Category Archives: News

What is the X-59?

By: Yohan Lee

Imagine flying at the speed of sound and cruising over public places whilst not hearing the sound barrier over you. Well, today I’m going to talk about the X-59 and the history of it.

The X-59 was built by NASA and Lockheed Martin. They both came together to try to build a supersonic aircraft that is quiet when flying over you. The X-59 development began in 2016 and the first machined part was made in 2018, then was revealed to the public on January 12, 2024. The X-59 was built in Lockheed Martin’s Skunk Works facility in Palmdale, California.

What is supersonic? Supersonic is a loud sound of an object going over 700 miles per hour. Think of a whip and whipping it. That crackle is exceeding over 700 miles per hour. That crackle is a mini sonic boom. But the X-59 just can’t fly at 700 miles per hour or Mach 1. The X-59 can fly at Mach 1.42 or 940 miles per hour. When the X-59 flies over you at Mach 1 you would only hear a tiny thud. That little thud is about 75 db or just below a jet flying over you at 1000 feet which is about 106 db.

The reason why NASA and Lockheed Martin are trying to quiet the sonic boom is because it’s illegal to fly supersonic over the public for 3 main reasons. They don’t want to startle people thinking we’re going to war, it might kill someone or an animal (out of shock or knocking them over), and it can cause property damage as in breaking windows.

So, how can the X-59 achieve going over Mach 1 while barely hearing the sonic boom? Well, it starts with the nose of the aircraft. The X-59 has a sharp nose that cuts through the air making the aerodynamics much better and thus making the X-59 fly faster. The same goes for the delta wings. The reason why the X-59 has delta wings is because it reduces the effects of the shock waves and makes the sonic boom a quieter sonic boom thump.

The X-59 engines are the f414-GE-100 which are the same engines that are used for the F/A-18E/F/G. But the gears are the same gears that the F-16 uses.

The X-59 comes about 100 feet in length and 30 feet in width. The nose takes up half of the size and since the X-59 nose is long you can’t see much throughout the window. So, that’s why the X-59 is equipped with a camera at the end of the nose to see in front of the nose and to see the other side. The X-59 is equipped with 3 screens, one of them is the camera and the other two are for your basic flight instruments which tell what your plane is doing. Since the X-59 just came out, a lot of stuff is still classified.

So, how can it change aviation? Well, NASA and Lockheed Martin are planning to make a quiet supersonic plane and redesign it to be a commercial plane so we civilians can fly over Mach 1 at 700 miles per hour. For a regular flight from a 737, it takes 5 hours to get to California to Florida flying at a speed of 587 miles per hour. But when you’re flying the X-59 it would only take 3 hours flying at 700 miles per hour.

Why are NASA and Lockheed Martin working together to make the X-59? NASA has its team called QUESST which brings Lockheed Martin and NASA together, and under QUESST is The Quiet Crew. The Quiet Crew is a group assigned specifically to design and fly the X-59. Lockheed Martin collects data and helps build the X-59 since NASA doesn’t own many F-16s and F-18s, and again, the X-59 uses the F-18’s engines and F-16’s gears.

Before NASA had an idea to make the X-59 and convert it to a commercial airplane, the Concorde was the first ever super sonic commercial airliner. The United Kingdom and France made the Concorde in 1969. There were only two airliners who flew the Concorde and it was British Airways and Air France. The Concorde unfortunately retired on November 26, 2003, due to high maintenance and fewer people flying the Concorde since each ticket cost $10,000. Plus, the Concorde was super loud which caused many people to not like the Concorde. The Concorde could fly 2 times faster than the speed of sound or 1,354 miles per hour due to the Concorde having 4 Rolls-Royce/Snecma Olympus 593 engines. Something interesting is that the X-59 and the Concorde had some similarities. They both had a long and sharp nose, delta wings and had stabilizers.

NASA said that the X-59 is going to come out in mid-2030 and hopefully in the future we will have a supersonic commercial airplane. And this is why the X-59 is going to change aviation.

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About Hurricane Milton

By: Siri David

Florida coast Photo credits: me

Hurricane Milton is affecting the environment and people all over the world. Hurricane Milton hit Florida’s central west coast on October 9th. It was marked as a category 3 hurricane. It had winds up to 120 mph. Earlier Wednesday morning the national weather service found at least around 4 tornados on the south west coast of Florida. This all led to a massive category 5 storm on October 7th with winds hitting speeds of 180 mph. Milton rained so much in areas of Floridas that it is qualified as a 1 in 1,000 year rainfall event.

