Technology

Earning Steady 9% Interest in My New Crypto Account

Scott Buchanan4 Comments

One reason for opening an account where you can purchase cryptocurrencies is to speculate on their price movements. There have been many cases where some coin has quadrupled in a few weeks, or gone up ten-fold in a few months, or even a hundred-fold within a year.

Another facet of crypto accounts is that in some cases you are paid interest on the coin you have purchased and hold in your account. That was the main draw for me. I already have a little Bitcoin and Ethereum exposure in my brokerage account through the funds GBTC and ETHE, enough to feel the thrill of victory and the agony of defeat when they go up, up, up and down, down, down, but I am not a big speculator at heart. So, I am drawn to the so-called “stablecoins”, whose value is tied to some major regular currency such as the U.S. dollar. It turns out that you can get high, steady interest payments on those stablecoins.

There are several crypto brokers which pay interest on coins. Some names include BlockFi, Celsius, Nexo, and Voyager Digital. Several such firms are reviewed here.  Initially I leaned towards Voyager, since it gives access to lots of the new, little alt-coins where you can 10X your money if you pick the right ones and jump in early. However, I still do my own taxes, and the tax reporting from Voyager looked daunting. Last I looked, they just provide a dump of all your transactions in a giant table, and it’s up to you to figure out capital gains/losses. The word on the street is that this is not as straightforward as it seems. Also, Voyager offered only mobile apps, not a desktop interface. All in all, Voyager seems more geared towards intense younger Robin Hood/Reddit crowd, punching daring trades into their phones at all hours.

BlockFi is quite staid by comparison. It only offers a few, mainstream coins. However, it is one of the best-established firms, and it provides a nice clear 1099 tax reporting form at the end of the year. BlockFi is backed by major institutional partners, and manages over $9 billion in assets.

Unlike some of its competitors, it is U.S.-based, and as such it is structured to function well in this jurisdiction. Also, its interest payouts are straightforward. In contrast, many of its competitors incentivize  you to receive your interest in special tokens issued by those companies, which adds another element of risk. Finally, BlockFi allows you to immediately transfer money in and out of your account by using a bank ACH link. I wanted that flexibility since I plan to keep a portion of my cash holdings in BlockFi instead of in the bank, but I want to be able to access those cash holdings on short notice and without penalty. (Last week I described some of my struggles over using the Plaid financial app which manages the bank-BlockFi interface, but I was able to get past that).

All in all, BlockFi is boring in a good way. All I want to do is make steady money, with minimal distraction. Here is a listing of the interest rates paid for holdings of Bitcoin and Ethereum:

BlockFi only pays significant interest for smaller holdings of these coins. (We will discuss the reason for this seemingly odd policy in a future blog post; it is basically an outcome of BlockFi’s conservative financial practices).

For Bitcoin, the interest rate is 4.5% for up to 0.10 BTC, which at today’s prices is about $4,700. After that, the interest plummets to 1%, and to a mere 0.10% for more than 0.35 BTC (about $16,000). There is a similar pattern for Ethereum. If your goal is to hold large amounts of these coins and earn substantial interest on them, there are probably better platforms than BlockFi.

However, the interest picture is brighter for the stablecoins. The biggest U.S.-based stablecoin is USD Coin (USDC), which is backed by significant institutions. Gemini Dollar (GUSD) is smaller, but also takes great pains to garner trust. Its issuer, Gemini, operates under the regulatory oversight of the New York State Department of Financial Services (NYDFS). It boasts, “The Gemini Dollar is fully backed at a one-to-one ratio with the U.S. dollar. The number of Gemini dollar tokens in circulation is equal to the number of U.S. dollars held at a bank in the United States, and the system is insured with pass-through FDIC deposit insurance as a preventative measure against money laundering, theft, and other illicit activities.” GUSD is the “native” currency within BlockFi, though users can easily exchange it for other coins. At this point I am holding just GUSD, though if I put in more funds, I would plan to partially diversify into USDC. Besides being much bigger, USDC now runs on multiple platforms, whereas GUSD is limited to Ethereum; if Ethereum finally does switch from proof-of-work to proof-of-stake, it may be more subject to outages or hacking, so it would be nice to not be totally dependent on Ethereum.

