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Winnipeg-born and raised Michael Lang is at the forefront of a technological innovation that can help to change the way neurosurgery is performed and how brain diseases such as Alzheimer’s Disease are treated

By BERNIE BELLAN We’ve often heard that one of the main reasons Manitoba lags behind other provinces when it comes to economic development is because there is both a lack of entrepreneurial capital in this province and innovative individuals who are willing to base their operations here.
Thus, it was refreshing to hear of one young man who not only grew up in Winnipeg, but who has also decided to stay here and work to help turn a company which he co-founded into a successful start-up.
That young man’s name is Michael Lang, 37. I first met Michael when he was in a bar mitzvah class at Temple Shalom with my daughter, Shira. Having grown up in River Heights, the son of Ida and Sherman Lang, Michael attended, in order, Ecole Robert H. Smith, River Heights Middle School, and Kelvin High School.
Michael notes that, as a young boy, he and several other students, including Ben Carr, would go to Hebrew teacher Ethel Amihude’s home for Hebrew lessons. As a side note I should mention that the same day I interviewed Michael for this story, I also received a phone call from Ben Carr, who is now the Member of Parliament for Winnipeg South Centre. When I mentioned to Ben that I had just got off the phone with his former classmate Michael Lang, Ben said to me that, during the rally held in support of Israel on October 10, at which Ben spoke, he was approached by a woman who said, “I’ll bet you don’t remember me. I taught you Hebrew in my home.” Of course, it was Ethel Amihude – and yes, Ben did recognize her immediately.
Returning to Michael Lang – upon graduating from Kelvin High School, Michael enrolled at the University of Winnipeg to study science, with a particular interest in Physics, which is something he’s always loved, he says. Michael went on to complete his Masters and Ph.D. in Physics at the University of Manitoba, he notes, although his he did much of his research at the University of Winnipeg – “a great experience,” he observes.
I asked him how the Physics Department at the University of Winnipeg would compare with other Physics departments in Canada and the US and, although Michael acknowledges that “it’s a small faculty” – maybe 10 professors in total, they definitely “punch above their weight.”
Now, in order to keep this article at a level that would be understandable to most readers (and to this writer as well), I wanted to avoid asking Michael to go into any great detail about what his area of specialty in Physics was, but – just to give you a taste of what it was that he concentrated upon in his studies, here’s a brief excerpt from his bio on the company website (known as tauMEDIS) that he’s helped to found: “Michael received his Ph.D. in Physics from the University of Manitoba with work on hyperpolarized 129Xe gas production for high-precision co-magnetometry.”
The key word in that sentence is “magnetometry,” because it helps to explain how Michael’s research in that field eventually led him into the field of magnetic resonance imaging – or, as the acronym of that term is much more familiar to most of us: “MRI.”
By now, getting an MRI performed for a host of medical issues is something a lot of us expect to have done – and not with undue delays – and when we must wait for an MRI to be performed, which was something greatly exacerbated as a result of Covid disruptions to our medical system, it can be excruciatingly trying.
In the spring of 2020 – shortly after the start of the pandemic, Michael was working as a lab technician at the University of Winnipeg, where he maintained that university’s small animal MRI facility. It was then that the Principal Investigator of the lab, Dr. Melanie Martin, introduced Michael to members of a group working on a novel intraoperative MRI system. Michael would soon after join the group as a post-doctoral fellow, helping to lay the groundwork for what became tauMEDIS.
What is tauMEDIS? According to information available on its website, “Originally formed in 2018, and officially founded in 2023 by a group of Canadian scientists and engineers who are passionate about medical imaging, the name TauMEDIS is an acronym for tau Medical Imaging Solutions…” (tau is a letter in the Greek alphabet that “has significance in both magnetic resonance imaging as well as a variety of neurodegenerative diseases.”)
Although there are a host of other companies active in producing MRI systems, tauMEDIS has developed a particular type of technology in a specialized area of magnetic resonance imaging known as iMRI: “Intraoperative magnetic resonance imaging” or “iMRI,” for short. iMRI is a “method to acquire updated images of the brain throughout a neurosurgical procedure. Neurosurgeons rely on iMRI technology to obtain accurate images of the brain that guide them in removing brain tumors and treating other conditions such as epilepsy.”
Where tauMEDIS is unique in this highly specialized field though, is in its having developed a method to mobilize a full-sized MRI machine that, not only does not require the patient to be moved from the operating table into another room to have an MRI performed, it optimizes the installation process, allowing for retrofitting in existing operating rooms. (There is another company that makes moving magnet iMRI machines, known as IMRIS, that also allows the patient to remain on the operating table during surgery without having to be moved, but incorporating those particular systems into hospitals usually involves making major changes to the infrastructure of existing operating rooms.) The tauMEDIS system, Michael explains, minimizes renovations, and drastically reduces installation time in existing operating facilities.
“We developed a method to mobilize the MRI on a floor-moving track-based vehicle,” he says. “Essentially it’s a high-precision tank-like device that brings the MRI system to the patient undergoing neurosurgery,” providing the surgical team with updated images of the brain throughout the procedure.
tauMEDIS was just recently incorporated in Manitoba (six months ago). In March of this year its prototype machine received approval from the Food and Drug Administration in the US.
Now, in addition to his role as the company’s Chief Technology Officer, Michael, along with the other principals in the company, have found themselves in the position of having to seek out investment funds for tauMEDIS to commercialize the iMRI system they have developed. The funding would support development of a Winnipeg facility that would begin producing actual systems for sale.
“We just recently had our first showing at the Congress of Neurological Surgeons,” Michael says, “and now we’re in the fund-raising phase.”
I asked him how much money they’re seeking, and he says, “$200,000 to start.” I said to him that doesn’t seem like a lot to ask for and that I wondered whether having this article appear in this paper might not be just what it would take to elicit a positive response from some would-be investors.
Further, Michael notes that the goal of tauMEDIS “is to set up a local facility, combining manufacturing and R&D of tauMEDIS products, all located right here in Manitoba. We hope to attract and develop talent, growing the Winnipeg medical device sector.” (I should also mention that years ago, when I was writing about the Crocus Investment Fund, I noted that one of the first investee companies for Crocus was that very same IMRIS, to which I previously referred. I asked Michael if he knew whatever became of IMRIS back then since, according to Michael, it has now become very successful. As I recall, the Crocus Fund lost its entire investment in IMRIS. According to Michael, the company is now based in Minnesota. What happened after the Crocus debacle I’m not sure – just another example of a company that had a great idea but, for whatever reason, couldn’t succeed in Manitoba – although it did take off when it relocated elsewhere.)
Not only is tauMEDIS seeking capital to begin producing its iMRI systems, it also has other technological innovations in the works – all in the area of medical imaging. As Michael Lang says, his “goal as Chief Technology Officer is to work with physicians around the world to make advances in medical imaging technology and develop novel solutions” that would dramatically improve patient health outcomes.
If you would like to find out more about tauMEDIS, email info@taumedis.com or go to its website: taumedis.ca.

