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On the third day of the second test excavations, archaeologists said they identified a mass grave with outlines of at least ten coffins during the graves investigation.During a press conference on Wednesday, researchers said they do not feel they are at the stage of needing to expose those remains, as they do not want to do any harm.Researchers encountered the first set of human remains on day two of the second test excavation in the 1921 Tulsa Race Massacre Graves Investigation.PHOTO GALLERY: Researchers work on second test excavation to recover possible mass graves from 1921 Tulsa Race MassacreArchaeologists said, during a press conference on Oct. 20, they do not know if the remains are from 1921 at this time. They said they are hopeful to find additional remains. Researchers added that this big discovery gives them a better understanding of where to find more remains.Mayor G.T. Bynum said he is grateful for the experts who located the remains. I am very grateful to have the foremost experts in the country working to locate the remains of victims from the 1921 Tulsa Race Massacre. Today, our research team found an unmarked grave in an area previously identified through geophysical survey work. The next step will be to identify if the remains are associated with the Tulsa Race Massacre. This will be done through forensic analysis of the remains, and by comparing them with funeral home and death certificate records. We will continue to take this investigation one step at a time, wherever it may lead. Tulsa Mayor G.T. Bynum Researchers said they found the remains three feet below the surface on the west side of Oaklawn Cemetery.The discovery includes a wood coffin held together with metal nails, a temporary marker used to identify where a gravestone is usually placed and human remains of one person.State Archaeologist Kary Stackelbeck said signs of trauma will help experts determine if these remains were from the 1921 Tulsa Race Massacre.Researchers said the investigation is expected to last one week, but could extend into a second week, depending on the findings.READ MORE: Second test excavation in 1921 Tulsa Race Massacre Graves Investigation to begin Oct. 19The archaeologists are focusing on two areas in Oaklawn Cemetery this time around.The first site is adjacent to two 1921 Race Massacre headstones in the historical African American section of Potters field; the second is a new dig site located on the Southwest section of the cemetery.In 2018, Mayor Bynum announced the City of Tulsa would re-examine potential graves from the 1921 Tulsa Race Massacre. That investigation began in 2020 with crews conducting their search along the western edge of the cemetery. Archaeologists conducted extensive test excavations and concluded with no evidence of human remains.However, the search could continue beyond Oaklawn Cemetery. Researchers said several areas are still candidates for possible mass grave sites related to the 1921 Tulsa Race Massacre. The Canes, near Newblock Park, and Rolling Oaks Memorial Gardens could be next on the list of possible excavation sites.WATCH Oct. 20 press conference below: For more information on the test excavations from the City of Tulsa, click here.You can also follow the City of Tulsa's 1921 Graves Facebook page for photos and continued updates, click here.This story originally reported by Tatianna Taylor on KJRH.com. 3460

TAMPA, Fla. — The Tampa Bay area is known for its crystal clear beaches and white sand.Many people see the saltwater as a place to relax and kick back, but Dr. Serene Al-Momen sees it as a vast area of opportunity to stop the spread of the coronavirus.Specifically with what lies under the surface."The jellyfish is the component of the sensor that basically makes the cell emit light when a pathogen from the air is connected to it or binds to it," Dr. Al-Momen said.Dr. Al-Momen is the CEO of the company Senseware. She said the jellyfish is helping her team identify the coronavirus in the air.Her team works to find what's in the air behind the scenes. They do it with a sensor box not much bigger than an Amazon Echo at home.The sensor can detect pathogens in the air like Ecoli, SARS and anthrax.In March, they shifted gears in what type of pathogen they wanted to find."We took what we had and we kind of improved on it to really meet the challenges of today with COVID," Dr. Al-Momen said.The sensor can count particles down to the smallest micron that the common eye would never catch.To detect the coronavirus, they made adjustments."For COVID, we have the SARS code 2 antibody in that cell. So, what happens is when we get the sample of the air and the sensor gets the sample of the air there is a pathogen that binds into the cell and connects to it it will emit light," Dr. Al-Momen said.To help identify pathogens scientists use a luminescent component from a jellyfish; something that is nothing new when working to identify viruses and diseases."This particular methodology was created in the early 2000s by the MIT Lincoln Labs to specifically identify anthrax threats when anthrax was an issue," Dr. Al-Momen said.The jellyfish's protein helps light up a cell when a pathogen from the air is connected to or binds to it.The team then uses sophisticated algorithms that measure the intensity of the light that can determine whether it's positive or negative.The sensors cost tens of thousands of dollars and are geared towards larger corporations such as hospitals and senior care facilities.Senseware is currently in the Beta testing phase and they hope to offer the machine commercially by November.For more information about Senseware, visit their website. This story originally reported by Vanessa Araiza on abcactionnews.com. 2372