For these two stablecoins, BlockFi currently pays 9% interest on holdings up to $40,000, and a respectable 8% on larger holdings:

A complete list of BlockFi interest rates (which change from time to time) is here.

The alert reader may at this point object, “Hey, you are losing most of the purported benefits of blockchain cryptocurrencies – – without holding the coins in your own wallet, you don’t actually own them, so you are back dependent on The System. Moreover, those stablecoins are centrally managed, not deliberately decentralized like Bitcoin and Ethereum. You are treating this like a plain bank account!”

My reply is, “Yes, I am treating it like a plain bank account – – but an account that pays me 9% interest, with no drama.” That is exactly what I wanted.

UPDATE MARCH 2022 – – BLOCKFI INTEREST ACCOUNT NO LONGER AVAILABLE. For some time now, state and federal government authorities have been hassling crypto exchanges that offer interest on crypto holdings. In February, the SEC fined BlockFi $100 million for allegedly violating securities laws, and shut them down from taking in any new funds for interest-bearing accounts. BlockFi hopes someday to provide a regulation-compliant interest product, but don’t hold your breath.

Zealous state and federal regulators have been attacking other crypto firms offering interest, such as Celsius and Voyager. The main player still standing that I am aware of is Gemini. Gemini is very conscientious about audits and has always tried to work closely with regulators. It is offering about 6.5% interest on stablecoins (which is still way better than money markets or CDs), and a measly 1-1.25% on Bitcoin and Ethereum.

I’m Excited about a New World’s Fair

Jeremy HorpedahlLeave a comment

Everyone who attended the recent Emergent Ventures Unconference is excited. Craig Palsson is excited about the primal branding of the unconference. My co-blogger Mike Makowsky is excited about Plascrete (I was too! We listened to that pitch simultaneously).

I was most excited about the New World’s Fair. This is Cameron Weise’s project, for which he won an EV grant (see all the winners). I have always been interested in the history of World’s Fairs (though probably not as much as my wife). And they still exist, in a sense. There are still World Expos every few years, but as Cameron will tell you, these have mostly turned into “nation branding” exercises, promoting the host nation itself and whatever other countries set up their own exhibits.

But today, World Expos are not about promoting science, technology, and the future, as many World’s Fairs of the past did. And aren’t there already technological conferences, such as the Consumer Electronics Show (now just CES)? Yes, there are. And these are great. But they aren’t serving the same role as World’s Fairs used too.

This is the gap that Cameron Wiese is stepping into. I don’t know exactly what it will look like (he has lots of ideas!), nor exactly when it will happen. But I will be following his project closely, and you should too.

In the conclusion to his e-book The Great Stagnation, Tyler Cowen presents a solution to the stagnation: “Raise the social status of scientists.” I think a New World’s Fair would go a long way towards do this.

Starship: Quantity has a Quality of its own

James BaileyLeave a comment

If the SpaceX Starship ends up working as planned, it will do the same things our rockets do now, but at one one-hundredth the price. In an inspiring blog post, Casey Handmer argues that even people within the industry have yet to appreciate the qualitatively different opportunities that this price drop would enable:

By refilling in LEO, a fully loaded deep space Starship can transport >100 T of bulk cargo anywhere in the solar system, including the surface of the Moon or Mars, for <$100m per Starship. Starship is intended to be able to transport a million tonnes of cargo to the surface of Mars in just ten launch windows, in addition to serving other incidental destinations, such as maintaining the Starlink constellation or building a big base at the Lunar south pole.

Second, and more importantly, shoehorning Cassini 2.0 or Mars Direct into Starship fails to adequately exploit the capabilities of the launch system. Not to pick on Cassini or Mars Direct, but both of these missions were designed with inherent constraints that are not relevant to Starship. In fact, all space missions whether robotic or crewed, historical or planned, have been designed with constraints that are not relevant to Starship. 

What does this mean? Historically, mission/system design has been grievously afflicted by absurdly harsh mass constraints, since launch costs to LEO are as high as $10,000/kg and single launches cost hundreds of millions. This in turn affects schedule, cost structure, volume, material choices, labor, power, thermal, guidance/navigation/control, and every other aspect of the mission. Entire design languages and heuristics are reinforced, at the generational level, in service of avoiding negative consequences of excess mass. As a result, spacecraft built before Starship are a bit like steel weapons made before the industrial revolution. Enormously expensive as a result of embodying a lot of meticulous labor, but ultimately severely limited compared to post-industrial possibilities. 

