• Strengthening Mobile Device Email Security and Privacy

    Large and small organizations alike now rely heavily on mobile devices like smartphones or tablets to enable their workers, customers and management to connect and collaborate, even when some or all of them are working remotely. But device users may prioritize convenience over strong security, accidently share sensitive information with unintended audiences, or use their corporate- or government-owned devices in contexts in which sensitive business information should not be shared.

  • System to Locate Rescue Forces in Distress

    In the event of fires, earthquakes, or in other emergency situations, rescue forces are often called to free persons caught in buildings. These rescue missions are very risky: Dangers are difficult to assess in advance and the helpers themselves may suddenly need help. To support them as quickly as possible, researchers have developed a system to locate injured or buried rescue forces in buildings. For positioning, no GPS signal is needed.

  • Tools to Help Volunteers Do the Most Good after a Disaster

    In the wake of a disaster, many people want to help. Researchers have developed tools to help emergency response and relief managers coordinate volunteer efforts in order to do the most good. The researchers used advanced computational models to address these areas of uncertainty in order to develop guidelines, or rules of thumb, that emergency relief managers can use to help volunteers make the biggest difference.

  • Wind Energy Expansion Would Have $27 Billion Economic Impact

    Wind, which generates less greenhouse gas emission than burning fossil fuels, is making up an increasing share of the energy production portfolio in the United States. But wind is not as efficient as coal or natural gas, causing some concern about its economic impact. A new study that models increased wind production in 10 states shows significant economic impact in those states, as well as billions of dollars spread over the rest of the country.

  • 5 Burning Questions about Tech Efforts to Track COVID-19 Cases

    The pitch from technology companies goes something like this: We can tap phone data to track Covid-19 infections in U.S. communities and swiftly warn people about potential exposure, all without ever compromising anyone’s privacy. Casey Ross writes in STAT that Apple and Google turned heads a few days ago when they announced a joint effort to bolster this public health service — a task known as contact tracing — by building software into smartphones that relies on Bluetooth technology to track users’ proximity to one another. Facebook is participating in a similar effort led by the Massachusetts Institute of Technology. While their brands give them instant credibility in the business world, infectious disease experts aren’t convinced the technology offers a tidy solution to such a complicated public health problem.

  • The Challenge of Proximity Apps For COVID-19 Contact Tracing

    Around the world, a diverse and growing chorus is calling for the use of smartphone proximity technology to fight COVID-19. In particular, public health experts and others argue that smartphones could provide a solution to an urgent need for rapid, widespread contact tracing—that is, tracking who infected people come in contact with as they move through the world. Proponents of this approach point out that many people already own smartphones, which are frequently used to track users’ movements and interactions in the physical world. But it is not a given that smartphone tracking will solve this problem, and the risks it poses to individual privacy and civil liberties are considerable.

  • Bluetooth Signals from Your Smartphone Could Automate COVID-19 Contact Tracing While Preserving Privacy

    Imagine you’ve been diagnosed as Covid-19 positive. Health officials begin contact tracing to contain infections, asking you to identify people with whom you’ve been in close contact. The obvious people come to mind — your family, your coworkers. But what about the woman ahead of you in line last week at the pharmacy, or the man bagging your groceries? Or any of the other strangers you may have come close to in the past 14 days? Researchers are developing a system that augments “manual” contact tracing by public health officials, while preserving the privacy of all individuals. The system enables smartphones to transmit “chirps” to nearby devices could notify people if they have been near an infected person.

  • New Website Will Help Steer the U.S. Away from Fossil Fuels

    A new website, Model Laws for Deep Decarbonization in the United States, was launched on Tuesday to help accelerate a sustainable U.S. transition to net-zero greenhouse gas emissions. It will provide policy makers at the federal, state and local levels with the legal tools needed to transition away from fossil fuels.

  • Deepfakes 2.0: The New Era of “Truth Decay”

    Deepfake technology has exploded in the last few years. Deepfakes use artificial intelligence (AI) “to generate, alter or manipulate digital content in a manner that is not easily perceptible by humans.” The goal is to create digital video and audio that appears “real.” Brig. Gen. R. Patrick Huston and Lt. Col. M. Eric Bahm write that a picture used to be worth a thousand words – and a video worth a million – but deepfake technology means that “seeing” is no longer “believing.”  “From fake evidence to election interference, deepfakes threaten local and global stability,” they write.

