In June 2023, researchers from Baylor University and Oregon State University made a groundbreaking discovery about how to significantly reduce the energy consumption of photonic chips, which are used in supercomputers and data centers. The research, supported by the US National Science Foundation, was published in Nature Scientific Reports.
Today, data centers are integral to the world’s digital infrastructure. However, just one data center consumes as much energy as about 50 office buildings. As of June 2023, the United States had over 2,600 data centers. Data centers must consume less energy to make the digital evolution more sustainable. Currently, photonic chips use particles of light called photons to transmit data rapidly. Unfortunately, this means they require high electricity to stabilize their temperatures and maintain their performance. In their breakthrough, researchers from the two universities made working prototypes of photonic chips whose temperatures they could keep stable using gate voltage, that is, without electric current. This new technology could reduce the need to control photonic chip temperatures by as high as 1 million. This will allow scientists to keep building on the speed and capacity of data centers without compromising the environment.
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Roots of Peace teaches farmers from countries impacted by war to grow crops with higher yields and greater financial value. Its staff sources the equipment, training, and chemicals needed to prepare the land, as well as farmers to grow the crops. Throughout the process, beneficiaries use techniques that promote environmental sustainability.
In addition, Roots of Peace installs equipment for packaging, preserving, and transporting goods. The organization connects farmers with local, nationwide, and even global markets so they can export their crops to the countries with the highest demand. This holistic approach enables Roots of Peace to create lasting change. Because the organization targets subsistence farmers who primarily grow wheat, a crop with low profits that harms the land in the long term, it maximizes the impact of its programs on local economies and families. The new profits allow farm families to afford better health care and let their children attend school rather than work at home. Having previously served as an attorney in both Australia and the United States, Graham R. Taylor is currently a principal of Marquis Advisory, an international business consulting firm in San Francisco. Graham R. Taylor maintains a professional interest in new medical devices, such as a robot that mimics the movements of surgeons when operating on the female reproductive system.
Manufactured by the Israeli company Memic Innovative Surgery, the Hominis Surgical System can perform transvaginal hysterectomies, ovarian cyst removals, and other procedures. Duplicating human movements, the device uses shoulder, elbow, and wrist joints that move through 360 degrees. Under the control of the surgeon at all times, the system includes a console that allows them to monitor the operation through miniature cameras inserted through the abdomen. Since the surgery device is inserted through the vagina, fewer incisions are required than usual. Company officials say the robot produces less postoperative pain, reduces the chance of infection, and allows for a swifter recovery. The FDA approved Hominis in 2021 and it is currently being used in three South Florida hospitals. A clinical study of 30 patients reported a 100 percent success rate. An experienced attorney and business leader, Graham R. Taylor has served as a principal with the Marquis Advisory Group in San Francisco for almost 15 years. He is committed to generating meaningful job prospects for recent graduates in Western economies and is presently working on a plan to connect retired business professionals with young graduates through equity partnerships. In addition to his passion for creating employment opportunities, Graham R. Taylor is also interested in investing in innovative technologies that save energy and new medical devices that can save lives.
In the 21st century, technological advancements are improving healthcare quality and mitigating the rate of deaths from various diseases and injuries. Three types of technology constantly revolutionizing the healthcare sector are artificial intelligence, 3D printing, and smart bandages. Artificial intelligence (AI) in medicine involves using computer algorithms to diagnose and treat diseases. AI can rapidly and accurately identify diseases, outperforming traditional methods. Specifically, in the case of breast cancer, AI helps review mammograms with unprecedented speed and close to perfect precision, mitigating the need for invasive techniques like biopsies to diagnose breast disease. AI has demonstrated proficiency in detecting cancer early when treatment options are more effective. As of February 2023, researchers are building AI algorithms to analyze X-ray scans to detect early lung cancer. In medicine, 3D printers use materials like plastic and metal to create patient-specific models of tissues and organs. A salient term in the US health sector, point of care manufacturing involves using special 3D printers for manufacturing synthetic tissues, such as replacement joints and dental implants, and custom medications. 3D printers are also used for fabricating worn devices like hearing aids. A smart bandage has an in-built temperature-sensitive sensor that monitors wound healing. Some smart bandages have additional electronic components that electrically stimulate injured tissues to heal faster while minimizing scar formation. Serving as principal of Marquis Advisory, Graham R. Taylor has a background as a San Francisco attorney and leverages his experience in his work with VCs and startups across the US and Australia. One of the tech areas in which Graham R. Taylor has extensive knowledge is next-generation, low-energy computer chips that help power the Internet of Things.
Developed by researchers at the University of California, San Diego, one such technology is a battery-free smart tagging system that essentially transforms a cell phone into an RFID reader. Requiring a thousand times less energy than the current state-of-the-art products, the system relies on backscatter communication. This involves LTE signals generated by a smartphone as part of existing operations being redirected back to the device in an easy-to-read format. Approximately the size of a grain of sand, the custom chip can be completely powered through LTE signals in a technique known as RF energy harvesting. Costing only pennies to produce, the chip transforms Bluetooth transmissions into Wi-Fi signals that the smartphone detects and reads through a custom app. If such chips were widely integrated into products, smartphones could be used to identify objects and distinguish their specific characteristics. For example, a smartphone could be used to scan milk cartons at a supermarket in order to see which carton on the shelf expires on the furthest-out date. In the long term, these cheap, portable chips equipped with backscatter modulation capacities may be used to develop devices that do not require expensive and resource-consuming batteries. Graham R. Taylor is an attorney and principal of Marquis Advisory, an international business consulting firm based in San Francisco, California. With a keen interest in emerging technology, Graham R. Taylor focuses on new technologies that save lives and low-energy computer chips for the Internet of Things.