Starship obliterates the mass constraint and every last vestige of cultural baggage that constraint has gouged into the minds of spacecraft designers. There are still constraints, as always, but their design consequences are, at present, completely unexplored. We need a team of economists to rederive the relative elasticities of various design choices and boil them down to a new set of design heuristics for space system production oriented towards maximizing volume of production.

As they say, read they whole thing, especially the part about space tractors. I leave you with one final quote:

It is time to raise the scope of our ambition and think much bigger

Zuckerberg Wants to Suck You into His Metaverse

Scott BuchananLeave a comment

Facebook founder Mark Zuckerberg has been making a lot of noise in the past few months about the “metaverse”, and now has changed his company’s name from Facebook to “Meta Platforms” (MVRS on the NASDAQ). What, you may ask, is the metaverse?

The term itself has been around for a while. Wikipedia defines it as, ”The metaverse is an iteration of the Internet part of shared virtual reality, often as a form of social media. The metaverse in a broader sense may not only refer to virtual worlds operated by social media companies but the entire spectrum of augmented reality.” In the near term, it will to be embodied by people wearing headsets with Augmented Reality (AR) goggles (with little projector screens in front of your eyes) connected over the internet to other people wearing AR googles. Instead of seeing people on flat screens (think Zoom calls), both you and they will seem to be in the same room, interacting with each other in 3-D. You and they will each be represented by digitally constructed avatars. Eventually your body would have various sensors attached to it to convey your position and motions, and your sense of touch for objects you are handling. For instance, this just in:

Together with scientists from Carnegie Mellon University, artificial intelligence researchers at Meta created a deformable plastic “skin” less than 3 millimeters thick….When the skin comes into contact with another surface, the magnetic field from the embedded particles changes. The sensor records the change in magnetic flux, before feeding the data to some AI software, which attempts to understand the force or touch that has been applied.

Zuckerberg gave a presentation on October 28 touting his company’s pivot.  In his words:

The next platform and medium will be even more immersive, an embodied internet where you’re in the experience, not just looking at it, and we call this the metaverse….When you play a game with your friends, you’ll feel like you’re right there together in a different world, not just on your computer by yourself. And when you’re in a meeting in the metaverse, it’ll feel like you’re right in the room together, making eye contact, having a shared sense of space and not just looking at a grid of faces on a screen. That’s what we mean by an embodied internet. Instead of looking at a screen, you’re going to be in these experiences.  You’re going to really feel like you’re there with other people. You’ll see their face expressions. You’ll see their body language. Maybe figure out if they’re actually holding a winning hand…

Next, there are avatars, and that’s how we’re going to represent ourselves in the metaverse. Avatars will be as common as profile pictures today, but instead of a static image, they’re going to be living 3D representations of you, your expressions, your gestures that are going to make interactions much richer than anything that’s possible online today. You’ll probably have a photo realistic avatar for work, a stylized one for hanging out and maybe even a fantasy one for gaming. You’re going to have a wardrobe of virtual clothes for different occasions designed by different creators and from different apps and experiences.

Beyond avatars, there is your home space. You’re going to be able to design it to look the way you want, maybe put up your own pictures and videos and store your digital goods. You’re going to be able to invite people over, play games and hang out. You’ll also even have a home office where you can work…

We believe that neural interfaces are going to be an important part of how we interact with AR glasses, and more specifically EMG input from the muscles on your wrist combined with contextualized AI. It turns out that we all have unused neuromotor pathways, and with simple and perhaps even imperceptible gestures, sensors will one day be able to translate those neuromotor signals into digital commands that enable you to control your devices. It’s pretty wild.

The reactions to all this I have seen on the internet have not been particularly positive. Some suggest that this is largely a publicity stunt to deflect attention from recent revelations of hypocritical and harmful decisions by Facebook management. The Guardian scoffs:

First came the Facebook papers, a series of blockbuster reports in the Wall Street Journal based on a cache of internal documents leaked by Frances Haugen, a former employee turned whistleblower.

The dam broke wider last week after Haugen shared the documents with a wider consortium of news publications, which have published a slew of stories outlining how Facebook knew its products were stoking real-world violence and aggravating mental health problems, but refused to change them.