Hurricane Milton has affected so many people. Over 3.2 million people have lost power in Florida. There have been at least 14 deaths confirmed since the storm has passed through Florida. Many people have lost their homes and all their belongings. Which leads to lots of people being homeless now. A lot of small companies were also destroyed which led to job losses, because not everyone can recover all of that damage. There were 1,200 people rescued by the National Guard. A total of around 6,500 troops were asked to come into work.

The hurricane also left a large effect on the environment. It killed many animals and destroyed a lot of their ecosystems. This causes them to not be able to repopulate as well because their environment has been ruined. Another thing that affects the environment is with all of the things being destroyed, all of that trash is being spread all over, so that isn’t good for the environment either.

This hurricane is something that will change our country forever, so here are some ways you can help. If you are someone who doesn’t live near states that were affected you can donate to foundations and help raise money. There are a lot of organizations that are taking donations, just make sure you do your research to make sure you don’t get scammed. If you do live near states that were affected you can sign up with the Red Cross to become a volunteer or could work to make meals and help get homes for people through other organizations.

To recover from a disaster like this everyone needs to participate to help the people and the environment. It takes all of us.

Top 5 poisonous plants (not in order)

By: Cleo Newton

Poisonous plants can look like any other plant if you don’t know which is which. According to Britannica.com, the following are considered to be the world’s most poisonous plants.

Water Hemlock

This plant looks a lot like the Water Parsnip (Sium suave), they’re both made up of clusters of small, white flowers. The Water Hemlock (Cicuta maculata) is the deadliest plant in North America and is closely related to the Poison Hemlock. What makes this plant so deadly is the cicutoxin it’s infused with, especially so in the roots. If you eat this plant, the poison will rapidly generate symptoms that are potentially fatal. Symptoms such as abdominal cramps, nausea, convulsions and death are common. Those who survive eating a Water Hemlock usually have lasting tremors or amnesia.

Deadly Nightshade (Atropa belladonna)

The Deadly Nightshade has shiny black berries and dull green leaves. The sweet berries this plant produces are very poisonous and it’s usually children and unknowing adults that eat these berries. The leaves, roots and berries of this plant contain atropine and scopolamine. Consuming this plant will cause the involuntary muscles in the body to be paralyzed, including the heart. Touching this plant can cause skin irritation.

White Snakeroot

Like the Water Hemlock, this plant has a cluster of small white flowers. These flowers contain a toxic alcohol called trematol. Directly ingesting this plant causes death. You can even die if this poison indirectly makes its way into your body. Eating the meat and/or drinking the milk from poisoned livestock can pass the toxin onto the consumer. Symptoms include nausea, loss of appetite, weakness, abnormal acidity of the blood and death.

Castor Bean (Ricinus communis)

The Castor Bean is widely grown as an ornamental plant; it’s an attractive plant to Africa. Castor oil comes from processed Castor seeds, which naturally contain the poison ricin. Ricin is so deadly that it only takes one or two seeds to kill a child. It takes up to eight to kill an adult. What ricin does is that it impedes the synthesis of proteins in cells, and can cause severe vomiting, seizures, diarrhea, and death. Most of these deaths are caused by the accidental consumption by kids and pets.

Photo by Plantpool images on Pexels.com

Oleander (Nerium oleander)

Like the Castor Bean, this plant is also grown as an ornamental plant. All parts of this plant are poisonous. Oleander contain cardiac glycosides called oleandrin and neriine. Eating this plant can cause diarrhea, erratic pulse, vomiting, coma, seizures, and death, while coming into contact with the sap or leaves of Oleander can irritate the skin. Like the White Snakeroot, this plant is so toxic that people have fallen ill from indirectly ingesting the poison. People have become sick from eating the honey made from bees that visited this flower. Luckily, Oleander isn’t as commonly consumed as it’s very bitter.

After reading this article, I hope you’ve learned a bit more about poisonous plants.

How climate change has affected recent hurricanes

By: Nathaniel de Sam Lazaro

Credit: Wikimedia commons: https://commons.wikimedia.org/w/index.php?search=Hurricane&title=
Special:MediaSearch&go=Go&type=image

Last month, the nation watched as Hurricane Helene ravaged parts of Florida, Georgia, and the Carolinas. According to the Associated Press, the death toll is now 250 people and it is still unclear how many are missing. The hurricane caused billions of dollars in property damage, and 4 million people lost power. However, less than two weeks later, another hurricane pummeled toward the gulf coast of Florida, which had already been hit by Helene.

