Back when SPACS came out I both took a bath in this name and made a bundle. I'd rather talk about the bundle had a good amount in the $1.00 area and sold near $4.00 so pretty nice return. Lets forget the ride down. AUR Aurora Innovation, Inc. $3.70 0.39(+11.78%)3:59 PM 07/12/24 I have not thought about this name in a while but I was doing some research on Uber and I see Uber chose AUR for their trucks. I checked the chart and indeed... Huge vol stick and B/O on this news. 5 days = 27% 1 month = 47% I think $5 is doable. Uber picks Aurora Innovation for first autonomous truck program NewsTue, Jun. 25
PENN PENN Entertainment, Inc. $20.58-0.19(-0.91%)4:00 PM 07/12/24 NASDAQ |$USD |Post-Market:$20.99+0.41(+1.99%)7:59 PM 16% short... where is this buyout/? Penn gains amid report Flutter interest in joining with Boyd for a takeover NewsFri, Jul. 05
ON POET-- Quick run to $5 and get out. The going concern statement that Van highlighted was boilerplate and mandatory for the co because they were raising capital. The enthusiastic reception from OFC helped us to secure multiple successful capital raises from institutional investors committed to our company's success.The additional capital fortifies our financial foundation as we navigate the next phase of our growth. (Suresh Venkatesan, CEO) POET managed to sell CAD10 million worth of shares twice - one at a price ofCAD3.069to a single institutional investor, and the other at a price of CAD2.90 At OFC, we showcased four new products, each of which garnered serious attention from the industry, with the strongest interest in our leading-edge optical engine technology that powers optical modules for AI processing clusters, and in our light source products that facilitate chip-to-chip light-based data communications and high-speed computing. In addition toFoxconn, we are expanding our previously announced relationship with Luxshare, to include additional optical module products, and collaborating with MultiLane, a key supplier of high-speed test equipment in the industry to offer 800G and 1.6T optical modules. (Suresh Venkatesan, CEO)
South Korea stunned by robot suicide. What can be called as the first ‘robot suicide.... A robot civil servant in South Korea, known as 'Robot Supervisor,' was found unresponsive at the bottom of a stairwell.The cause of the fall is under investigation, with concerns raised about potential overwork. The robot, developed by Bear Robotics, assisted in various tasks at Gumi City Council. A robot working as a civil officer in South Korea’s Gumi City Council is thought to have died by an ‘act of suicide’. The robot was found unresponsive after it reportedly threw itself off a six-and-a-half-foot flight of stairs. The ‘diligent’ first-of-its-kind robot who helped the council with daily document deliveries and city promotion seems to have succumbed to the work stress, say reports In a twist straight out of a science fiction thriller, work pressure seems to have claimed its latest victim in South Korea: a robot. On June 26, South Korea’s Gumi City Council revealed that their top administrative officer robot was discovered ‘dead,’ having seemingly thrown itself down a six-and-a-half-foot flight of stairs. The incident has left the local community mourning what is being referred to as the country’s first robot “suicide”.
Now how will we get there? K2-18 b, an exoplanet 8.6 times as massive as Earth, orbits the cool dwarf star K2-18 in the habitable zone and lies 120 light-years from Earth.
Despite what science fiction may suggest, humanity will never be able to travel at the speed of light. That said, we could theoretically get close. To cause the fewest problems for our human occupants, it would best to maintain the acceleration our body is familiar with: Earth’s gravitational pull. At the surface of our planet, that is 32.2 feet/second2(9.8 meters/second2). Accelerating at that rate, from the perspective of the traveler it would take 2.65 years to reach 99 percent the speed of light. To better appreciate the result, consider that such a traveler wants to reach the center of the Milky Way. That’s nearly 30,000 light-years distant. For half that distance, they’ll want to accelerate at 32.2 ft/s2(9.8 m/s2) and then decelerate by that same amount for the remaining half of the journey. At that acceleration, it would take the traveler around 20 years to get there — 40 years for a round trip.