Kate Walsh Talks Playing ”Wicked Bitch” Addison Montgomery on … – E! Online

Kate Walsh will always have a bit of Addison Montgomery in her.

The actress rose to fame onGrey's Anatomystarring as the girl every avid watcher loved to hate. After two seasons as a main character opposite Ellen Pompeo andPatrick Dempsey, Walsh parlayed Addison into her own spinoff,Private Practice. Now four years after the hit medical drama said goodbye to the infamous neonatal surgeon, Walsh is reflecting on the role that changed her life.

During a Q&A with Buzzfeed, Kate said she'll never forget her entrance at the end of seasonone.Grey's fans will vividly remember when she (and her fiery red locks) surprised estranged husband Derek Shepherd (Dempsey) and his new girlfriend, Meredith Grey, (Pompeo) at the hospital. She recalled, "I got more calls and attention from that 60-second scene than anything in my career before.Isn't that funny?"

Walsh continued, "Everyone hated me, but at that time there was no Twitter. There were chat rooms, but I never really went on them. I kind of liked being the Wicked Witch from the East. Or the wicked bitch. [Show creator] Shonda [Rhime's] really gifted at flipping every character that's seemingly awful. It's a great lesson in how to have compassion for people that you initially hate."

ABC

The 13 Reasons Why staralso dished on-set secrets from the early days ofGrey's...long before the critical acclaim, sky-high ratings and Emmy awards.

Walsh explained, "With Grey's, I remember because I came in at episode 8, at that time the morale was really low. They kept changing the name of the show. It was Doctors and then Surgeons and then Complications and I was like, 'What a bullshit show title!' Grey's Anatomy is the perfect title."

"To keep our morale up they started showing us episodes at Friday lunches that were already edited," she revealed. "And I was like, 'This is a really good show' and I was so excited to be a part of it. I was supposed to do a pilot for another sitcom on ABC, and it didn't end up getting picked up and then they called me to be a series regular on Grey's and the world changed. It was stunning, right? It was really phenomenal."

With such fond memories, does Kate ever reminisce with aGrey's Anatomybinge-watching sesh? "I don't!" she admitted, "Once in a while I'll see a gif somewhere online. It would be really interesting to go back and watch nowthat would be really cool."

"It was funny, I was on The Today Show and I didn't know that Taye Diggs was guest-hosting and they showed a little clip of us when Sam and Addison were dating [on Private Practice] and I was like, 'Oh my god, who is that girl?' It's like watching someone else. I don't usually watch myselfI get a little freaked out. It's not good for me."

Walsh is evidently still a huge fan of the long-running series, and was just as shocked when producers killed off McDreamy in season 11. "Well, I was surprised when they killed off Patrick," she dished. "It had been so long and I was like, 'Oh, really?' And I tuned into that episode. It was like, 'Oh, I guess I should watch this.'

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Kate Walsh Talks Playing ''Wicked Bitch'' Addison Montgomery on ... - E! Online

Advanced Anatomy Classes at Broadway Bares’s Strip U | Out … – Out Magazine

Sunday at the Hammerstein Ballroom in midtown Manhattan, 181 of the hottest dancers in New York Citywith a roster of special guestsperformed with an absolute minimum of costuming. What could be more educational? The biggest seminar on the perfection of male and female dancer bodies was attended by eager students willing to toss large handfuls of crumpled tuition dollar bills at the nearly naked instructors, and it was all for a good cause! Broadway Bares Strip U raised $1.57 million for Broadway Cares/Equity Fights AIDS.

Want to meet some of the dancers? Check out their Instagram feeds.

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Advanced Anatomy Classes at Broadway Bares's Strip U | Out ... - Out Magazine

About last night: Anatomy of one of Phillies’ worst losses of 2017 – PhillyVoice.com

It wasnt all bad.

Really.

The last hour or so of Wednesday nights game surely was a series of unfortunate events. And well get to most of those in a minute, but, first, something good that actually came from one of the worst games of the season, a game that ended with the Phillies on the losing end for the 39th time in their last 50 games.

Nick Pivetta, the 24-year-old right-hander the Phillies once acquired for Jonathan Papelbon, is beginning to resemble the pitcher who dominated the competition in Triple-As International League in April. In his eighth career MLB start, Pivetta struck out a career-high 10 before walking a batter and took a 5-1 lead into the sixth inning.

After sporting a 5.12 ERA and allowing five home runs and an opponents 1.025 OPS in his first four starts, which earned him a trip back to Triple-A, Pivetta has a 3.91 ERA in his last four since returning to the Phillies, hes allowed just two homers and held the opponent to a .220/.304./.354 slash line.

Pivettas fastball was sitting at 94-MPH on Wednesday night and he was commanding it with the confidence of a veteran starter, not a kid that looked shell-shocked in May. Going to Allentown to work on his off-speed stuff helped, but so did reconnecting with his confidence, the mojo that can help a young pitcher take the important next step in their maturation.

As baseball players, you get into a rhythm, Ive gotten into a rhythm here and theres still stuff I can work on to help this team win more but I still put my team in a position to win, Pivetta said Wednesday night. Ive got more time here, got more confidence.