Hurricane Milton made landfall as a category 3 hurricane in Siesta Key, Florida, located near Tampa. According to Accuweather, at least 23 people died from this hurricane. While Milton was not as bad as expected, these hurricanes are still very deadly and dangerous. Large amounts of Florida were under evacuation zones, and the Tampa Bay Area has now been hit by two major hurricanes over the course of two weeks.

While these hurricanes are natural disasters that have been happening for centuries, it is undeniable that human actions have been making hurricanes more frequent and worse.

According to the Environmental Defense Fund, sea levels have risen by 4 inches since 1970, pushing water further inland and creating storm surges across the world, including in the volatile North Atlantic Ocean, which has seen major hurricanes (category 3 or higher) three times more frequently than it did 100 years ago. This rate has doubled since 1980. Additionally, hurricanes now have 10-15% more rainfall on average than they did 50 years ago.

Additionally, hurricanes have begun to move more slowly, making more water suck into them, making their storm surges more powerful. This is likely caused by the fact that the winds steering hurricanes move slower in warmer climates, and with a rapidly warming earth, this change is expected.

The truth is, climate change is already happening. It is more important than ever that we take steps to mitigate its effects. At the same time, humans must be able to adapt to some of the consequences of human caused climate change. In Florida, construction practices must change to be more resilient to worsening hurricanes. Governments should also enact policies that encourage the use of clean energy rather than fossil fuels. Only large, systemic changes can truly mitigate our climate crisis.  That is the only way we can stop climate change from getting worse than it already is. Our planet depends on it.

Risks of rising temperatures

By: Siri David

Photo taken by me

In Saint Paul there is a very huge risk with heat rising. The number of the hottest days keeps increasing yearly. This is a huge issue. In the past there was an average of no more than seven days a year that reached higher than 91.2^F. By 2050 it is estimated that there will be up to an average of 36 days a year that reach over that temperature of 91.2.

With temperatures rising this fast there are a lot of health concerns for people. Heat exhaustion and heat stroke are things that can happen to the human body when in the heat for too long. These are a few signs of heat exhaustion: getting light headed, weakness, heavy sweating, and muscle cramps are all really common signs. Heat stroke signs are: dry mouth, hot skin, vomiting, confusion, and seizures.

These are really important things that you need to make sure you’re aware of as temperature rises. If these signs are happening try to get into a cooler setting as soon as possible. If that is not possible try putting water on your neck and wrists, because that will help your body cool down faster.

There are a lot of ways, as humans though, we can work to decrease heat rising so fast. Conserving energy is really important. That means doing little things like turning off all the lights when you leave, not letting your water run for longer than needed, and driving less can also help a lot. Doing these things helps conserve energy.

Another thing that can help out a lot is reducing greenhouse gas emissions. This means trying to use renewable energy sources like solar and hydro powers instead of using fossil fuels. Using electrical vehicles can also help out a lot.

Taking little or larger steps like these can really help the environment, and stop the climate from getting so warm so fast. This is a task that takes all of us one community at a time.

Plastic bag bans

By: Karl Salkowski

Although plastic bags are terrible for the environment, over 500 billion plastic bags are used yearly; 100 billion are used in the USA alone. The average “working life” of a plastic bag is only 15 minutes, and sadly, according to Stillwatermn.gov, only 1-3% of plastic bags are recycled, and less than 10% are reused. This means that the average family using plastic bags in Stillwater, Minnesota will use over 400 a year. Most of these bags are made of polyethylene and can take centuries to degrade. Because of statistics like these many countries are taking action to construct a cleaner future.

California became the first US state to ban single-use plastic bags in 2014. However, this backfired unexpectedly. Instead of consumers switching away from plastic bags, they instead moved toward thick-walled plastic bags. These thick-walled bags not only cost more, but are worse for the environment. According to Nytimes.com, Californians tossed nearly 50% more plastic bags by weight in 2021 than they did in 2014. In response to this loophole, in September of 2024, California  banned all plastic grocery bags regardless of thickness, and required consumers to begin paying 10¢ per paper bag if they lack reusable bags as of 2026.

