Vertical takeoff and landing, the craft takes passengers door to door without any additional infrastructure. We have seen some other passenger drones from Hoversurf, Ehang and Volocopter, but those are more or less real in comparison with Bentley drone. There is not much to say about the design, it’s screams futurism
The magical kingdom of Dubai continues to cement its dual reputations as both the world’s most future-forward city, and the most desperate for attention, with the announcement that it plans to add quadcopter-style hoverbikes to its police fleet.The police hoverbike was announced at GITEX, the biggest technology expo in the gulf region. Under electric power, it can fly a pilot at up to 70 km/h (43 mph) with a programmed maximum height of 5 meters (16 ft). It’ll also fly unmanned with a top speed closer to 100 km/h. Range is in the 20-25 minute area, with recharge times around 3 hours – but batteries are swappable to keep these things in the air if necessary.
IN BRIEFThis Monday, the scientists from LIGO, VIRGO and observatories around the world will reveal new information about their work with gravitational waves — an area that could transform science forever, and offer unparalleled insight into our universe.EXCITING NEWS ABOUT GRAVITATIONAL WAVESOn Monday, October 16, the National Science Foundation (NSF) will host an event at the National Press Club in Washington, DC featuring researchers from the Laser Interferometer Gravitational-Wave Observatory (LIGO) and Virgo collaborations, along with scientists from approximately 70 observatories from around the world. Journalists are also invited to attend the event, which is intended to be the global reveal for new findings on gravitational waves.First the scientists will discuss the new findings, which are from LIGO, Virgo, and various other observatories from all over the world. Next, telescope teams studying extreme cosmic events in partnership with the LIGO and Virgo collaborations will discuss their recent findings. The event will begin for the press and public at 10:00 a.m., EDT.On September 14, 2015 the LIGO team first detected gravitational waves, a discovery that they announced in February of 2016. Gravitational waves are created (among other things) by the compacting and releasing of the fabric of spacetime as two black holes orbit each other in a dance of death. The first observed event confirmed Einstein’s general theory of relativity, via which he posited spacetime as a singular and unitary phenomenon, and was a milestone in astronomy and physics that would usher in a new field of gravitational-wave astronomy. Three more detections were confirmed since then, the most recent of which was the first joint LIGO and Virgo detection.
The new and growing branch of nanotechnology promises much. In the near future, experts predict that nanosensors will be used inside our bodies to monitor our health and alert us to disease or even an oncoming health crisis. Nanosensors could also monitor the environment. Another exciting application is creating the next generation of materials with novel properties.These can include gaining electrical properties in fabric-based items. Consider clothing that can conduct electricity; your outfit could have electronics built into it, or even a wireless charger for your phone. Nanotech can also help create the next generation of bullet-proof and explosive-resistant materials. We will be able to imbue materials with other properties as well such as water-resistance, anti-corrosive properties, anti-fogging, anti-abrasion, and more.Imagine self-healing materials. Tear your jacket? No problem. It just grows back. In the realm of energy, nanotech could be used to improve solar cells and develop ultra-capacitors for energy storage, which could help us embrace green energy and jettison fossil fuels. In total, scientists believe nanotech can help us to develop multi-component systems that are smart, autonomous, and adapt to the environment or changing circumstances.
Nvidia just announced plans for “Pegasus,” its next-generation system for autonomous cars. Due out in the second half of next year, Pegasus is a license-plate sized computer that the chip giant says can process 320 trillion operations per second. That, Nvidia said, is the equivalent to a 100-server data center and — more importantly — enough to power a fully autonomous car.
Elon Musk says that Tesla can rebuild Puerto Rico’s electricity system with independent solar and battery systems. In a response to Twitter user’s question about Musk’s ability to revamp the island’s power infrastructure, he said:The Tesla team has done this for many smaller islands around the world, but there is no scalability limit, so it can be done for Puerto Rico too. Such a decision would be in the hands of the PR govt, PUC, any commercial stakeholders and, most importantly, the people of PR.Puerto Rico’s Governor, Ricardo Rossello, retweeted Musk’s original tweet and reached out to him, suggesting that the island could be a “flagship project” in terms of showcasing Tesla’s scalability potential.
Expect to see more flying taxis and services within the next few years as the technology is further developed and tested. German startup E-volo, for example, also has plans to launch a taxi service next year, while Uber has promised to introduce their own flying taxis by 2020. Dubai recently had a successful test of its autonomous Volocopter, which is also meant to be used in urban areas — albeit for shorter, 30-minute trips. Lastly, there’s the German company Lilium, which just received an additional $90 million to develop their all-electric flying taxi, with the intent to have a series of commercialized aircraft by 2025.