Pivetta is averaging 9.78 strikeouts-per-nine innings this season, which ranks second to the Angels Alex Meyer among rookies with at least 40 innings of work. Hes struck out 19 of the last 49 batters hes faced in his last two starts while walking just three batters in the same 13-inning span.

OK, now that thats done, onto the bad

It probably felt like a broken record last night for Phillies fans watching the bullpen blow the 5-3 lead Pivetta turned over to the relief corps.

Joaquin Benoit, one of the offseason moves that really hasnt panned out well for general manager Matt Klentak, served up a home run to the first batter he faced in the eighth inning, Cardinals pinch-hitter Jose Martinez, to make it a one-run game. Benoit has given up at least one run in three of his six appearances this month.

Hector Neris, one of baseballs best eighth-inning relievers in 2016, continued to be one of baseballs least trustworthy closers in 2017. He served up a game-tying homer to the second batter he faced in the ninth; Neris has served up five home runs in 13 save situations this season and opponents have a .879 OPS against him in save opportunities this season, compared to a .623 OPS in non-save opportunities. Perhaps its time to put him back in the eighth and let that be that.

But who should close? Pat Neshek makes a heck of a lot of sense, given his success this year. Yeah, he probably wont be here in a month as one of the teams two attractive trade deadline chips (along with Howie Kendrick) but that doesnt matter much now. Let him close until then.

Speaking of Neshek, there was a little confusion as to why he wasnt called on to pitch at all on Wednesday, when every other reliever that entered found a new way to turn a winnable game into a disaster. After the game, manager Pete Mackanin said Neshek was unavailable, as veteran relievers sometimes are through the course of a season.

He told me he couldnt pitch, Mackanin said. He was just sore.

According to Neshek, this isnt exactly true. Prior to the game, Neshek said Mackanin told him he was down, meaning he wouldnt be using him and instead would be giving the 36-year-old a day off after working in six of the previous 10 games (and warming up in another one of those contests but not entering, too).

Neshek may have asked for a day before Mackanin gave him the heads-up prior to the game but he may have also taken the ball if asked on Wednesday night, too.

One last bullpen note: its probably time to send Edubray Ramos to Triple-A.

Hes walked 20 batters and allowed 32 hits in 30 innings. Ramos 1.73 WHIP ranks 174th of the 189 major league relievers with at least 30 innings. Jeanmar Gomez, who was designated for assignment on Tuesday, was just ahead of him (173rd) with a 1.70 WHIP.

I dont know what to tell you, it looks like hes mixed up or something, Mackanin said of Ramos, who struck out 40 and walked 11 in 40 innings last year as a rookie. Hes not the same guy.

Despite being one of the Phillies few talented left-handed hitters capable of hitting anywhere toward the top of the lineup, Odubel Herrera was once ago promoted from a premier spot in Mackanins batting order to the sixth spot prior to Wednesdays game. Herrera had been leading off since Cesar Hernandez was placed on the DL, but his .291 OBP and 13 walks (fewer than every other regular whos been healthy all year) in 68 games are conducive of a leadoff hitter, of course.

Perhaps the lineup shift woke Herrera up. He went 2-for-5 with a double and a couple of RBI. Hes hitting third this afternoon.

But, yup, were burying the lede. In the bottom of the ninth, with the game tied, Herrera blatantly blew through third base coach Juan Samuels stop sign when Freddy Galvis doubled to left field.

Herrera was easily out by a few yards. Rally, over.

I was playing aggressive, Herrera said after the game through an interpreter. I wanted to win the game. So when I was rounding third, I put my head down. I kept going to home plate. Yeah, I saw (the stop sign). But I saw it late.

Samuel tried to physically place himself in front of Herrera as a last-second move after Herrera ignored him, to no avail. Samuel said it was the first time in his coaching career that a player ignored his stop sign at third.

I'm watching the plays in front of me, Samuel said. I put the brakes on, you've got to stop, whatever the situation is.

Herrera was one of the few bright spots on the Phillies roster in 2015 and 16, slashing .291/.353/.419 with 23 home runs, 51 doubles, and 41 stolen bases, and finishing as a finalist for the National League Gold Glove Award for center fielders last season. The 25-year-old has taken a major step back this season (.255/.291/.405, 13 walks, 68 strikeouts in 289 plate appearances).

The Phillies awarded Herrera with a five-year, $30.5 million contract this winter. It looked like a smart, team-friendly deal at the time, even getting it in place before Herrera was eligible for arbitration.

But now? Despite Herreras physical talent, he makes enough regular mental mistakes to make you wonder whether that was such a smart deal after all.

Follow Ryan on Twitter: @ryanlawrence21

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About last night: Anatomy of one of Phillies' worst losses of 2017 - PhillyVoice.com

Heatwaves are testing the limits of human physiology more and more – Fusion

By 2100, if nations continue to burn fossil fuels at the current rates, three out of four people will be at risk from lethal heatwaves.

And even if the governments of the world act on promises they made in 2015 and drastically reduce greenhouse gas emissions, almost one in two could face the risk of sickness and death by intolerable heat.

