A Call for Change: Embracing the Diversity of Sentience

Charles Mueller

The downfall of humanity could very well be our inability to recognize that we are, in fact, all supposed to be different. This flaw in the cultural ideologies that permeate every society around the globe forces the vast majority of us to fear and demonize our differences rather than embrace them. It is the cause for all of our wars, all of the violence, and all of the hate we’ve seen and continue to see every day. In reality though, there is no us vs. them, or this group or that. There is no bell curve of intelligent souls. Until we recognize this fundamental truth, we will continue to experience the pain and suffering that casual discrimination begets. If we want a better future, we need to start by having a bigger conversation with ourselves and with each other about accepting that everyone should be different.

There is another reason that starting this conversation is important. There are thousands of brilliant minds working extremely hard everyday to develop a computational model of human intelligence that is commonly referred to as artificial intelligence, or AI. Artificial intelligence is kind of a misnomer because there is really no such thing as “artificial” intelligence: there is only intelligence. Intelligence is a trait of any sentient being regardless of whether this greater awareness depends on biological or electromagnetic phenomena. As the great minds working to create sentient life from computers get closer to their goal, the conversation that continues to dominate the media is about how we are going to deal with them and if these new intelligent beings are going to take over the world. This is the wrong conversation. When the human race finally does come into contact with another sentient intelligence, we need to embrace it for being what it is and not worry about how to control what it will become. Our first conversation needs to be one that rises above discrimination and accepts that all sentient intelligence is supposed to be different and the only thing we have in common is that we are aware, that we are in a sense alive.

It is unclear when exactly humanity will have this conversation with another sentient intelligence and who will be present when it occurs. There are some that believe another sentient intelligence will simply emerge as S&T reaches new bounds and others that think were only years away from creating it in a lab. The uncertainty about how and when this conversation will take place means that we will almost certainly not be prepared for it when it happens. If we want to make sure our first conversation with another sentient intelligence sets the right precedent for that future relationship, then we need a culture change that values differences. If we can instill the notion around the world that intelligent beings are supposed to be different and that we are not supposed to think or act the same now, then we won’t have to worry about having the right plan in place for when another sentient being makes contact with humanity.

Let’s start a bigger conversation today. Let’s see each other for who we are and embrace it. Let’s bring out the true human potential by recognizing we are all different and that is what makes us the same.

We’re All Special

Jennifer Buss

You are special. You are one of a kind. No one else is just like you. Just like no two snowflakes are the same, you are unique. We hear these cliché statements all the time, yet we all try to be just like everyone else. We should cherish our individuality. It’s time we start recognizing the whole truth in these statements, and not just to make ourselves feel good. Each of us has a very different personality, unique physical identifiers, and even more microscopic diversity within our bodies. Humans (and all life forms) have such diversity such that no two are exactly the same. Each person has different life experiences that play into their personality and perception on reality.

The genetic diversity evidence alone indicates that every human is unique based on not only their DNA sequence, but also the environment that they encounter from birth. Every experience of our lives thus changes our bodies and minds in ways that are quantifiable. As we develop, our brains form their own networks and pathways so that identical twins don’t even have the same brain structure. It is because of their unique experience in life that makes identical twins different human beings. The anatomical differences in their brains are just one of many key factors that make identical twins, well, not identical. We should cherish this difference! The individuality is what we are proud of, not being the same as everyone else.

These differences are what make us people, and make us special. In the medical world, we are hardly treated as individuals. Rather, we are treated as a demographic of people. My heart rate, blood pressure, etc. are probably not the same for all people of my demographic, and I should not be treated according to that average. I should be treated according to my own averages. But doctors from the very beginning follow growth charts for infants and parents feel their child needs to meet the standard criteria to be accepted in society. My intellect does not need to be “on par” with any certain group of people – I have a certain knowledge base from the experiences I have had in my life. The life experiences I try to communicate with other people are probably not thoroughly understood because other people don’t have all the same experiences as me to know how I felt or what I was thinking. Even when I share my feelings and emotions with someone else, it’s incomplete because they don’t have all the background that I have to fully grasp where I am coming from.

Each of us has a unique set of experiences and emotions and knowledge and biology to make us who we are. We should be proud of our individuality and be recognized for being one person, not part of the group. Each of us should be judged against ourselves, not compared to other people.

In our social circles, we are too quick to revert to being like everyone else, not an individual. It is in this social environment that we begin stereotyping and classifying groups of people that, when you really think about it, are not true at all. Each person in that group is not like any of the other people there. We could classify them hundreds of different ways so the one way that we’re choosing to classify them today is a misnomer. We’re all individuals, coming from different life experiences and knowledge sets, living in this world together.