  • Studies: Hand Sanitizers Kill COVID-19 Virus, E-Consults Appropriate

    In a study yesterday in Emerging Infectious Diseases, Swiss and German researchers found that alcohol-based hand sanitizers recommended by the World Health Organization (WHO) are effective in killing the novel coronavirus. The authors noted that while 30 seconds is the recommended time to rub hand sanitizers into the skin and was the time used in this study, most people don’t use them for that long. And a study yesterday in the Annals of Internal Medicine with important COVID-19 ramifications found that 70.2 percent of 6,512 electronic consultations (e-consults) made by 1,096 referring clinicians to 121 specialists were appropriate. While e-consults can increase patient access to specialists, minimize travel, reduce the time between referral and specialist feedback, and lower unnecessary in-person clinic visits—which is essential during the COVID-19 pandemic—data on their appropriateness and utility have been limited.

  • Head Lice Drug Ivermectin Being Studied as Possible Coronavirus Treatment

    An antiparasitic drug sometimes used to treat head lice has undergone preliminary studies for use in the fight against the coronavirus — and has shown promising results, according to reports. Yaron Steinbuch writes in the New York Post that while recent reports have focused on the anti-malarial hydroxychloroquine as a possible miracle treatment, experts have expressed cautious optimism that ivermectin also could be used for COVID-19, ABC News reported. Ivermectin — which was developed in the 1970s and 1980s — was first used to treat tiny roundworms called nematodes in cattle, then for river blindness in humans, and most recently to rid people of head lice, ABC News reported. The drug’s antiparasitic prowess has landed it on the World Health Organization’s list of essential medicines. And recently, a team of Australian scientists has studied ivermectin in vitro in connection with the coronavirus pandemic.

  • Coronavirus Cases: Mathematical Modeling Draws More Accurate Picture

    Mathematical modeling can take what information is reported about the coronavirus, including the clearly underreported numbers of cases, factor in knowns like the density and age distribution of the population in an area, and compute a more realistic picture of the virus’ infection rate, numbers that will enable better prevention and preparation, modelers say. “Actual pandemic preparedness depends on true cases in the population whether or not they have been identified,” says one researcher. “With better numbers we can better assess how long the virus will persist and how bad it will get. Without these numbers, how can health care systems and workers prepare for what is needed?”

  • The Coronavirus Crisis: A Catalyst for Entrepreneurship

    Throughout human history, crises have been pivotal in developing our societies. Pandemics have helped advance health-care systems, wars have fueled technological innovations and the global financial crisis helped advance tech companies like Uber and Airbnb. The present coronavirus pandemic will arguably not be an exception; entrepreneurs can be expected to rise to the challenge. Businesses play a key role both in helping society get through an economic crisis and in creating innovations that shape society after a crisis. So one key question is: how will the ongoing crisis influence future society? While it’s hard to predict the future, we can develop an understanding of what is ahead by analyzing current trends. It’s clear the post-pandemic future will be different. What’s happening during the crisis will have a lasting impact on society. Current signs of entrepreneurial initiative and goodwill give us some cause for optimism. In the words of Stanford economist Paul Romer: “A crisis is a terrible thing to waste.”

  • Quantum Computers Will Break the Internet, but Only If We Let Them

    Tomorrow’s quantum computers are expected to be millions of times faster than the device you’re using right now. Whenever these powerful computers take hold, it will be like going from a Ford Model T to the Starship Enterprise. Hackers may soon be able to expose all digital communications by using advanced quantum computers. A new form of cryptography would stop them, but it needs to be put into place now.

  • Lasers to Detect Weapons-Grade Uranium from Afar

    It’s hard enough to identify nuclear materials when you can directly scan a suspicious suitcase or shipping container. But if you can’t get close? A technique for detecting enriched uranium with lasers could help regulators sniff out illicit nuclear activities from as far as a couple of miles away.