That is because, as the temperatures rise, heat and humidity begin to challenge human physiology. Humans are adapted to body temperatures of around 37C. If humidity the levels of water vapour in the air go up with the thermometer, then people caught in a zone of extreme heat cannot adjust body temperatures by perspiration.

And with every 1C rise in temperatures, the capacity of the air to hold moisture goes up by 7%. People with no access to air conditioning or a cool breeze become at high risk.

It happened in Europe in 2003, when an estimated 70,000 died. A heatwave in Moscow in 2010 killed around 10,000. And researchers warned years ago that under global warming predictions, more such extremes of heat would become inevitable by 2020.

Heatwaves pose a considerable risk to human life because hot weather, aggravated with high humidity, can raise body temperature, leading to life-threatening conditions.

We are running out of choices for the future, said Camilo Mora, a geographer at the University of Hawaii at Manoa, who led the study.

For heatwaves, our options are now between bad or terrible. Many people around the world are already paying the ultimate price of heatwaves, and while models suggest that this is likely to continue, it could be much worse if emissions are not considerably reduced.

The human body can only function within a narrow range of core body temperatures around 37C. Heatwaves pose a considerable risk to human life because hot weather, aggravated with high humidity, can raise body temperature, leading to life-threatening conditions.

Dr Mora and colleagues warned years ago that by 2016 climate would change inexorably in at least some regions of the globe. More recently he and colleagues calculated that the relentless increase in carbon dioxide levels in the atmosphere could limit the growing season and pose a threat to world food security. History has yet to deliver a verdict on either prediction.

But the warning about heatwaves starts from facts already available. One scientific group has calculated the humidity and temperature hazards and predicted that at least one climate zone the Gulf between Iran and the Arabian Peninsula could become murderously hot by the centurys end.

A second study of heatwaves over recent decades in India has established a link between extremes of heat, climate change and mass death.

Dr Mora and colleagues in the US and Britain report in Nature Climate Change that they found evidence on a global scale. They began with 30,000 relevant publications and identified 911 scientific papers with data on 1,949 case studies of cities or regions where deaths were associated with high temperatures.

From this mass of information they found 783 lethal heatwaves in 164 cities across 36 countries, with most cases recorded in developed countries at mid-latitudes since 1980: in cities such as New York, Washington, Los Angeles, Chicago, Toronto, London, Beijing, Tokyo, Sydney and So Paulo.

From this data, they found a common threshold at which temperatures and humidities became lethal: that is, as relative humidity climbed, even lower temperatures could kill. And then they devised a world map of those cities and regions most at risk.

Right now, one human in three lives in a climate zone in which death by extreme heat is or could be possible. The area in which such conditions are liable to happen on at least 20 days a year is predicted to grow.

By 2100 New York could have around 50 days in which conditions could be potentially lethal. In Sydney, Australia the number of such deadly days could be 20, for Los Angeles 30.

For Orlando, Florida and for Houston, Texas the entire summer could exceed the thresholds at which people have been known to die.

People are talking about the future when it comes down to climate change, but what we found from this paper is that this is already happening. In fact since 1980 we found close to 2,000 cases of these places and cities when people died from this, and this is obviously going to get a lot worse, Dr Mora said.

Notoriously, President Trump has announced that he will withdraw the US from the Paris Agreement of 2015 to contain average global warming to well below 2C by the centurys end.

The implication of the Hawaiian research is that if nations act in a concerted way to reduce fossil fuel emissions, an estimated 48% of the human population could be at risk of summer extremes. And if they do not, this hazard rises to 74%.

Climate change has put humanity on a path that will become increasingly dangerous and difficult to reverse if greenhouse gas emissions are not taken much more seriously, Dr Mora said.

Action like the withdrawal from the Paris Agreement is a step in the wrong direction that will inevitably delay fixing a problem for which there is simply no time to waste.

This story was originally published by Climate News Network.

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Heatwaves are testing the limits of human physiology more and more - Fusion

CASIS and NCATS Announce Five Projects Selected from … – GlobeNewswire (press release)

June 21, 2017 12:00 ET | Source: Center for the Advancement of Science in Space

Kennedy Space Center, FL, June 21, 2017 (GLOBE NEWSWIRE) -- The Center for the Advancement of Science in Space (CASIS) and the National Center for Advancing Translational Sciences (NCATS), part of the National Institutes of Health (NIH), today announced five grants have been awarded in response to afunding opportunityfocused on human physiology and disease onboard the International Space Station (ISS) U.S. National Laboratory. Data from this research which will feature tissue chips (or organs-on-chips) will help scientists develop and advance novel technologies to improve human health here on Earth. These initial five projects are part of a four-year collaboration through which NCATS will provide two-years of initial funding of approximately $6 million, to use tissue chip technology for translational research onboard the ISS National Laboratory. Awardees will be eligible for a subsequent two years of funding, pending availability of funds, based upon performance and achieving milestones for each project.

