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Psychology and Neuroscience Blow-Up the Myth of Effective Multitasking – Inc.com

May I gore you with an inconvenient truth? (See what I did there?)

We sacrifice our power of full presence when we're multitasking, and we do so for a perceived benefit of improved productivity that simply doesn't exist.

Research indicates that multitaskers are actually less likely to be productive, yet they feel more emotionally satisfied with their work, thus creating an illusion of productivity.

This bears repeating. Forget for a moment that multitasking can be incredibly rude, we're not actually accomplishing what we think we are--we've been fooling ourselves.

In fact, research also shows that multitasking, i.e. trying to do two cognitive things at the same time, simply can't be done--the mind doesn't work that way. Even trying to parallel path a cognitive activity and a more automatic activity doesn't really work. That's why the National Transportation Safety Board reports that texting while driving is the equivalent of driving with a blood-alcohol level three times the legal limit.

We believe we're effective at multitasking when in reality we're good at what researchers call "task-switching".

Earl Miller, a professor of neuroscience at MIT, says we simply can't focus on more than one thing at a time.

Period.

But what we can do is shift our focus from one thing to the next with astonishing speed.

Says Miller, "Switching from task to task, you think you're actually paying attention to everything around you at the same time. But you're actually not." The brain is forced to switch among multiple cognitive tasks as these tasks use the same part of the brain.

The catch here is that this task-switching, despite how fast it occurs, is incredibly unproductive in reality--I mean like Candy Crush unproductive.

In fact, research indicates up to 40 percent of productivity could be lost due to task-switching. It actually takes more time to complete the tasks you're switching between and you make more errors than when you focus on doing one task at a time in order.

A Stanford study confirmed this by showing that those who multitask are indeed worse performers, and struggle because they can't filter out irrelevant information, slowing down completion of the cognitive task at hand.

Additionally, studies have shown that it takes four times longer for the brain to recognize new things (further slowing down task completion) and that we have a much lower retention rate of what we learn while we are multitasking.

The inefficiency of interrupting a task and starting another has long been known by factory managers, who seek to minimize the number of "changeovers" on the assembly lines (a changeover being when you stop running the line to start up production of a new or slightly different product). The task-switching and startup time to get the line running at its previous high speed greatly dampens productivity.

The key is to accept the fundamental fact that the mind can only do one thing at a time.

And ditch the device when you're trying to be in the moment; it's often the primary co-conspirator in our multitasking offenses.

Certainly, this is easier said than done, particularly since brain research indicates that our addiction to texts, Twitter, and Google has a physiological cause--the body's emission of the chemical dopamine (known as the "pleasure seeking molecule"). Our brain gets pleasure when we seek and find new information, so it chemically encourages more such behavior (enter dopamine).

To break this stimulation, experts say turn off the audio and visual cues built into your devices that alert you to the presence of more information.

But mostly, just draw a line in the mental sandbox and commit to one thing at a time.

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Psychology and Neuroscience Blow-Up the Myth of Effective Multitasking - Inc.com

Jefferson Hospital for Neuroscience – Jefferson Health

If you or a loved one has been diagnosed with a neurological disorder such as epilepsy, multiple sclerosis, Alzheimer's disease, Parkinson's disease, a brain tumor or an aneurysm, you want to find the right physicians with the expertise to devise the right treatment plan. That's what you will find at Jefferson Hospital for Neuroscience. It is the only dedicated hospital for neuroscience in the Philadelphia region.

It's here that the most advanced treatment technologies, world-class specialists and leading-edge research come together. You can take comfort in knowing that Jefferson neurologists, neurosurgeons, radiologists, radiation oncologists and psychiatrists all work together to provide you with the best care possible.

Jefferson Hospital for Neuroscience was the first in the Delaware Valley to offer such state-of-the-art technologies as:

In addition, Jefferson Hospital for Neuroscience launched Jefferson Expert Teleconsulting (JET) in connection with its Jefferson Neuroscience Network. JET, the region's first university-based high-tech mobile robotic teleconsulting system, allows Jefferson neuroscience specialists to evaluate time-sensitive neurovascular diseases, most notably stroke, in real time and without delay.