Now the regulatory sharks are circling. Haugen recently testified before US and UK lawmakers, heightening calls to hold the company to account.

Facebook, meanwhile, appeared to be living in another universe. Its rebrand to Meta this week has prompted ridicule and incredulity that a company charged with eroding the bedrock of global democracy would venture into a new dimension without apologizing for the havoc it wreaked on this one.

Ouch. Privacy advocates are concerned about the implications of identity theft taken into the 3D domain: imagine some malicious actor sending a realistic avatar of you around cyberspace doing things you would not do. Also, it is widely recognized that too much time on today’s (flat) screens is unhealthy; how would 3D glasses make that better?

Scott Rosenburg at Axios notes some more prosaic shortcomings of Zuck’s beatific vision:

The real you is just sitting in a chair wearing goggles…The video mock-ups of the metaverse Zuckerberg unveiled showed us what remote-presence wizardry might look like from within the 3D dimension. But they omitted the prosaic reality of most current VR… Right now, the metaverse isn’t “embodied” at all. It’s an out-of-body experience where your senses take you somewhere else and leave your body behind on a chair or couch or standing like a blindfolded prisoner…

Today’s headsets mostly block out the “real world” — and sometimes induce wooziness, headaches and even nausea. Why it matters: If you fear screen time atrophies your flesh and cramps your soul or find Zoom drains your energy, wait till you experience metaverse overload….

Virtual-world makers will feel the same incentives to boost engagement and hold onto users’ eyeballs in the metaverse that they have on today’s social platforms.

That could leave us all nostalgic for our current era of screen-blurred vision, misinformation-filled newsfeeds and privacy compromises.

Joy on Books 2021

Joy Buchanan2 Comments

The non-fiction book for adults I recommend this year is Liberty Power by historian Corey Brooks. If you have ever cared about social justice or affecting change, then wouldn’t you be curious to know how the abolitionists really did it around 1850? How, practically speaking, did a handful of people with moral convictions rid the United States of legal slavery? Abolitionists were striving and scheming to use the newly minted American democratic political system to their advantage even though they were in the minority. One of their big decisions was to start a third political party after they grew frustrated with slavery-complicit Northern Whig politicians. I blogged here about the connection with current politics.

I had a huge gap in my knowledge of American history before reading this book. Nothing that happened between George Washington and the Civil War seemed interesting, until this book created a narrative that I cared enough about to follow. History books might not be the perfect gift for everyone, but I bet no one in your family already has it!

Another book I reviewed earlier is Emily Oster’s The Family Firm, which any parent of young children would probably find helpful if they like research.

When I’m not reading for work, I read to my kids. I strongly recommend, for kids aged 6-12, The Voyage of the Dawn Treader. This ties into Liberty Power, because the main characters abolish the slave trade on one of the islands they sail to!

Before reading Dawn Treader, you should certainly start with the book that sets up the world, The Lion The Witch and the Wardrobe. I have a tip for younger kids: start reading this book right at the point where Lucy walks into the wardrobe for the first time. Younger kids won’t miss the first few pages that explain how the 4 children came to be in the old house.

For 4yo and 5yo kids, I recommend Aesop’s fables. These are short and self-contained. There are many versions of fable books for kids with good illustrations.

In addition of my specific plug for the Narnia series, I encourage parents to read fantasy with children. I see a lot of children’s books that promote science or STEM-readiness. My son enjoys learning about dinosaurs and nature, however I am certain that he’s learned the most from the conversations we have had about adventure stories.

Reading to your kids is costly in terms of time. We have limited time, so let me make an argument for dropping some of the other competing activities. I speak as someone who professionally teaches hundreds of college students to program. Those games that try to trick 5-year-olds into “programming” are less valuable than reading and discussing fantasy stories.

Inspire them with the story of a ship sailing to unknown islands. Talk about how a lovable band of flawed characters can escape from a clever magician. What your child will need to be able to do when they are 20 is read and comprehend a textbook that explains a totally new technology that no one alive today understands. Then they will need to think of creative ways to apply that technology to real world problems.

Joy Recommends Running Products

Joy BuchananLeave a comment

Late October is a nice time to get outside in Alabama. I have answered the primal call to suburban moms and signed up for a 5K running race at the end of the month. To make running practice safe and fun, I dropped a few hundred dollars this month on products.