The opportunity to partner with CASIS to perform tissue chip science on the International Space Station is a remarkable opportunity to understand disease and improve human health, said NCATS Director Christopher P. Austin, M.D. Physiological functions in the microgravity of the International Space Station will provide insights that will increase translational effectiveness on earth, including identifying novel targets for drug discovery and development.

The NCATS grants will support the following research projects:

Lung Host Defense in Microgravity

George Worthen, M.D. and Dan Huh, M.D, Childrens Hospital of Philadelphia (PA)

Implementation Partners: Space Technology and Advanced Research Systems (STaARS) and SpacePharma Inc

There is a link between infections and the health of our immune system. Infections are commonly reported onboard spacecraft where exposure to microgravity negatively affects immune system function, but the mechanisms responsible are not well understood. The goals of this project are to test engineered microphysiological systems that model the airway and bone marrow; and to combine the models to emulate and understand the integrated immune responses of the human respiratory system in microgravity.

Organs-on-Chips as a Platform for Studying Effects of Microgravity on Human Physiology: Blood-Brain Barrier-Chip in Health and Disease

Christopher Hinojosa, M.S. and Katia Karalis, D.S., M.D, Emulate, Boston (MA)

Implementation Partner: SpaceTango

The objective of this project is to validate, optimize and further develop Emulates proprietary Organs-On-Chips technology platform for experimentation with human cells in space. The intent is to develop an automated platform and software to accelerate experimentation in space that will become available to the broader scientific community for studies in human physiology and disease in space. The scientific findings will provide new advancements for Earth studies in human disease and drug discovery. The Brain-Chip to be studied in microgravity is a prototype for an organ system centrally positioned in homeostasis and thus, involved in the pathogenesis of multiple types of disease including neurodegeneration, traumatic injury, and cancer.

Cartilage-Bone-Synovium Microphysiological System: Musculoskeletal Disease Biology in Space

Alan Grodzinsky, Sc.D., M.S and Murat Cirit, Ph.D., Massachusetts Institute of Technology, Cambridge (MA)

Implementation Partner: Techshot

This research focuses on a cartilage-bone-synovium joint tissue chip model to study the effects of space flight on musculoskeletal disease biology, motivated by post-traumatic osteoarthritis and bone loss. The effects of pharmacological agents to ameliorate bone and cartilage degeneration will be tested on earth and in the International Space Station, using a quantitative and high-content experimental and computational approach.

Microgravity as Model for Immunological Senescence and its Impact on Tissue Stem Cells and Regeneration

Sonja Schrepfer, M.D., Ph.D., Tobias Deuse, M.D., and Heath J. Mills, Ph.D., University of California, San Francisco (CA)

Implementation Partner: Space Technology Advanced Research Systems (STaARS)

Many space-related physiological changes resemble those observed during cellular aging, including defects in bone healing, loss of cardiovascular and neurological capacity, and altered immune function. This project aims to investigate the relationship between an individuals immune aging and healing outcomes, and to investigate the biology of aging from two directionsnot only during its development in microgravity conditions but also during recovery after return to earths environment.

Effects of Microgravity on the Structure and Function of Proximal and Distal Tubule Microphysiological System

Jonathan Himmelfarb, M.D., and Ed Kelly, M.S, Ph.D., University of Washington, Seattle (WA)

Implementation Partner: BioServe Space Technologies

When healthy, your two kidneys work together filter about 110 to 140 liters of blood to produce about 1 to 2 liters of urine every day. Dehydration or diseases like diabetes and high blood pressure impair kidney function and result in serious medical conditions including protein in the urine and kidney stones. Like osteoporosis, these conditions are even more common and follow an accelerated time-course in people living in microgravity. This project will send a kidney model to the International Space Station in order to understand how microgravity and other factors affect kidney function, and to use these discoveries to design better treatments for proteinuria, osteoporosis, and kidney stones on earth.

Our partnership with NCATS builds upon dramatic results fostered by public and private investment in organ-on-chip research and enables these pioneering researchers the opportunity to leverage the ISS National Laboratory to further advance an integral and burgeoning area of medical discovery to improve human health on Earth, said CASIS Deputy Chief Scientist Dr. Michael Roberts. Additionally, through these creative and collaborative partnerships with established granting agencies like the NCATS, the ISS National Lab demonstrates that research in microgravity is a viable setting to push beyond the terrestrial limits of scientific discovery and opportunity.

All grants and subsequent flight opportunities are contingent on final contract agreements between the award recipients, NCATS and CASIS.

For more information on the NCATS Tissue Chip for Drug Screening Program, including Tissue Chips in Space, please visit https://ncats.nih.gov/tissuechip.

To learn more about the on-orbit capabilities of the ISS National Lab, including past research initiatives and available facilities, visitwww.spacestationresearch.com.

# # #

About CASIS: The Center for Advancement of Science in Space (CASIS) is the non-profit organization selected to manage the ISS National Laboratory with a focus on enabling a new era of space research to improve life onEarth. In this innovative role, CASIS promotes and brokers a diverse range of research inlife sciences,physical sciences,remote sensing,technology development,andeducation.