At Jefferson Hospital for Neuroscience, we consistently achieve positive outcomes in neuroscience and are proud to share the following measures of excellence:

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Jefferson Hospital for Neuroscience - Jefferson Health

Rose named interim dean of the SIUE School of Education, Health and Human Behavior – RiverBender.com

EDWARDSVILLE - Southern Illinois University Edwardsvilles Paul Rose, PhD, has been named interim dean of the SIUE School of Education, Health and Human Behavior (SEHHB). The appointment is pending approval by the SIU Board of Trustees. Rose replaces Curt Lox, PhD, who resigned to assume duties as dean of the Brooks College of Health at the University of North Florida.

Rose, who will officially begin his duties Thursday, June 1, has served as assistant dean of the SEHHB since 2015 and chair of the Department of Psychology since 2009. He was a visiting assistant professor of psychology at Union College in Schenectady, N.Y., before joining the SIUE faculty in 2005.

Rose has worked with the schools diversity committee to build student mentoring programs, and helped establish the Dr. Rudolf Dreikurs Visiting Scholar Fellowship with the support of an historic gift from the Dreikurs family.

Dr. Roses experience and leadership will allow the School of Education, Health and Human Behavior to continue its positive momentum, said Denise Cobb, PhD, SIUE provost and vice chancellor for academic affairs. It is clear that Paul is a trusted leader, good listener and extraordinarily capable administrator.

His thoughtful and confident style is an invaluable asset. I have had the pleasure of working with him in various capacities, and I am confident that he will be a collaborative and student-centered leader. I look forward to his contributions to our academic leadership team, and I am excited to see what the future holds for the School.

The School of Education, Health and Human Behavior has long valued innovation, Rose said. I look forward to leading and supporting our excellent faculty and staff through the significant changes that lie ahead.

Much of our strength comes from and will continue to come through partnerships. By highlighting the unique opportunities we offer our students, we will attract enthusiastic partners who help us build upon our strengths.

Prior to becoming a full-time administrator, Rose taught undergraduate and graduate courses in statistics, research methods and social psychology. His interdisciplinary research draws on social, personality, consumer and clinical psychology. He has published research on topics such as narcissism, self-esteem, romantic relationship dynamics, materialism and compulsive buying.

Rose serves on the editorial board of Psychology and Marketing and serves on the board of directors fundraising and public relations committee for the Living Independently Now Center of Swansea.

Rose earned a bachelors in psychology from Brigham Young University and achieved both masters and doctoral degrees in psychology from the State University of New York at Buffalo.

A search for a permanent dean will begin during the fall semester.

The SIUE School of Education, Health and Human Behavior prepares students in a wide range of fields including community and public health, exercise science, nutrition, instructional technology, psychology, speech-language pathology and audiology, educational administration, and teaching. Faculty members engage in leading-edge research, which enhances teaching and enriches the educational experience. The School supports the community through on-campus clinics, outreach to children and families, and a focused commitment to enhancing individual lives across the region.

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Rose named interim dean of the SIUE School of Education, Health and Human Behavior - RiverBender.com

Cell Atlas Study Reveals New Insights into Human Biology – Technology Networks

The first analysis of the physical arrangement of proteins in cells has been published in Science, revealing that a large portion of human proteins can be found in more than one location in a given cell.

Using the Sweden-based Cell Atlas, researchers examined the spatial distribution of the human proteome that correspond to the majority of protein-coding genes, and they described in unprecedented detail the distribution of proteins to the various organelles and substructures of the human bodys smallest unit, the cell.

Within a cell, the organelles create partitions that form an enclosed environment for chemical reactions tailored to fulfill specific functions in the cell. Since these functions are tightly linked to specific sets of proteins, knowing the subcellular location of the human proteome is key knowledge for understanding the function and underlying mechanisms of the human cell.

The study was led by Emma Lundberg, associate professor at KTH Royal Institute of Technology and responsible for the High Content Microscopy facility at the Science for Life Laboratory (SciLifeLab) in Stockholm, Sweden. The team generated more than 100,000 images to systematically resolve the spatial distribution of human proteins in cultivated cell lines, and map them to cellular compartments and substructures with single cell resolution.

The Cell Atlas is the result of more than 10 years of research within the Human Protein Atlas program, and was launched in December 2016. The article in Science describes the detailed analysis of hundreds of thousands of images created as part of this international effort, which also involved groups in the UK, China, South Korea, India, Denmark, and Germany.

Only by studying the molecular components of the bodys smallest functional unit the cell can we reach a full understanding of human biology, says KTH Professor Mathias Uhln, director of the Human Protein Atlas. The Cell Atlas provides researchers with new knowledge that facilitates functional exploration of individual proteins and their role in human biology and disease.