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Building Credit in College for Future Real Estate Deals

Most college students aren’t thinking about mortgages. But the students who buy their first investment property at 25 or 27 started building credit at 19 or 20. The two are directly connected.

Real estate is a game of capital access. Lenders don’t care how motivated you are – they care what your FICO score says. A 760+ score gets you prime mortgage rates. A 620 gets you higher interest and fewer options. The difference in monthly payments over a 30-year mortgage can be tens of thousands of dollars.

The window you have in college to build credit without major financial pressure is one of the most underused advantages Jewish students have.

Credit Foundations: Where To Start

Your credit score is built from five factors. Payment history makes up 35% – the largest single component. Credit utilization (how much of your available credit you’re using) accounts for 30%. Length of credit history, credit mix, and new inquiries cover the rest.

For most students, the first practical step is a secured credit card or a student credit card. Secured cards require a deposit that becomes your credit limit – typically $200-$500. They report to all three major bureaus and build history the same way unsecured cards do.

The rules are simple but require consistency. Pay the full balance every month. Keep utilization below 30% of your limit. Don’t apply for multiple cards in a short period. These habits compound over years – a student who starts at 18 has 7 years of credit history by the time they’re ready for a first mortgage.

One underused option: ask a parent or family member to add you as an authorized user on an older card with a clean payment history. You don’t need to use the card. The account’s age and payment history get added to your credit file immediately.

Researching Investment Options During Studies

Business, economics, and finance students regularly analyze real estate markets as part of their dissertation. That work isn’t just academic – it’s actual market research that doubles as preparation for real investing decisions.