Since 2011, the ISS National Lab portfolio has included hundreds of novel research projects spanning multiple scientific disciplines, all with the intention of benefitting life on Earth. Working together with NASA, CASIS aims to advance the nations leadership in commercial space, pursue groundbreaking science not possible on Earth, and leverage the space station to inspire the next generation.

About the ISS National Laboratory:In 2005, Congress designated the U.S. portion of the International Space Station as the nation's newest national laboratory to maximize its use for improving life on Earth, promoting collaboration among diverse users, and advancing STEM education. This unique laboratory environment is available for use by other U.S. government agencies and by academic and private institutions, providing access to the permanent microgravity setting, vantage point in low Earth orbit, and varied environments of space.

# # #

Attachments:

http://www.globenewswire.com/NewsRoom/AttachmentNg/87bf4685-0ff3-4650-98dc-6ba3709e125a

Attachments:

A photo accompanying this announcement is available at http://www.globenewswire.com/NewsRoom/AttachmentNg/4efb40f5-4081-428a-8548-9602bcb08511

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CASIS and NCATS Announce Five Projects Selected from ... - GlobeNewswire (press release)

Scholars debate free will in light of new neuroscience findings – Loma Linda University Health

Professor of Religion James Walters, PhD, left, and guest speaker Philip Clayton, PhD, took questions from the audience after Claytons plenary address during the conference Whats with Free Will? Ethics and Religion after Neuroscience.

Arms crossed in defiance. So reacted many of the audience members when Philip Clayton, PhD, stated his conviction that humans dont have complete free will. Noting this instinctual response of his listeners, Clayton said:

Half of you just crossed your arms over your chest, which is a biological signal that you think Im wrong.

For community members attending the conference Whats with Free Will? Ethics and Religion after Neuroscience on May 19-20, the topics complexity was revealed in the range of viewpoints argued by Clayton, of Claremont School of Theology, and the events other plenary speaker, Thomas Oord, PhD, of Northwest Nazarene University, as well as numerous other scholars during the smaller sessions.

Professor of Religion James Walters, PhD, of Loma Linda Universitys School of Religion, where he also directs its Humanities Program, organized the conference to consider the vast topic of free will, particularly in light of some new neuroscience findings that may suggest free will is just an illusion. That idea runs contrary to centuries of much Christian teaching that argues for free will as both a cornerstone of theodicy and a sign of Gods love for his creatures a love that does not allow Him to compel. The topic of free will is also crucial to fields such as law and ethics.

Clayton began his presentation by asking the audience members to clap their hands or blink, noting that they did so of their own free choice. Some refused to do it, also indicated their free choice right?

By and large, we just know were free, dont we? he asked, before spending the next hour arguing that most people dont have genuine freedom but that people may possess a psychological and spiritual freedom that, for most intents and purposes, is genuine.

Beginning with new findings of neuroscience and then discussing the increasing complexity of living organisms, from single-celled creatures to the great apes to humans, Clayton explained how both complexity and unpredictability increase, along with the ability to learn new behaviors.

But does that equal genuine free will? He argued no: humans are conditioned and bound by genetics, the workings of the brain, experience and education, to name a few to make the choices they do.

Was Nobel Laureate Francis Crick right? Are we nothing but a pack of neurons?

No, argued Clayton. He suggested a way to rise above pure determinism, via an asymptotic (for the mathematically inclined) or quasi type of freedom. He said that though humans cannot truly break free of every influence over them, according to scientific findings, they can choose a self-identity in which looking back and looking forward they own responsibility for their actions even if they werent taken freely.

In other words, humans transcend their lack of choice by creating personhood. And this allows humans to come into communion with what philosophy calls the ground of our being, which Clayton believes to be God. Having a relationship with Him.

This, Clayton said, is the answer we give to the universe.

Audience members heard a different perspective from Oord the next day. He opened his talk by asking the audience to imagine explaining the human experience via email to a being from a different galaxy.

Would free will be something to include that email? He argued yes of a limited variety. Despite what were told as children, we cannot actually be anything we want when we grow up. A person with no coordination cannot play the game like their favorite professional athlete, for example, he said. A blind person cannot choose to see.

But in general starting with what he called the most obvious reason Oord argued that our actions reveal our basic belief in freedom. He noted that if someone is punched, he or she will blame the aggressor.

Free will, Oord said, helps people make sense of other people and is necessary for the societal and religious concept of moral responsibility. Other items on his list of nine reasons we should affirm freedom included:

It shows us that our lives matter. It explains the desire to reject the old and embrace the new (change ones ways). It is most compatible to believing in a God who loves us. It explains our desire to learn.

This is an argument many would agree with. But Oord declared another, more controversial tenet: God, too, is limited.

Yes, Oord said: by the very nature of Gods being love He cannot act outside the desire for creaturely well-being.

This begs the question of why He doesnt then prevent suffering, Oord said.

God cannot prevent evil unilaterally, Oord said, backing up the statement by pointing to Bible verses that state limitations on Gods behavior. For example, 2 Timothy 2:13 says God cannot be unfaithful to his nature. Hebrews 6:18, among other verses, states God cannot lie.

