP500 Pro – especially four 20-amp traditional wall plugs, as well as a 30-amp L14-30 output port, driven by the built-in 3,000W pure sine wave inverter.
Sure, a refrigerator can keep your veggies fresh… but LG’s tiiun can keep it fresher! Designed as a unique home appliance that lets you grow your own herbs and veggies the LG tiiun was announced in the run-up to CES 2022. The indoor gardening appliance is roughly the size of a dorm refrigerator, standing at approximately 3 feet tall, and features two shelves that can accommodate up to 6 all-in-one seed packages and various seed kits.
The term tiiun comes from the Korean word meaning ‘to sprout’ and is LG’s way of indicating that this appliance is an all-in-one self-sufficient garden. The appliance creates a perfect microclimate and all the right conditions for the plants to grow, even mimicking light cycles so you could potentially keep your tiiun anywhere in a room without worrying about access to proper sunlight. LG’s Flexible Weather Control System creates the ideal situations for organic growth while also keeping pests at bay. An internal watering system also delivers water to the plants (8 times a day) to keep them hydrated. All you really have to do is install the tiiun and sit back while your plants grow on their own!