Some countries have already banned all forms of single-use plastic. One of which is Rwanda. According to Undp.org, in 2008 Rwanda became one of the first countries to ban all single-use plastic bags and bottles. Rwanda even goes as far as to search tourist’s luggage for these single-use plastics upon entering the country. The first country to ban single-use plastic bags was actually Bangladesh in 2002.

More and more countries around the world are beginning to ban single-use plastics. So far, over 3.5 trillion plastic bags have been produced, 160,000 are used a second, and worldwide less than 1% are recycled. These plastic bags can take up to 1,000 years to break down, so it is crucial that countries begin to ban and restrict these plastics as soon as possible.

Glaciers

By: Samson Belihu

Image created with AskAI

Glaciers – they are massive, slow moving bodies of ice that form over centuries from accumulated snow.
They are vital indicators of climate change, as they respond sensitively to temperature variation. Unfortunately, global warming has led to significant glacial decline, impacting ecosystems, sea level, and global water patterns.

Causes of Glacier Melting

Rising global temperatures are causing glacial melting. Average global temperatures have increased due to greenhouse gas emission from human activities, such as burning fossil fuels and industrial progress. This warming accelerates the melting of glaciers, particularly in the polar and mountain regions.

Warmer ocean waters also contribute to the melting of glaciers. This is mostly happening in Greenland and Antarctica, which could potentially lead to flooding.

Consequences of Glacier Melting

Melting glaciers contribute to sea level rise, which threatens coastal communities and ecosystems. The increased glacial melting also impacts water supplies. Many regions rely on glacial meltwater for drinking water. As glaciers shrink, communities soon will face water shortages impacting agriculture.

Restoration Efforts

There are several organizations and companies that are focused on restoring glaciers, and the oceans temperature such as: Arctic Ice Project, Greennova Foundation, Mountain Wilderness, etc.

These groups are trying to slow glacial retreat through active intervention. For instance, some projects involve the application of reflective materials on glaciers to increase their albedo and reduce melting. Albedo is a measure of how much sunlight is reflected off of a surface, and it is important for glaciers because it helps regulate the earth’s temperature.

Some companies also research and monitor the changes of glaciers over time. There are also organizations that are working to raise awareness about the importance of glaciers and the big impact they have on climate change.

The melting of glaciers is a massive issue that is caused by climate change, with high consequences for our ecosystems, communities, and global sea levels. Many companies and organizations have stepped up to help with the restoration and conserve these glaciers, which hold many histories that many scientists have not gotten their hands on. There is hope to negate some of the impact of climate change on glaciers, and preserve them for the future generations.

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Minnesota Legislative session: What a mess!

By: Charlie St. Dennis

Image taken from Wikimedia Commons

The Minnesota Timberwolves won their playoff game against the Denver Nuggets on Sunday, May 19th, successfully moving on to the Western Conference Finals against the Dallas Mavericks. While many Minnesotans celebrated at home, bars, or watch parties, a small group of Minnesotans were stuck at the State Capitol working tirelessly to pass as much legislation as they could before the end of the session, which occurred at 12am on Monday, May 20th.

For those who are unaware, Minnesotans are put into state legislative districts, which typically consist of roughly 85,000 people per senate district, and about 42,500 per house district. We elect these leaders, and the current state makeup is 70-64 with a DFL majority in the House, and 34-33 with a DFL majority in the Senate as well. Having such narrow majorities in both legislative bodies makes it incredibly difficult for legislation to pass, because it means you need *every* DFLer on board, or your legislation might die.

Unfortunately, that happens often. I’ll start reviewing this past legislative session with what I consider the *wins* for Minnesotans. Powerful bills challenging oppressive institutions, like the Minnesota African-American Family Preservation Act, introduced in the house by Rep. Esther Agbaje (DFL) gained bipartisan support from DFLers and Republicans alike, including Sen. Bobby Joe Champion (DFL) and Sen. Clare Oumou Verbeten (DFL), and Rep. Walter Hudson (R) and Sen. Jim Abeler (R), who ended up sponsoring this important piece of legislation. The goal of this legislation is to promote family reunification and appropriate social services for disproportionately affected African-American families.

They were also able to work with intergovernmental relations from the Minneapolis City Council and passed worker protections legislation for Uber/Lyft drivers. They also passed HR1989, a billed lovingly nicknamed the “Taylor Swift Ticketing Bill,” which was a bill basically saying that companies like Ticketmaster and AXS must disclose ticket prices with fees included, instead of just revealing right as people pay.