Now that I’m old, my first concern is not injuring myself. Having good new shoes that absorbs some of the impact from running is important. I went to a local running store and ended up getting Asics Gel Nimbus.

I really like them. Amazon link. It seems like the price ($150) in the boutique store and the Asics website and Amazon is all the same.

Assuming you are not considering getting these shoes for yourself, do not buy a woman running shoes for Christmas, obviously, unless you’ve discussed it with her. You could buy a family member the other big purchase I made for running: AirPods.

Many people already have AirPods but I’ll review them anyway. I bet there are at least 10 people out there just like me who view them as newfangled and unnecessary.

My primary reason for getting them was so that I can listen to music while I run and not have the annoying headphones cord in my face. They are great for running. By the way, I got the cheapest version since I only use them occasionally.

AirPods are more than wireless headphones.  They are smart. They allow you to take hands free phone calls when your phone is two rooms away (which can be a reason to keep them in even when you are not listening to music). They respond to voice commands and prompt you on what to say. Maybe I shouldn’t be, but I was surprised by how easy it was to start using them.

I use a free application called RunKeeper. Without any fiddling from me, the AirPods give me useful feedback on my run from RunKeeper. I don’t have to stop the music or pull out my phone to get this feedback. It just knows, and the AI is correct about what I want to hear when.

While I was at the Apple store getting AirPods, I considered getting an Apple Watch. It turns out that the Apple Watch does not have a long range from the phone. So, I cannot run a mile away from my phone and still get all services on the Watch. Since I’m not a serious runner, I did not want to spend hundreds of dollars on a new watch plus pay for a separate cellular plan for the device. I run while holding my small-ish iPhone.

Apple Watch records your heart beat. I can be a privacy grump, even though I use a lot of tech. Apple Corp. can C it’s way right out of my vital signs. I don’t even want data on my heart rate and sleep patterns, for myself. I’m already mentally overloaded, so I don’t want more data to think about.

Here’s a song I like to put at the beginning of my running song playlist: https://www.youtube.com/watch?v=FxmkYugYu7Q

Lastly, for your holiday shopping list, I will make one plug for the shirts in our Blog Store. These make a fun gift for math majors or Econ Ph.D. folk.

Gen Z on TikTok

Joy Buchanan1 Comment

I did an informal survey among undergraduate students. This is not a representative sample of American youth. Before answering the question “How is TikTok affecting your peers?” they had just heard about the TikTok recommendation algorithm. Answers might have been slightly different if they had not been primed to think about the app from a business perspective.

Most of the answers were negative, both among students who use TikTok themselves and especially from students who are staying off of the app. Some answers presented both a positive and a negative reply.

Here is one of the more positive replies:

“TikTok is affecting my peers in a few different ways. On the positive side, people can learn very useful things on the app. On the negative side, it can be very time consuming. I have heard from many friends how they have wasted a lot of their time on TikTok when they could have been doing something more productive.”

Some students emphasized the social aspect:

“TikTok is one of the biggest social platforms amongst my friends and I. When we hangout, we are creating our own TikToks, but when we are apart we are able to share videos with each other. TikTok for me is a big rabbit hole that I find myself spending way too much time on.”

Also, they believe that this platform, more so than the original social networks, allow a new user to break out. “The idea that a normal, average person can post on TikTok and have a likelihood of it becoming viral is what has launched the platform.” I can see how a 20-year-old today would think Twitter is less fun because it is hard for a newcomer to get noticed.

Some students mentioned the addictive aspect of TikTok:

“I see a lot of my peers stay on the app for long periods of time. I can’t count the amount of times people say something about how they didn’t realize they were scrolling for an hour before they looked at the clock.”

“I have three friends back home who are being affected by Tik Tok in the worse way possible. All they do is watch Tik Toks all day and has even affected their sleep schedule cause they can’t put their phone down. It’s hard to see my friends sucked in the rabbit hole.”

“Personally, I have had to set screen time limits for TikTok through my phone’s settings because I can easily spend extended periods of time of the app without even realizing it; and even then, sometimes, I even override the limits I have set in place because I want to see even more content.”

The funniest line award goes to: “I personally hate TikTok and think it is rat poison.”