The published article also includes a comparative study performed by Kathryn Lilley, director of the Cambridge Centre for Proteomics, at Cambridge University, UK, which enabled the antibody-based immunofluorescence (IF) microscopy analysis to be validated by an alternative mapping strategy that used mass spectrometry.

A total of 12,003 proteins targeted by 13,993 antibodies were classified into one or several of 30 cellular compartments and substructures, altogether defining the proteome of 13 major organelles. The organelles with the largest proteomes were the nucleus and its substructures, such as bodies and speckles (6,930), and the cytosol (4,279).

Interestingly, about one-half of the proteins are found in more than one compartment revealing a shared pool of proteins in functionally unrelated parts of the cell. Lundberg says:

The Cell Atlas is an open access resource that can be used by researchers around the world to study proteins or organelles of interest, Lundberg says. The Atlas enables systems biology and cell modeling applications, and it is also a highly valuable resource for machine learning applications in image pattern recognition.

This article has been republished frommaterialsprovided by the KTH. Note: material may have been edited for length and content. For further information, please contact the cited source.

Reference:

Thul, PJ et al. A subcellular map of the human proteome. Science; 11 May 2017; DOI: 10.1126/science.aal3321

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Cell Atlas Study Reveals New Insights into Human Biology - Technology Networks

‘Grey’s Anatomy’ Poll: Will Dr. Stephanie Edwards Be Found Dead or … – BuddyTV (blog)

Being a doctor at Grey Sloane (formerly Seattle Grace/Seattle Grace Mercy West) Hospital ain't easy. Sure, everybody is incredibly hot, and each physician performs miracles on a daily basis, but the staff also has the bad luckof being killed off tragically. On Grey's Anatomy, the latest possible casualty to start her shift and not ever clock out (or punch out using the big time clock in the sky) is Dr. Stephanie Edwards. Edwards is the Top Gun of surgical residents, the best of the best, but the words "bright future" took on a whole new meaning when, at the end of episode 23, "True Colors," Edwards was caught in an explosion ignited by one burning, homicidal maniac and some oxygen tanks. Will Edwards be found alive, or will all that's left be a charcoal briquette? Grey's Anatomy Prepares to Lose a Doctor>>>

Why She's Dead

After being taken hostage by a rapist, Edwards found herself trapped on a floor of the hospital with the man, Keith, and a young girl, Erin, when the hospital was put on lockdown. In a last-ditch effort to escape, Keith decided to light a fire to trigger the sprinklers and open a door. To save herself and Erin, Edwards doused Keith with some flammable liquid, and took cover with the girl in a nearby room. But Keith inconveniently decided to drop dead near some oxygen tanks, forcing Edwards to try and derail the inevitable outcome.

The last viewers saw, a hugeexplosion threw Edwards backwards. If Edwards survived the blast, she's still trapped in a burning building, likely unconscious, in serious need of medical attention and second in line to be rescued behind a child.

The whole scenario was outlandish anyway, but for Edwards to escape two near-death experiences is unlikely. At least this way, Edwards gets to be a hero.

Why She's Alive

Yes, some doctors have been electrocuted, shot and mangled beyond repair, but others survived a drowning, a brain tumor and cancer. Callie Torres, Cristina Yang and Preston Burke all moved on to greener pastures as opposed to the great beyond, leaving the hospital on their feet as opposed toin abody bag.

It's almost a foregone conclusion that Edward's is dead, which is why she could live. Her predicament couldserve asa distraction as some other beloved character unexpectedly meets an unfortunate end. Shonda does love surprises!

It would be brutal to kill off Edwards, who prevailed over sickle-cell disease in her childhood andhas gone on tobecome a promising surgeon. If Edwards is rescued, she's going to be severely traumatized (andprobably not real pretty)which would pave the way for her to exit to get some much-needed counseling and skin grafting. Maybe she'll move on to a hospital where the death toll for the docs isn't quite so high. Either way, the door would remain open for Edwards to return.

Does Grey's Anatomy need to stop killing off its doctors? Did Edwards' storyline jump the shark with back-to-back kidnapping and explosion? Will you miss her character? Let us know what you think in the comments section below.