However, balancing dataheavy analysis, market research, and exams often leads to extreme burnout. To survive the final semester, many students look for external support. Some of them use EduBirdie – best dissertation writing services for timely delivery and consistent quality on deliverables when the research load is heavy. Outsourcing the formatting and drafting frees up time to dig deeper into the actual market data that matters for real investment decisions. The analysis you build during college becomes your knowledge base before you ever make an offer.

Smart students treat every finance and real estate assignment as a portfolio of personal research. That perspective shifts the work from obligation to investment preparation.

How Student Loans Affect Your Future Mortgage

This is where many graduates get surprised. Student loan debt directly affects your debt-to-income ratio (DTI) – a key metric lenders use in mortgage approval. Most conventional lenders want your total monthly debt payments to stay below 43% of gross monthly income.

If you graduate with $40,000 in student loans at a standard repayment, your monthly payment is roughly $400. That $400 counts against your DTI before you add a car payment or rent. Managing your loan balance and making consistent payments not only builds credit – it keeps your DTI workable when you’re ready to buy.

Income-driven repayment plans can lower monthly payments but extend the loan period. For mortgage purposes, lenders typically use the actual monthly payment shown on your credit report when calculating DTI.

Practical Steps For Building Credit In College

Keep Utilization Low

Staying under 30% of your credit limit matters more than most students realize. If your card limit is $500, that means keeping your balance below $150 before the billing date. Paying in full each month handles this automatically.

Monitor Your Score Regularly

Free monitoring is available through Credit Karma, Experian, and most major banks. Checking your score doesn’t hurt it. Set up alerts for new inquiries, changes in balance, or any accounts you don’t recognize. Catching errors early prevents damage that takes months to fix.

Build Your Credit Mix Over Time

Lenders like to see that you can handle different types of credit. A student card, a small personal loan, and eventually a car loan create a credit mix in college that strengthens your profile. Don’t open accounts you don’t need, but don’t avoid credit out of fear either.

Here’s a practical credit-building checklist for college students:

  • Open one student or secured credit card and use it monthly
  • Pay the full balance before the due date every month
  • Keep utilization below 30% at all times
  • Become an authorized user on a parent’s old card if possible
  • Check your credit report annually at AnnualCreditReport.com
  • Make all student loan payments on time once they enter repayment
  • Don’t close old accounts – account age matters

Understand What Mortgage Pre-Approval Requires

When you eventually apply for a mortgage, lenders will look at your FICO score, DTI, employment history, down payment, and reserves. The credit score threshold for a conventional loan is 620, but most competitive rates start at 740 and above. FHA loans allow scores down to 580 with a 3.5% down payment.

Starting to build credit at 18 or 19 means arriving at your first mortgage application with 6-8 years of credit history. That length alone adds 15% of your score. Combined with responsible utilization and clean payment history, you can realistically hit 740+ before you graduate.

The Long Game

Real estate investing after college isn’t a fantasy – it’s a planning problem. The students who pulled it off didn’t get lucky. They started building credit years before they needed it, kept their DTI manageable, and used their time in school to understand the markets they wanted to invest in.

The credit habits you build now are the credentials lenders will evaluate later. Start with one card, pay it in full, and let the history accumulate. Five years from now, that consistency becomes a mortgage approval and the keys to your first property.

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How Pioneer Families Kept Hebrew Alive on the Early Canadian Prairies

Canadian Prairies of the West and Jewish Pioneer Families

Early Western Canada boasted prairies and Jewish immigrant families’ settlements. Here is how they kept the Hebrew language alive and built makeshift schools.

Western Canada in the late 1800s was nothing more than plains. Wild grass and strong prairie winds covered the terrain. But that open land and freedom became a lifeline for thousands of Jewish immigrants. They were running from dangerous attacks in Europe to the safety of farm life in Canada. These families settled where there was nothing and the closest towns were miles away. They lived without electricity or running water. But even though every day was a survival for them, they managed to preserve their heritage and language.

Their effort to do so was enormous, but the information about it is mostly available in deep historical archives. If you need to write a detailed history paper on Canadian homesteaders, you’d probably be better off using the WritePaper academic help platform. Their experts have access to extensive knowledge bases, including numerous archives. If you just want to get a glimpse of how these families did it, here are some interesting facts.

Let’s start with the early farming towns these families built from scratch.