But unable to stop wickedness? Part of His nature that Oord argued God cannot deny is to give life and give autonomy with it. And as an open theist, Oord believes God does not know the future and could not predict whether that freedom would mean creatures choosing sin and evil.

Following Oords presentation, a panel of some of the conferences scholars responded.

They were Kendal Boyd, PhD, MA, associate professor in LLU School of Behavioral Health; Calvin Thomsen, PhD, assistant professor in LLU School of Religion; Fritz Guy, PhD, author and research professor of philosophical theology at La Sierra University; David Larson, PhD, DMin, professor in LLU School of Religion; Richard Rice, PhD, professor in LLU School of Religion; Marlene Ferreras, MFT, doctoral student at Claremont School of Theology and associate professor of practical theology at La Sierra University; James Walters; Gerald Winslow, PhD, director of LLU Center for Christian Bioethics; Zane Yi, PhD, assistant professor at LLU School of Religion; Charles Scriven, PhD, author, pastor, former educator and chair of the Adventist Forum board; and Mark Ard, MD, MA, psychiatry resident at Loma Linda University Health. Most of them are members of the Seventh-day Adventist Church, which is the parent organization of Loma Linda University Health.

On the whole, Oords concept of human free will seemed to appeal more to most members of the panel than did Claytons. But there was some disagreement from the panel about Oords argument that Gods will is not completely free.

Winslow, for example, expressed discomfort with the idea that God has to give creatures free will. Rather, he said, God risked much in the service of love.

For her part, Ferreras agreed that God cannot exert complete control over humanity, but she said that He is able to act in the world for the good through the church.

Clayton was tasked with making a closing statement. He started by noting that he and Oord, with their two different ways of seeing, both have the same commitment to belief in a God of love.

And to understand Gods love, the best way to do so is to put it in terms of the greatest amount of love that humans can conceive of, Clayton said, which he believes is revealed through studying the nature of Jesus.

Clayton referred to the apostle Pauls letter to the Philippians, chapter 2:6-8, which says of Jesus:

Who, being in very nature God, did not consider equality with God something to be used to his own advantage; rather, he made himself nothing by taking the very nature of a servant, being made in human likeness.

And being found in appearance as a man, he humbled himself by becoming obedient to death even death on a cross!

Humans have the freedom to make a similar choice, Clayton said. A God who would voluntarily limit Godself so that we as puny human beings could rise, be free and enter into relationship with God, is the model for our own love, to voluntarily live in a sacrificial way for others.

Conference planner Walters said after the event, "I couldn't be more pleased with how the conference came together.The quality of the presentations was top-rate, the discussion significant and engaging, and the diversity of views broad. No one argued for a simple free will. A few argued that free will is more hope than reality, but the majority view was that humans possess genuine, but limited, free will."

Video of the conference can be viewed on the LLU School of Religion events video page.

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Scholars debate free will in light of new neuroscience findings - Loma Linda University Health

How Far Have You Gone to Curtail Human’s Nefarious Activities? – The Good Men Project (blog)

Humans are the most complicated being on earth. The state (good, bad or worst) of the world today is totally dependent on the activities of humans. Human behavior is dynamic and can be hardly studied for future outcome. This is because there are some factors (social, economic, political and environmental) that can influence a persons behavior at a given period.

This simply explains why humans have different motives per time; some individuals are planning on safeguarding the lives and property in a particular society, while others are planning to execute terrorist act. It also explains how some top leaders are planning to make the world a better place by helping the needy and refugees while others are building nuclear weapon program worth billions of Dollars for the destruction of mankind.

I am narrowing this perspective of human behavior to workplace environment based on personal experience. Apart from capital and machineries, good employees are the most important organizational valuable resources. But, on the contrary, immoral employees are business worst nightmares especially when it is difficult to identify and flush them out of your organization.

It came to a period in my company where profit was declining despite a steady rise in the number of customers and increased sales. One didnt need to tell me that something is wrong somewhere. The workers were productive and showing great zeal to achieving stated goals, but I knew that someone somewhere was exploiting my companys loopholes.

One major thought on my mind then was; problem identification. This is because. without identifying where the problem is, there is no way you can solve it. It was not quite long when I started to spy on iPhone text messages that I uncovered some nefarious activities of my staff.

Firstly, the companys products were overloaded in each truck. More than 10 packs were not accounted for per day. This is simply connivance between the supervisor, security personnel and the customers. Secondly, the companys vehicles were most times used for private purposes; i.e. transporting heavy duty goods to other locations. Thirdly, fifteen liters of fuel was bought per day instead of the stipulated twenty liters.

Putting round pegs on round hole was my first action. This entails sacking the most unscrupulous staff and redeploying others. Immoral employees are like virus; they have the capacity to negatively affect the good ones. Hence keeping them is like wanting your organizations growth to be stalled.

By redeployment, I selected employees that, with the best of my knowledge and good judgment, can maintain a high sense of integrity in handling organizational resources.

Theorganizations employees monitoring program was intensified. Instead of quarterly performance appraisal program, a more proactive performance management program was introduced. This was geared towards evaluating the daily workers input. Employees monitoring software and spy camera were also installed in the organization to have real time activities of workers.