It isn’t about me versus you, or us versus them. No one is like anyone else on this planet. We are not the same and should stop trying to categorize everyone as being just like other people. Just like mamma always said, You Are Special.

Spring Buzz

Kathy Goodson

It’s springtime in DC, which means a time for new beginnings. The birds are chirping, the flowers are blooming, and the presidential candidates are beginning to unveil themselves. It’s a perfect time to talk about science communication. Public perception of science has been hit hard lately with recent episodes of misinformation, peer-review gangs, and overall confusion. With the fresh-faced candidates on the scene, we should hope to see new mediums to revitalize the presentation of how science affects society. Every facet of our life is permeated by science and I’m excited to see their takes on how science affects the world. What stance are they taking? How does that play into the bigger picture? What will that mean for the future of the United States?

As each candidate starts to release their platforms, we should evaluate what they are communicating, how they are communicating, and to whom they are communicating. In our modern world, political figures communicate science through the foothold of political context. We should expect our leaders to practice informed decision-making. Science communication at its best is a full conversation, which is both informative and educational. The more the public knows about science, the better we can understand how, why, and what policy decisions are being made.

As we fortify our country with new technologies, preserve our environment, and make literal leaps into deep space we all have a right to be a part of the conversation. Science communication is a science in of itself. It’s a necessary tool for successful communication between scientists and non-scientists alike. I hope our future leaders will help us to be a part of this conversation. In addition, since political leaders can shape this conversation, we should challenge them to use science communication to raise our standard of science public literacy.

This spring, we have the opportunity for a new beginning, a new President, a new type of leader that is not reactionary but rather bases decisions on a strategic plan for our future. Science communication is important and I can’t wait to start having this discussion with our new leaders.

A Call For Science Representation

Charles Mueller and Jennifer Buss

The US Government spent over $300,000 taxpayer dollars to prove that hungry people are angrier than well-fed people. Of course, the government also invested taxpayer money into a research project that created a company valued at over $250 billion dollars, Google. Why are the government’s investments in science so varied in their outcomes? How does the government decide what to invest in? Do they turn to the people and ask them? The answer is no. The truth is that the government turns to a small group of experts and hopes that they make they right choices. These experts determine how to allocate taxpayer dollars in ways they deem fit. This model assumes that people are unqualified to weigh in on such decisions or simply that they don’t want to. This is hogwash. You do not `have to be a rocket scientist to understand that investing almost $1 million dollars in scientific research aimed at teaching a mountain lion to walk on a treadmill is not a good investment. People want to have a voice in science, but they do not have a vehicle to carry their voice. Let’s give people a voice by giving them a science state representative.

In a democracy, the people’s voice is supposed to be championed by an elected representative who will carry their voice to the places that matter. Science and technology (S&T) has never been more important and influential in Americans’ lives than they are today, yet our elected representatives cannot properly address important S&T policy issues because they are bogged down by other obligations; not to mention, most are not qualified to properly weigh in on S&T issues. Rather than expecting our traditional representatives to become experts on S&T policy, we should create a new voice for the people when it comes to science and elect a science representative from each state.

The National Science Foundation’s (NSF) mission is “to promote the progress of science”, amongst other things. This year, they received $6 billion dollars to do just that. Whose voices do they listen to when they decide the best way to use their $6 billion dollars to promote the progress of science? As of now, the only thing that is certain is that it is not the voice of the people. This is evident by the recent news that the NSF has been under scrutiny for funding research efforts that were not justified or in the ‘national interest’. Instead of allowing currently funded NSF researchers to peer-review grants at NSF, we could allow technically qualified elected officials to do the reviewing and make the national interest decisions. This would be giving the power back to the people.

It is time for us to decide who we want to represent our science standings to the government, rather than expect our current elected officials to have to do both. We (the people) should be choosing what science gets funded – not the scientists. It is our tax dollars at work. We should have a say, and we can elect people that will do that for us. Our current elected officials do not have the time or the expertise to address the many important science policy issues that exist today. Let’s choose people based on their credentials that will represent our wishes to allocate funds based on the state population. Let’s choose people who bring the science issues we think are important to the floor to be debated in Congress. Let’s take the first step in creating a people’s voice in science and establish a science representative from each state that would provide advising to the congress, the agencies, and create a national science agenda for the US.

Internet Providers Are Now ‘Common Carriers’: What Does That Mean For You?

Jennifer McArdle

On February 26, the Federal Communications Commission (FCC) voted in favor of reclassifying broadband Internet Service Providers (ISP) as ‘common carriers’ under Title II of the 1996 Telecommunications Act by a 3 to 2 vote. So what does that mean for you?