While this may not sound like a lot, you’re right, it’s not. I skipped over some of the really boring stuff, but mostly this year had a pretty blank slate, at least until the last day. The DFL realized they had a lot of work left to do due to some long, unnecessary debates from the Republicans. This leftover work notably included FairVote Minnesota’s Local Options Bill, which guarantees ranked choice voting as an option in local elections across the state. In addition to this, many activists and DFLers across the state were pushing for the Equal Rights Amendment to pass, which had been pushed to the last week of session for a second year now.

The DFL wanted to accomplish all of their legislative goals before that upcoming midnight deadline, so their solution was to make multiple omnibus bills, which means to combine pieces of legislation together and speed up the process. Once combing these omnibuses, they put it into one big omnibus: not so lovingly nicknamed “Omnibus Prime” or the “Megabus.”

This was appalling to Republicans. Despite admitting last year that they don’t read the bills (they accidentally legalized cannabis), now they suddenly care about having time to read this legislation. When Speaker Melissa Hortman (DFL) recognized a motion from Rep. Jamie Long (DFL) for a roll call vote, Minority Leader Lisa Demuth (R) began yelling “Madam Speaker!,” questioning her integrity as she thought she was not following the rules, along with several other Republican colleagues. This yelling went on for upwards of 30 minutes, which successfully left the legislature out of time to pass any legislation on to the Senate.

While I agree that the “Omnibus Prime” package was a lot to deliver on the final night of session, I also believe that Speaker Hortman, who has served in the House for 20 years now, is a reverent leader who knows what she’s doing. She recognized a motion, as she should, and they were going to begin a roll call vote, as they should. Because the *Republicans* didn’t understand the rules, we weren’t able to get nearly as much done this session as we could’ve. Although, despite not having the greatest record this past session, this has been the most productive biennium in 50 years.

My message for Republicans: you do not get to spin the rules just because they aren’t in your favor. You do not get to throw a hissy fit because you don’t want to progress our state. And lastly, the voters in November will look at the TV ads, campaign mailers, and lawn signs for your candidates and legislators and think of the way they acted like toddlers once given a position of power. And best believe they will vote accordingly.

The science of pollination

By: Trump Vang

Pollination is the process by which animals can transfer pollen from a male flower to a female flower. It produces most of the natural things that we eat today; everything from fruit to vegetables are all produced by this process, and it’s integral to our food resources today. Even some non-edible applications, such as seeds, are important for reproduction and the spread of species. Nonetheless, pollination is an important part of nature, though some may wonder what happens behind the title and definition of pollination. What is the Science of Pollination?

All pollination happens due to flowers. Their ability to produce pollen to spread to one another, allows for this process to happen as well as all of its side effects. What is in a flower though? Well there are two main structures within the flower. They’re specifically known as the stamen and the pistil. While the stamen produces the important pollen, the pistil contains genetic information in its ovaries. When pollen comes in contact with the pistil, the process of fertilization starts, and the plant starts to produce seeds for reproduction. 

Now, how does the pollen come in contact with the pistil? Well there are a few different ways that this can occur: wind can disperse pollen and birds, plus insects, can spread them from flowers. Wind is unpredictable, so plants are forced to adapt to the style of animals. Most plants will provide animals the benefit of nectar, a sweet substance, in exchange for having them spread their pollen.

All flowers have different structures, though the pollination happens in the same way. Usually, the animal comes in contact with the flower and attempts to get some of the nectar at the back of the flower. Through this process, pollen is able to get stuck on the animal and stays there until they pass it onto a pistil; this happens in the same process in which they attempt to get nectar from the flower. These processes allow for plants to get pollinated and spread their species.

While providing food (nectar) is the most common way for the process of pollination, there are other ways that plants have adapted to get pollinated. Some plants use visual cues, scents, mimicry and entrapment to get animals to pollinate their flowers. One example of these methods are found in the set of plants known as the Orchid. Often these plants will use scents to lure in their pollinators, just to trap them within their intricate designs. As the organism attempts to escape, it can run into the pollen that the flower’s produce, allowing for population to occur. After a while, the Orchid opens, and the bug is freed from its confines. There are reasons for why these plants differ in their requirements, but for the Orchids it comes in saving their energy in having to make nectar, and ensuring that their pollen is spread properly.

The first ever pollinators most likely passed pollen from one plant to another by accident. Ever since then, both parties in pollination have developed to coexist with one another and thrive together. From bugs like beetles to animals such as bats, they all are effective pollinators, and allow for plants to properly reproduce. The most popular pollinator is the common honeybee which pollinates around 80% of all flowering plants.