I wonder how the responses might have differed if I had asked a similar question to college students about TV and video games 20 years ago.

I use Twitter frequently. Maybe I spend more time on it than I should, and I don’t support as many paid media outlets as I might otherwise. Thus, the non-Twitter world is less rich for today’s college students.

For balance, here’s how Big Tech helped me in the past week. I needed to help my son build a model rocket from a kit. Some stranger kind young man had made an excellent YouTube video detailing how to make this rocket. This video really helped me, and the man should get the satisfaction of one more watch on his views count.

You Need a Better Battery

Jeremy Horpedahl1 Comment

As we did last year, Joy has asked us to recommend some gifts for our readers. My recommendation is simple: a battery.

But not just any battery. I’m not talking about adding to your cardboard box full of AAs, AAAs, and weird watch batteries.

Instead, what you and everyone on your gift list needs is a portable battery for charging your many devices. There are plenty of good options out there, but anything under 30 bucks with at least 20,000mAh (the standard measure for battery life) is what you want. Here’s a good one on Amazon right now which should be $25 after a coupon and gives you 36,800mAh of charging power.

How much battery life is that? An iPhone has around 3,000mAh of power. You can charge an iPhone over 10 times with this thing! That may sound like overkill, but if you are charging multiple devices on a long trip, this battery is worth its weight in gold (it weighs about 13.4 ounces, which would be about $24,000 worth of gold — maybe I’m exaggerating a little).

For better or worse, our devices are how we communicate, navigate, and entertain ourselves on a daily basis. Especially on long trips. You don’t want your phone to die when you land at a strange, new airport. You also don’t want your friend’s phone to die: more than once, I have been the “battery hero” by loaning my portable battery to a friend at a conference.

Continue reading →

The Half-Life of Policy Rationales

Jeremy Horpedahl1 Comment

Bryan Caplan recently wrote about public goods theory, how we teach it, and the unrealistic nature of how we classify goods as either/or, rather than on a continuum. I explored similar themes in a blog post that I wrote back in January, but Caplan brings up another important point about public goods theory that I forget.

In a short 2002 paper, and then in a 2003 book with the same title, Foldvary and Klein proposed the idea of “the half-life of policy rationales.” In brief, the justification for many market failure arguments is contingent on the current state of technology. They apply this to concepts such as natural monopoly and information asymmetries, but for public goods theory the most important application is to the concept of excludability.

Here’s the basic idea: it is costly to exclude non-payers for using some goods. If it is so costly that it would not be profitable for a private enterprise to produce the good in question, it won’t be produced privately. But it still may be efficient for government to produce the good, if the benefit from the good exceeds the cost of raising the revenue to pay for it (likely out of general revenue, since we have already admitted it is infeasible to charge the users directly).

But here’s the Foldvary and Klein point: all of the above paragraph is dependent on the current state of technology! Take roads for example. When you had to pay someone to physically take a few coins for a toll road, plus force all motorists to slow down to a complete stop to pay the toll, it was probably cost prohibitive to operate limited-access private toll roads. But technology changes. We now have the technology for electronic tolling done at highway speed (and even coin buckets were slightly faster than handing some dude your change). The argument for government provision of highways, which was strong when technology was ancient, is significantly weakened now that technology has reached its modern state.

(There may be lots of other reasons you think that roads should be publicly provided, such as equity, but these are separate questions and distinct from the argument made in standard public goods theory.)

Foldvary and Klein go through many more examples in their book, but we can already see the key insight. And I think this is extremely important for teaching public goods to undergraduates. It’s normal for us to say that goods are either excludable (in which private provision is best) or non-excludable (in which there is a strong case for some government intervention). But this either/or framing is wrong (a continuum is a better way to think about it), and crucially it can change over time depending on technological changes. Excludability is not some inherent feature of a good or service, it is a function of the state of technology.

Human Capital and Filepaths

Joy Buchanan3 Comments

Someone wrote a story about my life. It’s a report from The Verge called “File Not Found: A generation that grew up with Google is forcing professors to rethink their lesson plans”.

When I started teaching an advanced data analytics class to undergraduates in 2017, I noticed that some of them did not know how to locate files on a PC. Something that is unavoidable in data analytics is getting software to access data from a storage device. It’s not “programming” nor is it “predictive analytics”, but you can’t get far without it. You need to know what directory to point the software to, meaning that you need to know what directory contains the data file.

