Cutting the price of CO2 removal to under $100 per ton.
Reducing global carbon emissions can go a long way in reducing the impact of climate change, though it may not be enough.
In a bid to turn the tide around amid dire scientific predictions, the U.S. Department of Energy (DOE) announced ambitious new plans to accelerate the development of carbon capture technologies, a report from The Verge explains.
1. In a paper published on October 28 2021, in the peer-reviewed Journal of Heredity, scientists from the San Diego Zoo revealed that at least two California condors born over the last 40 years or so are biologically fatherless. A genetic database maintained since the 1980s showed no trace whatsoever of paternal genes in their DNA.
2. No one knows whether reproducing asexually is a new talent for California condors. Maybe the species has always been capable of it. California condors almost went extinct in the 1980s, and they are still endangered. Because of this, the number of animals in the genetic database is too small for anyone to address the question reasonably.
Consider the room you are sitting in: From the injection-molded plastic of a computer mouse to the synthetic carpet fibers on the floor, you are surrounded by petroleum-derived products in your daily life. But what if there is a better way to produce the products we depend on with cleaner and greener materials? Biomanufacturing offers a way to use materials from nature to create the items we use every day.
Checkerspot, a materials innovation company, is rethinking products from a molecular level. It is optimizing microbes to biomanufacture unique structural oils found in nature. The company has taken the technology it has built and turned it into a platform to bring us closer to a post-petroleum future.
After multiple attempts, the Defense Advanced Research Projects Agency — commonly known as DARPA — has confirmed that it has successfully completed a mid-air recovery of the X-61 drone, Gremlins. While details of the test were not revealed, DARPA said that the mission was accomplished last month at the Dugway Proving Ground in Utah.
The Gremlins drone is a semi-autonomous unmanned aerial vehicle (UAV) designed to carry a wide variety of payloads, including those for electronic warfare while being operated remotely. Launched from a mothership, such as the modified Hercules C-130 cargo aircraft, these drones are built to operate in swarms, offering the military a low-cost way of engaging its adversaries, without getting close to enemy lines. Therefore, the mid-air recovery of these drones is vital for them to enter service.
The Parker Solar Probe is an engineering marvel, designed by NASA to “touch the sun” and reveal some of the star’s most closely guarded secrets. The scorch-proof craft, launched by NASA in August 2,018 has been slowly sidling up to our solar system’s blazing inferno for the past three years, studying its magnetic fields and particle physics along the way. It’s been a successful journey, and the probe has been racking up speed records. In 2,020 it became the fastest human-made object ever built.
But Parker is learning a lesson about the consequences of its great speed: constant bombardment by space dust.
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Fusion power plants use magnetic fields to hold a ball of current-carrying gas (called a plasma.
Plasma is one of the four fundamental states of matter, along with solid, liquid, and gas. It is an ionized gas consisting of positive ions and free electrons. It was first described by chemist Irving Langmuir in the 1920s.
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If you traveled 10,000 years into the future, what would planet Earth look like? Would most of its surface be covered in volcanoes? Or would it be frozen in ice? What if you traveled even further, to one million years in the future? Would all of the oceans have evaporated? Or would it have become one giant water world? Now, what about one billion years? Would there be any humans left? Or would they have settled in other parts of the galaxy?
A US$500 billion accelerator of human progress — mansoor hanif, executive director, emerging technologies, NEOM.
Mansoor Hanif is the Executive Director of Emerging Technologies at NEOM (https://www.neom.com/en-us), a fascinating $500 billion planned cognitive city” & tourist destination, located in north west Saudi Arabia, where he is responsible for all R&D activities for the Technology & Digital sector, including space technologies, advanced robotics, human-machine interfaces, sustainable infrastructure, digital master plans, digital experience platforms and mixed reality. He also leads NEOM’s collaborative research activities with local and global universities and research institutions, as well as manages the team developing world-leading Regulations for Communications and Connectivity.
Prior to this role, Mr Hanif served as Executive Director, Technology & Digital Infrastructure, where he oversaw the design and implementation of NEOM’s fixed, mobile, satellite and sub-sea networks.