Technological innovations have become an integral part of existence today. The medical sector has not been left out. There have been consistent improvements in technologies that help save lives. These technologies range from providing patient care to making access to healthcare services more seamless. For instance, robotic surgeries are becoming increasingly common in the healthcare industry. Robots have been noted to be tactful and fast when making incisions. In the long run, this reduces the occurrence of accidental movements in surgeries and forestalls medical negligence litigations. Precision medicine is another technological innovation changing the healthcare space. This technology works as a form of cognitive assistant with unbridled medical knowledge. Precision medicine uses algorithms and deep learning to make an accurate medical diagnoses and healthcare advice. Machine learning is also being used to speed up the analytical processes in the pharmaceutical sector. Specifically, machine learning has been instrumental in making clinical trials faster while providing biomarkers for diagnosing diseases. 5/16/2023 0 Comments Breaking Ground by Heidi KuhnAn attorney and business consultant educated at the University of New South Wales and Yale, Graham R. Taylor owns and operate the Marquis Advisory Group in San Francisco, California. Beyond the professional environment, Graham R. Taylor supports several charitable organizations, including Roots of Peace.
Established by Heidi Kuhn in 1997, Roots of Peace began with a “Mines to Vines” initiative that began turning landmine-infested fields into sustainable farmland. The Roots of Peace of today uses a range of methods to promote economic vitality and income-generating opportunities in areas ravished by miliary conflict. Heidi Kuhn tells the story of her journey with Roots of Peace in the 2020 book Breaking Ground: From Landmines to Grapevines, One Woman's Mission to Heal the World. Described by its publisher as both a “memoir and a call to action,” Breaking Ground begins with the initial development of Heidi Kuhn’s charitable vision and charts her progress as she works with landmine survivors and government leaders around the world to spread her message of recovery. The book is also designed to share the power of charity with the reader, encouraging everyone to change the world for the better. Attorney Graham R. Taylor is a principal with the Marquis Advisory Group, a cross-border US business consultancy based in San Francisco, California. Graham R. Taylor supports Doctors Without Borders/Medecins Sans Frontieres (DWB/MSF).
A global organization of nearly 50,000 volunteers, DWB/MSF has provided essential medical assistance to tens of millions of people since beginning its charitable operations in 1971. One of its most recent geographic areas of concern is the southern region of the African country of Malawi. Due to a long-enduring tropical storm that had made landfall several times in February and March of 2023, Cyclone Freddy hit southern Malawi on March 12, bringing strong winds and heavy rain that left hundreds dead or injured. In addition to treating the wounded, DWB/MSF is committed to preventing the spread of cholera after Cyclone Freddy. Cholera tends to thrive after disasters that cause flooding, damage water/sewage systems, and crowd displaced populations into small camps. A master of law graduate from the Yale School of Law, Graham R. Taylor is a principal at Marquis Advisory, LLC, and an international business consultant in San Francisco, California. No longer a practicing attorney, Graham R. Taylor now assists startups in achieving positive returns while remaining sustainable with a positive impact on the society, and the environment, in a concept referred to as social governance.
Traditional business models maximize the return on investments with minimal attention to variables that do not directly affect that objective. Social governance or sustainable investing entails a socially conscious investment and business operations approach. The social aspect covers how the business treats and manages relationships with employees, subordinate staff, external members of the business operation chain such as suppliers, and the immediate community. The business decision-makers and existing policies should employ an equal set of standards to the lowest member of the chain, as they would the top management. Also, the existing physical and psychological working environment should optimize the employees' rights and well-being regarding health and safety. Thirdly, sustainable investors engage the business's community through job allotments, community responsibility initiatives, and encouraging employees to volunteer hours and skills to better the immediate neighborhood. Attorney Graham R Taylor is the Principal at Marquis Advisory, an international business consulting firm in San Francisco, California. Away from his professional activities, Graham R Taylor enjoys playing golf, learning about modern art, and surfing.
Surfing is a popular physical activity that is enjoyed all over the world. It entails riding waves that form due to the ripple effect caused by the wind hitting the water's surface. More giant waves, which more daring surfers enjoy, are also created by significant air movements and changes in temperature and atmospheric pressure. Consequently, there are various types of surfing waves. A common and popular surfing wave is the beach break. These are the waves that break on the beautiful seabed. Beach breaks are the best waves for beginners because they are generally gentle, long, and hollow, though their quality varies depending on the sand type and seabed shifts. Further, waves that break over a rock bottom or coral reef are called reef breaks. The line-up of these waves changes depending on the size and direction of the waves, and when paddling out, surfers must generally use a clearly defined channel. For beginners, reef breaks are hazardous. |
AuthorInternational business strategist and consultant Graham R. Taylor is the Principal of Marquis Advisory Group. ArchivesCategories |