As the article says

the concept of file folders and directories, essential to previous generations’ understanding of computers, is gibberish to many modern students. It’s the idea that a modern computer doesn’t just save a file in an infinite expanse; it saves it in the “Downloads” folder, the “Desktop” folder, or the “Documents” folder, all of which live within “This PC,” and each of which might have folders nested within them, too. It’s an idea that’s likely intuitive to any computer user who remembers the floppy disk.

I am a long-time PC user. Navigating File Explorer is about as instinctive as drinking a glass of water for me. The so-called digital natives of Gen Z have been glued to mobile device screens that shield them from learning anything about computers.

Not everyone needs to know how computers work. I myself only know the layer that I was forced to learn.

My Dad, to whom I owe so much, kept a Commodore 64 in a closet in our house. About once a year, he would try to entice me into learning how to use it. I remember screwing up my 9-year-old eyes and trying to care. Care, I could not. It’s hard to force yourself to do extra work without a clear goal. The Verge article explains

But it may also be that in an age where every conceivable user interface includes a search function, young people have never needed folders or directories for the tasks they do. The first internet search engines were used around 1990, but features like Windows Search and Spotlight on macOS are both products of the early 2000s. Most of 2017’s college freshmen were born in the very late ‘90s. They were in elementary school when the iPhone debuted; they’re around the same age as Google. While many of today’s professors grew up without search functions on their phones and computers, today’s students increasingly don’t remember a world without them.

One area in which I do minimum archiving is my email. I rely heavily on the search function. I could spend time creating email folders, but I’m not going to put in the time unless I’m forced to.

Here’s where the “problem” lies:

The primary issue is that the code researchers write, run at the command line, needs to be told exactly how to access the files it’s working with — it can’t search for those files on its own. Some programming languages have search functions, but they’re difficult to implement and not commonly used. It’s in the programming lessons where STEM professors, across fields, are encountering problems.

Regardless of source, the consequence is clear. STEM educators are increasingly taking on dual roles: those of instructors not only in their field of expertise but in computer fundamentals as well.

Personally, I don’t mind taking on that dual role. I didn’t learn to program until I really wanted to. The only reason I wanted to was that I had discovered economics. I wanted to be able to participate in social science research. Let these STEM or business courses be the motivation for students to learn to use computers as tools instead of just for entertainment.

Allen Downey wrote a great blog on this topic back in 2018 that is more practical for teachers than the Verge report. He argues that learning to program will be harder for the 20-year-olds of today than it was for “us” (old people as defined by entering college before 2016). He recommends a few practical strategies, while acknowledging that there is “pain” somewhere along the process. He thinks it is sometimes appropriate to delay that pain by using browser-based programming interfaces, in the beginning.

I gave my students a break from pain this week with a little in-browser game that you can play at https://www.brainpop.com/games/blocklymaze/ They got 10 minutes to forget about file paths, and then it was back to the hard work.

I have found that a lot of students need individual attention for this step – the finding a file in their hard drive. I only have to do that once per student. Students pick the system up quickly. File Explorer is a pretty user-friendly mechanism. Everyone just has to have a first time. Sometimes, Zoomers just need a real person who cares about them to come along and say, “The file you downloaded exists on this machine.”

One way around this problem is to reference data that lives on the internet instead of in a local machine. If you are working through the examples in Scott Cunningham’s new book Causal Inference, here’s a piece of the code he provides to import data from his public repository into R.

full_path <- paste(https://raw.github.com/scunning1975/mixtape/master/, df, sep=“”)

df <- read_dta(full_path)

The nice thing about referencing data that is freely available online is that the same line of code will work on every machine as long as the student is connected to the internet.

As more and more of life moves into the cloud, technologists might increasingly be pointing programs to a web address instead of the /Downloads folder on their local machine. Nevertheless, the kids need to have a better sense of where files are stored. He or she who can understand file architecture is going to get paid a lot more than their peers who only know who to poke and scroll on a smartphone.

There is a future scenario in which AI does most of the programming for us. When AI can fetch files for us, then File Explorer may seem obsolete. But I worry about a world in which fewer and fewer humans know where their information is stored.