By laying off the bad eggs which were cogs in the wheels of my organizations progress, there was need to hire. In doing this, I paid adequate attention on past behavior of the applicants. According to study, past behavior is the best predictor of future behavior, so capturing reliable data on candidates reputation isthebest way of evaluating their integrity. Unless we do so, immoral behaviors will remain the silent killer of individual careers and organizational effectiveness.

In conclusion, humans have good or evil motives. One needs to be extremely careful when dealing with your fellow individuals because you do not know who wants you down and whose gat your back covered. The more effort you put to curtail humans nefarious activities, the safer the world would be for us to dwell.

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Photo Credit: Getty Images

Richard Agu is a speaker and freelance writer passionate about entrepreneurship, business start-ups, Self development, sports and health. He co-owns a blog that specializes on dishing out quality skin care tips.

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How Far Have You Gone to Curtail Human's Nefarious Activities? - The Good Men Project (blog)

Mountain lions fear humans, UC Santa Cruz study reveals – KSBW The Central Coast

SANTA CRUZ, Calif.

"Fraidy cat" isn't the way most people think of mountain lions, but when it comes to encounters with humans, perhaps they should.

New research into the behavior of these big cats indicates that they don't like encountering humans any more than we like bumping into them on hiking trails.

"We exposed pumas in the Santa Cruz mountains to the sound of human voices to see if they would react with fear and flee, and the results were striking: They were definitely afraid of humans," said Justine Smith.

WATCH: Mountain lion flees from sound of human voice

Smith was the lead author of the paper "Fear of the human 'super predator' reduces feeding time in large carnivores," published Wednesday.

The findings are valuable as human development encroaches on lion habitat and drives up the number of human-puma encounters.

The most recent cougar who wandered into a heavily populated neighborhood in Santa Cruz hid in a tree for hours until it was tranquilized and re-located into the mountains. The cougar appeared to be afraid during the April incident as more and more curious onlookers showed up.

READ MORE: Santa Cruz mountain lion found hiding in tree

Smith and her colleagues devised a novel experiment to gauge puma behavior: Her team placed audio equipment at puma kill sites in the Santa Cruz Mountains; when a puma came to feed, its movements triggered motion-activated technology that broadcast recordings of people talking, and a hidden camera captured the puma's responses.

They broadcast recordings of Pacific tree frog vocalizations as a control.

Human voice recordings were broadcast to mimic the natural volume of human conversation.

"We found that pumas almost always ran from the sound of humans--and almost never ran from the sound of frogs," said Smith, now a postdoctoral researcher at UC Berkeley. In 29 experiments involving 17 pumas, the pumas fled in 83 percent of cases as soon as it heard human voices, and only once upon hearing frogs.

READ MORE: Adorable wild mountain lion kittens found

National Park Service

In addition to establishing the fear response, the study reveals changes in puma feeding behavior that could have implications for their well-being in human-dominated landscapesand their impact on prey populations, particularly deer.

"We found that pumas took longer to return to their kills after hearing people, and subsequently reduced their feeding on kills by about half," said Smith. "Those behavioral changes are significant, as our previous work has shown that they cause pumas to increase their kill rates by 36 percent in areas with high human activity."

This is the first study to experimentally link the fear of humans to feeding behavior in large carnivores, said Chris Wilmers, associate professor of environmental studies at UC Santa Cruz and a senior author on the study.

"Fear is the mechanism behind an ecological cascade that goes from humans to pumas to increased puma predation on deer," said Wilmers, a wildlife ecologist who studies the cascading effects large carnivores can have on their prey. "We're seeing that human disturbancebeyond huntingmay alter the ecological role of large carnivores. As we encroach on lion habitat, our presence will likely affect the link between top predators and their prey."

The experiment was part of a long-term study of puma ecology in the Santa Cruz Mountains that began in 2008.

All 17 pumas in this study have housing developments in their home range, and exposure to humans is commonplace. Kill sites were identified with data transmitted from GPS-monitoring collars worn by pumas that have been captured, collared, and released as part of the project.

In addition to Smith and Wilmers, coauthors include Justin Suraci and Ayana Crawford at UC Santa Cruz, and Michael Clinchy, Devin Roberts, and Liana Zanette at Western University in Canada.

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Mountain lions fear humans, UC Santa Cruz study reveals - KSBW The Central Coast

Jack Ma: A 4-Day Work Week Is Coming Soon – Fortune

Billionaire Jack Ma, chairman of Alibaba Group Holding Ltd., speaks during the company's inaugural Gateway '17 conference in Detroit, Michigan on June 20, 2017.Jeff Kowalsky Bloomberg via Getty Images

Alibaba founder Jack Ma thinks artificial intelligence will make people's lives a lot easier in the future.

"I think in the next 30 years, people will only work four hours a day and maybe four days a week," Ma said Tuesday during a CNBC interview at the Gateway '17 Conference. "My grandfather worked 16 hours a day in the farmland and [thought he was] very busy. We work eight hours, five days a week and think we are very busy."