(Image Courtesy of ABC)

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'Grey's Anatomy' Poll: Will Dr. Stephanie Edwards Be Found Dead or ... - BuddyTV (blog)

Today in TV History: ‘Grey’s Anatomy’ Ended Its Second Season with a Dead Denny – Decider

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Of all the great things about television, the greatest is that its onevery single day. TV history is being made, day in and day out, in ways big and small. In an effort to better appreciate this history, were taking a look back, every day, at one particular TV milestone.

IMPORTANT DATE IN TV HISTORY:May 15,2006

PROGRAM ORIGINALLY AIRED ON THIS DATE:Greys Anatomy, Deterioration of the Fight or Flight Response / Losing My Religion (Season 2, Episodes 26/27) [Stream on Netflix]

WHY ITS IMPORTANT:ThatGreys Anatomy premiered on ABC in the same season thatLostandDesperate Housewives did sometimes gets lost, becauseGreys premiered at mid-season. And late mid-season at that. Airing only 9 episodes before the end of season 1,Greys Anatomy didnt really have time to become an addictive ratings sensation. That came in season 2.

The second season ofGreys Anatomy did everything a smart primetime soap should. It cranked up the intrigue on its central romantic drama, adding Kate Walsh to the cast as McDreamys wife. Set half of its cast up to be hopelessly in love with the other half. Its medical cases got more fraught and high-pressure. This was the season with the celebrated post-Super Bowl episode, with Christina Ricci and Kyle Chandler and an explosive device inside a patient. It was also the season that introduced Denny Duquette as a patient in need of a heart transplant. As played by current TV mainstay Jeffrey Dean Morgan, Denny was a sweetheart of a patient. One of those gregarious sorts who gives his doctors a hard time with a sparkle in his eye. He was a character tailor made for Izzie Stevens (Katherine Heigl) to fall in love with.

Depending on your perspective, Denny was the best thing to ever happen to Izzie on the show or else the worst. Similarly, the events of the season 2 two-part finale are eitherGreys Anatomyat its best or its most frustrating. (Of course some, like yours truly, might say both.)Greys always walked that tightrope between utter exasperation at its central characters, doctors who refused to stop being led around by their idiot hearts. The show always put on a good face about showing the consequences to these actions and the responsible doctors who stuck up for the responsible course of action. But time and again, Shonda Rhimes came down on the side of crazy, stupid love, and whatever it took to arrive at it. Obviously, Izzie was going to cut Dennys LVAD wire, sending him into critical heart failure, all so he could move up to the top of the transplant list. A risky, insane gambit that in any real-world setting would have cost her her medical license and probably put her in jail. OnGreys, though, that all onlyalmost happens. But that would come the following season. For now, Izzy cuts the wire, Denny gets his heart transplant, and while Izzie might get fired, she at least will end up with the love of her life. Right?

Dennys death was the kind of icy stab to the heart that would become/had already become a Greys Anatomyhallmark:the possibility of ultimate happiness followed swiftly by total disaster, scored by a Snow Patrol song that just by virtue of its presence here became a hit. That it came in the middle of a hospital-wide prom thrown to cheer up a cancer patient (guest star Tessa Thompson) makes it perhaps the mostGreys moment of all. Adolescent notions of love butting up against the cruel mercilessness of nature.

Where to streamGrey's Anatomy

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Today in TV History: 'Grey's Anatomy' Ended Its Second Season with a Dead Denny - Decider

LaTanya Richardson Jackson (‘Grey’s Anatomy’): Cancer ‘touches us on such a human level’ [EXCLUSIVE VIDEO] – Goldderby

I am so happy so many people saw it and were affected in some way by it, actress LaTanya Richardson Jackson says about her recent arc on Greys Anatomy as patient Diane Pierce and mother to the character Dr. Maggie Pierce played by main cast member Kelly McCreary. It touches us on such a human level because thematically what it dealt with and how it dealt with [it], so many of us are going through or have gone through or have been touched by it, Richardson Jackson explains in her interview with Gold Derby (watch the exclusive video above) before adding, This cancer epidemic in the world is the scourge of our existence.

Billed simply as LaTanya Richardson for most of her career, she now uses LaTanya Richardson Jackson as her stage name, alluding to her marriage to Oscar nominee Samuel L. Jackson, which is at 36 years and counting. Despite sharing a profession, the couple has not appeared on screen together since the film Mother and Child in 2009. Richardson Jackson explains, We used to work together all the time when we were younger, when we were really going up and we were sort of at the same level. But since his star rose so high and he became a supernova, we have not found ourselves able to work together. She laments about the last time that they shared a set, He had such a huge trailer and so many amenities that were not afforded to me. I said, Oh well, I guess we wont be doing this again because I cant take it. But I think in the future, I would love to do a play with him.