With global warming on the rise, pollination is becoming harder and harder. With the warming climates, plants are blooming earlier, which inhibits animal’s time to pollinate them. This change in time throws off all pollinators, leaving us with decreased pollination and starvation. Alongside this, regular pollutants are hurting plants and their pollinators, affecting their reproduction and pollination ability. Taking steps against pollution and global warming is integral to the safety of pollination. Pollination is an important part of our world and the science behind it allows for the world to grow and develop in its own way.

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How Uber and Lyft drivers fought to stop their own exploitation

By: Jocelyn Knorr

Image taken from Wikimedia Commons

You’ve probably seen the social media buzz—Uber and Lyft are finally being held to Minnesota’s minimum wage laws. But how did we get here, and why weren’t they held to these laws in the first place? To find the answer, we have to go back to 2013, when the rideshare companies began operating unregulated in the Twin Cities. Minneapolis scrambled to let them operate legally, drafting amendments to the city’s taxi laws to allow them in; at the time pay was less of a priority than regulation of who could become a driver, as the lack of regulation made it attractive to people who would otherwise find it difficult to find jobs, such as those convicted of assault or other violent crimes.

Things moved fairly smoothly for a while—Uber and Lyft became the default way to get around the city without your own automobile, especially after they were allowed to pick people up at MSP airport.

Uber became the biggest startup in the world in 2019, and even COVID couldn’t stop it. When the pandemic impacted employment, more and more people turned to rideshares as a way to make money; they became an important source of income for students, and disabled people who couldn’t work a full day.

Immigrants also use rideshares as a source of income; according to the Minnesota Department of Labor and Industry, 61% of rideshare drivers in Minnesota are foreign-born. Rideshares allow immigrant workers to find work, skipping over the preconceived notions of hiring managers.

However, this is when issues began to arise—or rather, were noticed. Things like sales tax, meant to be borne by riders, began to be skimmed via “administrative fees.” Uber claimed that there was an option for drivers to charge riders for tolls and other fees, but no option for that ever seemed to have existed in the Uber app. While Uber and Lyft claimed that their drivers made above minimum wage, the truth is that it was actually well under.

At the same time, international strikes were staged by drivers, hoping to bring awareness of what companies were doing to them. A new group of Minnesota drivers, the Minnesota Uber/Lyft Drivers Association, spoke to the state’s Democrats in 2022. They pledged to strike a deal with rideshare companies, and began pushing a bill to set a minimum pay floor.

New York state began an inquiry about a year later; they found that rideshare companies had systematically shorted their drivers out of a collective $328 million via the methods outlined. They instituted a pay floor for drivers in accordance with New York minimum wage—Minneapolis did something similar, ensuring drivers a rate of $1.41 per mile.

This enraged Uber and Lyft, who threatened to leave the city of Minneapolis. They did something similar in Austin in 2016, over fingerprint background checks for drivers—the city council had to revoke the ordinance entirely to make the rideshare companies come back.

Meanwhile, in the Minnesota Senate, Omar Fateh (D), who represents District 62, spent most of 2023 pushing for a statewide minimum pay rate. The Democratic party only has a one-vote majority, and Senator Fateh (D) held up proceedings until the bill was passed—Democrats would be forced to either pass the pay minimum, or work with Republicans to get anything done.

The minimum pay bill passed just under the wire on May 18, 2024. It guarantees $1.28 per mile in accordance with both Uber and Lyft and U/LDA; under Minnesota laws, drivers will now make $15.57 per hour. The rideshare companies have since agreed not to pull out.

However, all is not completely sunny. There’s something to be said about the House and Senate going over Minneapolis’ head and acquiescing to large corporations. To quote Minneapolis City Council member Aisha Chughtai (D), “Preemption is bad. Period. Any and all attempts to undermine local control are bad. It’s a Republican and corporate tactic used around the country. Watching our [Governor Walz] cave to multibillion dollar corporations in insisting on preempting Minneapolis is gross.”

The law, too, doesn’t go into effect until January 1, 2025. How many people will be unable to keep their head above water until then? Will Uber and Lyft manage to alter the terms? We just can’t know. For now, we ought to keep these people in mind for the next year; both the rideshare drivers, whose income is still not safe, and the legislators that made this happen—especially in November, when many of them are up for re-election.