BOWIE, Md. -- Nestled away on a college campus sits a student lounge unlike any found at a typical college. “You're thinking someplace you can relax, you know, some place you can kind of just let your hair down for a moment,” said Christina Becton, a nursing student at Bowie State University in Maryland. On more than one occasion she’s found herself hungry and headed to the university’s new “nutritional lounge.” It’s a place where students can come and get food they can’t afford. “There is certainly a financial constraint being in college,” Becton said. Inside, there’s comfy seating, a flat screen TV and a jar for “suggestions” of food students would like to see featured on the shelves. Yet, the words “food pantry” are nowhere to be found there, for one main reason. “There is a stigma and we want the students to know that we're here to support them. We want to make sure that you know they don't feel this any sense of shame,” said Dr. Aminta Breaux, president of Bowie State, Maryland’s first Historically Black College and University.She said most of their 6,100 students are commuter students. Many work while going to school, but still, hunger abounds. According to 1196

Boeing is facing a growing number of lawsuits after 346 people died in two crashes involving 737 MAX planes. The family of one passenger, 24-year-old Samya Stumo, filed a wrongful death lawsuit against the company. “The potential of my sister and 156 others driven straight into the ground because of Boeing’s greed,” said Stumo’s brother, Adnaan, in a press conference. Kevin Durkin, an attorney representing Stumo’s family, says more than 20 whistleblowers have come forward, including pilots and Boeing engineers, who raised concerns about the plane and pilot training. “I think this plane, as designed, should never fly again,” Durkin said. “I think there has to be major changes in it that ensures it's safe.” Boeing is updating its software to fix the problem detected in both of the 737 MAX plane crashes. However, it's not just victims' families suing Boeing. The company’s own shareholders just filed a lawsuit, claiming the company put its profits ahead of airplane safety and honesty. Boeing has declined to comment on any lawsuits, but this month, its CEO promised safety is a priority. “When the MAX returns to the skies with the software changes to the MCAS function, it will be among the safest airplanes to ever fly,” said Boeing CEO Dennis Muilenburg.The 737 MAX was once Boeing's fastest-selling plane, but the company had zero new orders in the month of March for the plane, which remain grounded worldwide. 1440

LOUISVILLE, Ky. – The robotics lab at the University of Louisville is a lot like a toy shop. “You don’t feel like you’re working with them, more like you’re playing around with robots,” said Sumit Das, a researcher at the lab. For him, it’s a dream come true. “I was always tinkering with things and making new stuff and my parents always encouraging me to do new stuff and even if I failed, they would be like, ‘it’s ok, move on to the next project.’ So, it has always been a project after project after project,” said Das. But here’s the thing. He’s not playing around. Sumit and PhD student Shamsudeen Abubakar, who goes by Abu, are part of a research team building a robot to help people heal. “So, in my estimate, about 5 to 10 years, hopefully we’ll see them be able to work alongside nurses,” said Das. This is ARNA—the Adaptive Nursing Robot Assistant. ARNA is built to help nurses do their job. “So you push on this like a walker that elderly people use,” said Abubakar The robot can do a few things: monitor a patients vital signs, pick things up and bring them to a patient, and help them walk down a hallway. “This robot really has the potential to diminish the incident of patient falls,” said Cindi Logsdon, a nursing profesor at the University of Louisville. Patient falls are a big deal, and Logsdon knows. She’s a consultant on the project and was the Associate Chief of Nursing at the University of Louisville Hospital for almost 10 years. “A big reason that patients fall when they’re in hospitals is they try and get out of bed by themselves, or they try and reach something that they can’t reach, or they depend on the darn bedside table,” said Logsdon. According to the Agency for Health Care Research and Quality, between 700,000 and 1 million patients fall in hospitals each year. Everyone involved in the project is hoping the robot will make a big difference in the U.S. and abroad. “I’m from Nigeria which is a developing country and I think robotics offers an avenue to kind of, you know, not jump the steps in development but kind of close the gap,” said Abubakar. “If there are any of the basic sort of skills that a robot could take over in collaboration with the nurses, in partnership with a nurse, it frees up the nurse for more higher level activities,” said Logsdon. “It’s about how to assist them in doing tasks that can eat their time up,” said Das. I know what you’re thinking. Sure these robots may help us heal in the hospital, but what’s to stop them from becoming self-aware and destroying the human race? “I think that’s limited to fiction. I don’t think that’s going to be a reality as it’s shown in Hollywood. I wouldn’t be worried about that,” said Das. 2725