The Chinese billionaire also addressed the rise of artificial intelligence , advocating that machines shouldn't be made to replicate human behavior.

"I don't think we should make machines like humans," Ma said. "We should make sure the machine can do things that human beings cannot do."

He ultimately believes humans will prevail over machines, saying, "humans will win."

But he does believe technology could spark major problems, and even war. "The third technology revolution may cause the Third World War," Ma told CNBC.

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Jack Ma: A 4-Day Work Week Is Coming Soon - Fortune

The Reason for Human Reason – Catholic Culture

By Fr. Jerry Pokorsky (bio - articles - email) | Jun 21, 2017

There is no contradiction between faith and reason, faith and science.Both share the same Author.Without contradiction, faith grasps truths that are beyond the reach of science.

There can be no earthly scientific proof of the Resurrection of Jesus, for example, just as there can be no scientific proof of Transubstantiation- the dogma of the Faith that mere bread and wine become the precious Body, Blood, Soul, and Divinity of Jesus Christ at every Mass. Yet the Church infallibly teach these as dogmas of faith.Should we expect scientists- or any group of scientists- to share the same charism of infallibility?

We rightly tend to trust doctors, despite the many uncertainties in the medical profession.Most of us are living longer today because of science. Science can significantly improve the quality of life; but if abused, science can be used to destroy on a massive scale.Furthermore, scientific stud and the use of sciencewill forever remain prone to error, hitting a home run here and there, striking out on other occasions.

Yet many have more faith in science than in Gods revelation, even when experience suggests caution. In the 1960s, as many will recall, we were told that margarine was far healthier than butter.Now butter is said to be much healthier than margarine.Go figure.Newtons theories of physics were updated and somewhat replaced by Einsteins theory of relativity. Now scientists are calling into question some of the details of Einsteins theories.After all, E=mc2 can only go so far in explaining reality.

Darwins theory of evolution remains for many an enduring infallible dogma of science.Does scientific evidence truly support the theory?Genetic DNA configurations are fragile. Genetic mutations are necessary for significant changes in an organism.But the evidence accumulated by some scientists suggests mutations only result in deformation and death, not cross-species evolution.

Did evolution take place in increments?Are some races more human than others?Nazi Germany claimed to represent the master race because the Nazis placed themselves ahead of the curve in the evolutionary process. On the other hand, is there evidence of a widespread evolutionary leap from one species (monkeys, for example)en masseto the human species? If so, what is the scientific evidence?

Our faith teaches us that God created the world and His creation is good.He created the land and the sky and the animals. And my theory is that God created monkeys and many other creatures for our amusement and affection.Animals in so many ways are designed to be metaphors of human behavior and quite charming to behold: think of the comical behavior of monkeys in a zoo and the play of dolphins in the sea.These are subjective, not scientific observations, I realize.But scientific inquiry will never persuade me that the wildly funny beaks of birds have only a functional or evolutionary purpose.Thats my theory, anywayin search of empirical evidence which I recognize would be impossible to find.

As science authentically studies nature, many more mysteries unfold.The fascinating scientific reports from the Mars Exploration Rover, for instance, raise more questions than they resolve.Ultimately, science is the study of ever-expanding and never-ending mysteries. I think every honest scientist would agree.

There are those who say there is no scientific basis for the dogmas of the Catholic faith beyond the little that is supplied by archaeological digs and historical reporting.From the point of view of the empirical scientific method, this is true.But the fact that the mysteries of our faith are not accessible by science, does not mean faith is false or that it is opposed to science.The smile of a child is wonderful and mysterious, no matter how many brain waves and facial muscles are analyzed by science.The mystery of life with God as its Author will never be entirely grasped by our weak human reason.

But with Gods grace and with the eyes of faith we can delight in Gods revelation and more quickly grasp the meaning of the results of scientific inquiry.The study of science is the study of Gods handiwork.

Through faith in God's revelation, we move beyond the limitations of the physical world and with faith, we insist that the Eucharist is the source and summit of our life.On the authority of Jesus Himself, the Word is made flesh at every Mass and Christ feeds us with His sacred Body and Blood. Scientific analysis cannot prove the Divinity of the consecrated bread and wine any more than a scientific analysis can prove the existence of our immortal souls. To believe, we need a competent authority to tell us.And God cannot deceive.

But notice what these facts of faith do for us.The Word became flesh to make us "partakers of the divine nature. (2 Peter 1-4). "For the Son of God became man so that we might become God." (Saint Athanasius)"The only-begotten Son of God, wanting to make us sharers in his divinity, assumed our nature, so that he, made man, might make men gods."(Saint Thomas Aquinas)And best of all, This is the bread that came down from heaven. Unlike your ancestors who ate and still died, whoever eats this bread will live forever." (John 6:58)

Human reason and science are not obliterated or contradicted; human reason and science are elevated by faith and Gods grace. In believing and loving God, we are better able to love others.In union with Christ, we become more human in virtue, as intended by God.This is why we rejoice in Holy Communion and testify to our belief in the Real Presence.

Our faith in Jesus and His Real Presence gives us the reason for human reason.

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