Monday, December 5th, 2016

Time	Event
7:20p	Many CEOs Believe Technology Will Make People Largely Irrelevant An anonymous reader shares a report on BetaNews:Although artificial intelligence (AI), robotics and other emerging technologies may reshape the world as we know it, a new global study has revealed that the many CEOs now value technology over people when it comes to the future of their businesses. The study was conducted by the Los Angeles-based management consultant firm Korn Ferry that interviewed 800 business leaders across a variety of multi-million and multi-billion dollar global organizations. The firm says that 44 percent of the CEOs surveyed agreed that robotics, automation and AI would reshape the future of many work places by making people "largely irrelevant." The global managing director of solutions at Korn Ferry Jean-Marc Laouchez explains why many CEOs have adopted this controversial mindset, saying: "Leaders may be facing what experts call a tangibility bias. Facing uncertainty, they are putting priority in their thinking, planning and execution on the tangible -- what they can see, touch and measure, such as technology instruments." Read more of this story at Slashdot. (Comment on this)
10:00p	Engineers Explain Why the Galaxy Note 7 Caught Fire Engineers with manufacturing technology company Instrumental tore apart a Galaxy Note 7 to try and figure out what may have caused some devices to overheat and explode, causing Samsung to recall and eventually cancel all Galaxy Note 7 devices. In their damning new report, the engineers discovered the root of the problem appears to be that the battery is too tightly packed inside the body of the Note 7. Digital Trends reports: They discovered the battery was so tightly packed inside the Galaxy Note 7's body that any pressure from battery expansion, or stress on the body itself, may squeeze together layers inside the battery that are never supposed to touch -- with explosive results. Batteries swell up under normal use, and we place stress on a phone's body by putting it our pocket and sitting down, or if it's dropped. Tolerances for battery expansion are built into a smartphone during design, and Instrumental notes Samsung used "a super-aggressive manufacturing process to maximize capacity." In other words, the Galaxy Note 7 was designed to be as thin and sleek as possible, while containing the maximum battery capacity for long use, thereby better competing against rival devices such as the iPhone 7 Plus and improving on previous Note models. The report speculates that any pressure placed on the battery in its confined space may have squeezed together positive and negative layers inside the cell itself, which were thinner than usual in the Note 7's battery already, causing them to touch, heat up, and eventually in some cases, catch fire. Delving deeper into the design, the engineers say the space above a battery inside a device needs a "ceiling" that equates to approximately 10 percent of the overall thickness. The Galaxy Note 7 should have had a 0.5mm ceiling; it had none. Read more of this story at Slashdot. (Comment on this)
10:40p	Panasonic Announces 1,000,000:1 Contrast Ratio LCD Panel To Rival OLED OLED panels have always been known to have higher contrast ratios than LCD panels, but that may be about to change with Panasonic's recently announced LCD IPS display. The display boasts a 1,000,000:1 contrast ratio, which is up to 600 times more contrast than some of the company's conventional LCD panels that tend to offer around 1800:1 ratios, and rivals OLED specifications. Android Authority reports: Panasonic has accomplished this through the use of its new light modulating cell technology, which allows the company to switch off individual pixels in the display using a secondary control layer. Typically, LCD backlights mean that either the entire or only large parts of the display can be dimmed at any one time. OLED panels switch off lights entirely for a black pixel to offer very high contrast ratios, and this new LCD technology works on a very similar principle. This is particularly important for reproducing HDR video content, which is becoming increasingly popular. Furthermore, this new light modulating cell technology allows Panasonic to increase the peak brightness and stability of the display, which can reach 1,000 cd/m2 while also providing HDR colors. Many other HDR TV panels top out in the range of 700 to 800 cd/m2, so colors, highlights, and shadows should appear vivid and realistic. Panasonic plans to ship the new display starting in January 2017 with sizes ranging from 55 to 12 inches. Read more of this story at Slashdot. (Comment on this)

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