Crediting theater as her first love, Richardson Jackson enjoyed the first major nomination of her career in 2014 when she was nominated at the Tony Awards for her lead role in the A Raisin in the Sun play revival on Broadway. Thats written on the rsum of my soul, she gushes, noting, That really came out of left field because I was replacing [aging Tony winner and Oscar nominee Diahann Carroll] during a very deep rehearsal period that was so quick that [the premiere was only two months after being cast] that it never would have crossed my mind. Everybody who does theater though [] Tonys thats bigger to us than any Oscar.

For the Emmys this year, Richardson Jackson has submitted her third and final Greys Anatomy performance for Best Drama Guest Actress consideration the episode Be Still, My Soul directed by starEllen Pompeo in her directorial debut. Although her character ultimately succumbs to the cancer, Richardson Jackson believes that theres hope for Diane to return in some incarnation for a future season. She elaborates, I think that theres a lot there to be mined. I just keep trying to insert myself into it again because I had such a great time there and I was very sad to have to die and leave. Richardson Jackson even admits to being a fan of the show from the very beginning, which made her casting in the 13th season that much sweeter.

Be sure to make your Emmy predictions. Weigh in now with your picks so that Hollywood insiders can see how their TV shows and performers are faring in our Emmy odds.You can keep changing your predictions until just before nominees are announced on July 13. Join in the fierce debate over the 2017 Emmys taking place right now with Hollywood insiders in our TV forums. And visit our home page for the latest in entertainment news.

Related: Ellen Pompeo directs Greys Anatomy episode about mommy issues

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LaTanya Richardson Jackson ('Grey's Anatomy'): Cancer 'touches us on such a human level' [EXCLUSIVE VIDEO] - Goldderby

Searls, Dr. Robert L. – The Daily Progress

Dr. Robert L. Searls died on Saturday, May 6, 2017, in Charlottesville, Va. He was born in Madison, Wisconsin, the fifth of six children of Edward and Anne Searls. He graduated from the University of Wisconsin in 1953, and served in the U.S. Army for two years. In 1960, Robert received his doctorate in biochemistry from the University of California at Berkeley. He served as a post-doctoral fellow at Brandeis University in 1961 where he met and married his wife, Ellen Donovan of Arlington, Massachusetts. Robert did research in embryology and taught biology for four years at the University of Virginia and then for thirty years at Temple University in Philadelphia, Pa., retiring in 1998. Robert and Ellen returned to Charlottesville, Va. where they have spent the last 19 years. Robert is survived by his wife, Ellen to whom he was married for 55 years; his four children, Timothy, David, Paul, and Anne; six grandchildren and four siblings. He was a beloved husband, father, brother and grandfather. He was a spiritual man with a voracious love of reading, history, and music. He enjoyed fishing and sitting back reading a good book. He will be truly missed for the love, laughter and great knowledge he brought to all of our lives!!

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Searls, Dr. Robert L. - The Daily Progress

PHOTOS: Anatomy of a wave – WJLA

by World Entertainment News Network

Incredible images have revealed the anatomy of a wave after one brave photographer risked life and limb to slip under the waves and capture them from behind as they broke. (Don Hurzeler/mediadrumworld.com/WENN)

Incredible images have revealed the anatomy of a wave after one brave photographer risked life and limb to slip under the waves and capture them from behind as they broke.

The stunning underwater shots show violent vortices venting from the collapsing tube of a breaking wave, and the backside of a breaking wave, which can either look like a mirror or act as a window when the wave is very thin.

Other amazing pictures show the more traditional view of a breaking wave as the camera points down the tube while surfers and swimmers are pictured trying to ride or avoid the waves.

The spectacular snaps were taken at Kua Bay, Hawaii by author and photographer Don Hurzeler, 70, from Kailua-Kona, Hawaii, who explained just how dangerous this type of photography can be.

I've been run over by surfers on boards, swept by currents onto the rocks, said Hurzeler.

Ive had run-ins with large sharks, had the camera and housing bounce off the sand so hard it broke everything, hurt my back repeatedly by being pounded into the sand and had to stop taking photos to rescue visitors to our island who had ventured out into the wrong spot at the wrong time.

Ive nearly bit through my tongue, broke ribs, toes, fingers, have been in surf so large I did not think I would ever make it back to the beach and have stepped on spiny sea urchins, sharp coral, sharp rocks and jellyfish, he added.