Well, it depends on who the ‘you’ is, because that answer differs based on whether you are a regular consumer of Internet content, a provider of Internet content, or an ISP. However, essentially, this ruling is about net neutrality—the ability to access the Internet free of discrimination. So let’s break this down a bit.

Prior to the February 26 ruling, ISP’s were regulated under Title I of the 1996 Telecommunications Act and classified as “information services.” The FCC also put in place specific anti-blocking and non-discrimination rules as part of their 2010 Open Internet Order. Basically, the FCC was attempting to ensure two things: one, that ISPs could not block or deny consumers access to an Internet site of their choosing, and two, that ISPs could not create a tiered access system, with higher paying users accessing the Internet on a ‘fast-lane’ while others are regulated to a ‘slow-lane.’

In January 2014, Verizon, one of the largest ISP’s, sued the government and challenged the FCC’s regulations designed to implement net neutrality. The US Court of Appeals, DC Circuit upheld the FCC authority to use section 706 of the Telecommunications Act to regulate the Internet; however, it struck down the specific anti-blocking and anti-discrimination measures, giving Verizon the leeway to disregard the FCC’s rules. Five months later, the FCC issued a notice of proposed rulemaking on the Internet regulatory structure, which eventually received over 4 million public comments, the large majority of which were in favor of net neutrality. This set the stage for the FCC’s ruling last month.

By defining ISP’s as common carriers, the FCC is essentially defining broadband Internet service providers as a utility. They are mandated by government to provide the same service to everyone without discrimination—much like electricity and gas services.

So, what does that mean for you?

You, the content consumer

By classifying ISP’s as common carriers the FCC has banned ‘paid prioritization’—there will be no fast lanes and slow lanes of the Internet. And this is a good thing for the average consumer. Last June, John Oliver on his show Last Week Tonight (which is well worth watching) noted that 96% of Americans have access to two or fewer cable companies. That means that even if your Internet was being delayed or distorted you may not have the option to change to another provider.

Moreover, privacy advocates have noted that in order for ISP’s to play bandwidth favorites, they need to monitor what you are doing online via deep packet inspection. While deep packet inspection is certainly important to protect against nefarious viruses or malware, it can, under certain circumstances, lead to invasions of privacy. Defining ISP’s as ‘common carriers’ helps prevent against that.

The FCC resolution is designed to ensure that you the average content consumer— regardless if you consume high- or low-bandwidth—has access to Internet content free of discrimination, much like your access to other facilities deemed essential for public life, such as canals, rails, and the telephone.

You, the content producer

Last year, Netflix consumers noticed that there was far more buffering of Netflix content. That is because broadband providers insisted that Netflix users were consuming much of the available Internet bandwidth and therefore the ISP’s slowed it down. Netflix reluctantly agreed to pay interconnection fees to broadband providers in order to ensure its content consumers could stream its videos. Netflix, not surprisingly, is for net neutrality.

However, it is not just the giant content producers that stand to benefit from this ruling. President Obama has noted that ‘paid prioritization’ stacks the deck against small content producing companies, which are unable to challenge the dominance of Internet giants such as Twitter, Facebook, and Netflix.

Defining ISP’s as ‘common carriers’ ensures that content producers are not held hostage to ‘last mile Internet gatekeepers’ and can ensure their content reaches consumers free from bias.

You, the ISP

Not surprisingly, this ruling was not the best for ISP’s who stand to make money from a tiered Internet access system. Moreover, opponents to net neutrality argue that if broadband ISPs cannot collect fees from companies who take up an outsized portion of bandwidth, they lose the incentive to invest in maintaining and upgrading their current infrastructure. This may indeed be true.

The Future?

While the February ruling seemed to settle the debate on net neutrality, it may really be just beginning. The Title II ruling is not set in stone yet and it is already beginning to be legally challenged on the Hill. What that means for ‘you’ may fundamentally change in the months to come.

Democratizing Science: From Peer-Review to Public-Review

Charles Mueller and Jennifer Buss

It’s time to change the way we validate and communicate science. The golden standard within the scientific community to facilitate the communication of knowledge is peer-review. Unfortunately, this process becomes more dysfunctional with each passing day.  Earlier this week, a major publisher of medical and science articles, BioMed Central, found itself in a peer-review scandal. They were forced to retract 43 papers because the papers appeared to have been approved through a fabricated peer-review process. This is just more evidence that we have spent more than enough time trying to perfect a system that is archaic and easily abused. The definition of insanity is trying to do the same thing over and over while expecting a different result.  We are insane to think traditional peer-review can still work. It is time for a change. That change should be to create an open-source, public-review system for science. We need the Wikipedia for science publications.