I have been run into by sizable turtles who got caught up in a wave - those shells turn out to be quite sharp when they run into you - and scared out of my mind by a 600-pound endangered monk seal that swam right under me just before sunup the other day. Other than that, no problems.

To take the photos Hurzeler swims out with his camera in one hand and swims in place, or stands if in shallow water, as a wave approaches.

He tries to duck down and slip under the oncoming wave. If hes not successful he gets dragged over the top of the wave, slammed into the sand or coral and then dragged underwater like a "rag doll in a spin cycle of a washer."

Shooting photos of the backside or underneath of a breaking wave allows me to share a sight that few people get to see directly, he said.

I feel that the images range from beautiful textures, shapes and colors to otherworldly captures.

The shot of a wave breaking is familiar to virtually everyone. An underwater shot of several vortices venting from the collapsing tube of a breaking wave is of a process most people never even knew exists.

And the shots of the underwater backside of the tube as it is breaking can range from nearly a mirror to a colorful textured cylinder.

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PHOTOS: Anatomy of a wave - WJLA

The neuroscience argument against living in the present – Quartz

There are plenty of advice columns, self-help books, and loosely spiritual twenty-somethings devoted to extolling the virtues of living in the present. The advice is intended as an antidote to life spent scrolling absentmindedly through twitter or planning next weekend, while failing to appreciate each momentary experience.

While its certainly well meaning, the catchphrase alone offers limited guidance. After all, a life spent entirely dedicated to making sure the present moment was enjoyable would never go anywhere; no one would subject themselves to New Yorks subway, for example. And neuroscience suggests that, while it may be unfashionable, humans ability to mentally transport ourselves into the future is one of the key distinguishing features of our species.

Dean Buonomano, behavioral neuroscience professor at UCLA and author of the recently-published Your Brain is a Time Machine, says that the human brain is an inherently temporal organ. Not only does it tell the time, it also allows us to mentally project ourselves into the past and the future, he says.

To a certain extent, all animals have a basic ability to predict and prepare for the future. Even worms have circadian rhythms and so instinctively know when its daylight and when predatory birds are more likely to be around. But humans have a far more sophisticated ability to conceive of the futureto sculpt and create futures that we imagine, says Buonomano.

Whats fairly unique about humans is this aspect of mentally projecting ourselves into the past or the futurethe degree to which humans can engage in what we call mental time travel, he explains.

Not all future-orientated activities rely on this projection; humans have hardwired habits just like all other animals. Sex, for example, has potentially significant future consequences; as Buonomano says, we engage in fairly complex behaviors without thinking about what will happen nine months from now.

But our more elaborate ability to envisage the future is key to most human successes. Building houses, cultivating agriculture, studying, and saving for retirement are all done with an eye to the future.

Thats a strange concept for anyone to plant the seed and come back years later. It uses our ability to link events that are separated by days, weeks, and months, says Buonomano. Without this skill, he says, homo sapiens (Latin for wise men) simply wouldnt be sapiensits what makes us wise.

Its not clear exactly which parts of the brain enable this distinctly human activity. The prefrontal cortex, responsible for higher-level cognitive function, is certainly involved. But the thought process is so complexinvolving a conception of the past, imagining the future, and a sophisticated understanding of timethat it inevitably relies on many functions in the brain.

But while the ability to connect present activity with future outcomes is uniquely human, were not always good at this skill. In the 20th century, 100 million people died due to cigarette related causes, says Buonomano. If cigarettes caused cancer a week after people start smoking then that never would have happened. It would have been easy for people to believe that connection. The fallout from climate change is another major example of humans failing to adequately focus on the future.

Another downside, as those who focus on living in the present are well aware, is that our ability to mentally time travel can be draining. Spending too much time reliving the past, focusing on slights or reasons were angry, is not productive, says Buonomano.

The neuroscientist says there are certainly benefits to mindfulness (the meditative practice has a rich history that cannot be reduced to a simple slogan.) Living in the present, he says, can be a valuable call to focus on enjoying current activities, even when theyre done with an eye to future outcomes. And mindfulness should involve being mindful of our mental activities, so that were aware of when projecting ourselves into the future is productive and when its damaging.

In other words, its entirely healthy to focus on enjoying the present moment. But failing to invest in the future simply wouldnt be human.

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The neuroscience argument against living in the present - Quartz