Whenever we have let a select few individuals or groups determine what is right and wrong the power has been abused. Every single time. It was only when individuals or groups gave the power back to the people could the situation improve. When Martin Luther nailed the Ninety-Five Theses to the door of the All Saints Church in Weitenberg in 1517, he gave power back to the people and away from the Catholic Church. The Napster revolution signaled to the world that people wanted to decide what was good music rather than the major record labels. Now artists can create and distribute their own music through a variety of avenues such as iTunes or CD Baby. Major publishing houses used to tell us what was worthy of publication, but this has changed since the emergence and growth of the e-book market. Now, authors connect to their audiences through blogs and e-books, meaning we decide what is worth reading and should be published.

Let’s give the power back to the people to analyze and review science. Let’s bring democracy back to America when it comes to science. In all the other democratic processes we have, the people have a voice. Why are we refusing to give them a voice in science? People want to have a say in science. This is evident by the recent rise in popularity of crowd-funded science. Furthermore, the government has already seen the value in crowd-sourcing parts of science (data-gathering) and the federal agencies actively promote the input of all US citizens during their rulemaking processes. We clearly understand there is value in the opinions of the masses and this is part of the reason the science community is pushing so hard for open-access to scientific information: an educated society is a better society. An open-source, public-review system for science creates an open-access forum for spreading knowledge, essentially giving the science community what they want. Yes, there will need to be a lot of important discussions about how we make this happen, but we should be spending our time working on this solution rather than just trying to fix the peer-review problem.

Fixing the peer-review process by opening it up to the people will only help improve the veracity of all information in the digital age. It empowers the people with the message that they are part of the scientific process and encourages them not to be afraid of it. The more people we have thinking scientifically, the more honesty we will have when it comes to our information. The golden standard, peer-review, is corroded and falling apart. Let’s give the power back to the people and create an open-access, public-review system for validating and communicating our scientific knowledge.

What Personalized Medicine is to Me

Charles Mueller

I hate our current medical system and I hate that industry runs it. I hate it because the medical field and medical industry all abide by a central dogma that “the answer to failures of a biological system (the human body) is a pill.” No. The answer to biological system failures is a biological system solution. It is learning how to manipulate your entire biological system and not just the one part you are concerned about. It is about learning to use the body’s systems to fix itself.

This is our fundamental problem with understanding disease. We subscribe to the belief that a diseased liver is an isolated problem and all you need to focus on is the liver. We forget the body is connected and we do not even explore solutions that might involve unorthodox approaches that manipulate entire systems rather than organs. We need a new dogma in medicine and the idea of personalized medicine might be just what we need.

There is a lot of talk right now about personalized (or precision) medicine after the President revealed his Precision Medicine Initiative. I think this initiative fails to recognize what personalized medicine really is and what is needed to make it real.

To me, personalized medicine is understanding how all the cells of the body communicate and respond to changes in the environment. The question though is how do you figure this out?

The first step is to identify the key metrics you need to understand the connectivity of the body’s systems. Once you figure this out, the next step is to monitor these in groups of people. Why groups of people? We cannot perform all of the controlled human experiments that would help us understand the body as a system because they would be morally and ethically wrong. So instead, it is about acknowledging that everyone makes choices that cause changes in their body. Your life is one giant experiment. Many people are probably similar to you and make similar choices. Many are similar at the biological level and make different choices. People are running around experimenting on themselves all of the time and nobody is asking them to come in so we can take some measurements and figure out what they are doing to themselves. This is the key. Let people be themselves and use Big Data analytics on the massive amount of data that is created from monitoring them. Monitor what the best available science tells us is important, group people into categories based on their metrics and life choices, and then figure out how different choices within a group result in health endpoints.

This is how collective monitoring results in personalized medicine. With such an approach, you will begin to really understand the system level of the body and how it responds to different life choices and the mechanisms for how those life choices alter human health.  Then it is just a matter of looking at you and what you have done to make highly informed predictions about the future of your health. You cannot just study one person in detail for the same reason that you cannot study one bacterial cell and say now you know everything that that strain does.

The President’s Precision Medicine Initiative plays into the existing dogma that I loathe. It fails to see the forest for the trees. It is primed to use Big Data analytics on personal data, like genetics, to identify which pill works best for you. There is reason they chose the word precision rather than personal. “Personal” would imply a new dogma, one that really focused on you and not one that focused on the precise pill for you.