Early Farming Towns

Between 1880 and 1910, several Jewish farming towns started on the Canadian plains. These families left dangerous conditions in European countries like Russia, Lithuania, and Romania. They wanted a safe, fresh start on the land. They built farming communities with unique names like Hirsch, Wapella, Lipton, and Edenbridge in Saskatchewan. Other families started settlements like Bender Hamlet in Manitoba. When they first arrived, the land was completely wild and flat.

The weather was incredibly tough for the new farmers. The first winters were so cold that many families lived in sod dugouts. These were temporary homes dug right into the ground with roofs made of thick dirt and grass. Luckily, local Indigenous and Métis neighbors stepped in to help. They taught the newcomers how to build warm log cabins out of wood and clay. They also showed them how to survive freezing winter blizzards. Once the families had food and shelter, they focused on education. They knew that even though Yiddish was their everyday language, their kids still needed to learn Hebrew. Without Hebrew, their religious identity would fade away in the wilderness.

Classrooms out of Logs and Mud

How do you run a school when your neighbors live miles away? Several academic papers on this era show that starting a school required hard work and teamwork. One of the articles by Eric Stelee, who also writes for the best paper writing service WritePaper, points out that studying these early schools requires looking at deep community sacrifices. Farming families had to build everything with their own two hands. They set up Talmud Torahs. These were traditional afternoon Hebrew schools. Kids there were taught religious reading, writing, and daily prayers.

Building these schools, however, wasn’t the only problem pioneers came face to face with:

  • Since trained teachers wouldn’t move to remote frontier farms, communities had to find and hire traveling tutors.
  • Kids often had to walk or ride horses for many miles through deep snow just to get to a single lesson.
  • Before permanent schoolhouses were finished, simple log cabins and small community halls had to double as schoolrooms during the week.
  • Spring planting and fall harvest affected attendance significantly. Parents often needed their kids to help them in the fields.

Real Numbers of the Prairie Frontier

Old records show exactly how fast these prairie communities grew out of the wilderness. Between 1884 and 1912, Jewish families started 31 different farming communities across the Canadian prairies. The Canadian government offered 160 acres of wild land to any settler for a fee of just ten dollars. The only catch was that families had to clear the land and farm it successfully.

In 1892, a group of 47 families started the Hirsch community in Saskatchewan. Later, in 1906, another group of 56 pioneers started the Edenbridge community further north. By the year 1911, the official census counted exactly 2,066 Jewish people living in the province of Saskatchewan alone. These families proved that hard work could protect their language and history in a brand-new country.

The Tools of Prairie Learning

Books were very rare and expensive on the early Canadian frontier. Most families could only bring a few holy books packed tightly into their wooden trunks when they left Europe. These family treasures became the main textbooks for pioneer kids.

To keep their traditions alive without modern school supplies, families had to be creative:

  • Parents spoke Yiddish at home, but they also repeated Hebrew prayers and holy songs aloud while cooking or feeding farm animals.
  • They would gather kids around a single, worn-out family Bible to read the Hebrew letters together by the light of a lamp.
  • Small towns shared their money to hire one person who worked as both the community butcher and the school teacher.
  • Permanent wood synagogues, like the Beth Israel Synagogue built in 1908, became the centers for kids’ religious education.

Hebrew stayed alive as a sacred language on the flat plains because of these efforts. Kids learned the ancient alphabet and historic prayers while living thousands of miles away from big cultural cities.

Conclusion

Canadian prairie communities proved to the world that language and heritage can be preserved if you put your heart into it. Unfortunately, most of these farms disappeared during the Great Depression and the draw of big cities. But places like Edenbridge still exist today and have become important historic sites. These places keep memories of those mud and log schoolhouses alive.

Pioneer Jewish families that came to Canada in the 1800s had nothing, yet they still managed to pass knowledge down to their children. One candlelit lesson at a time.

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Why Modern Torah Scribes Still Mix Ink by Hand

It’s 2026 and Torah Scribes Still Mix Ink by Hand

Did you know that Jewish ritual scribes don’t actually use any of the modern printing tools? They still mix a 2,000-year-old ink recipe by hand and here is how.

Our lives are run by smartphones and computers. Everything can be typed or copied in a matter of minutes or even seconds. Yet, there is still a certain profession that rejects all these modern conveniences. They also reject the obsession with speed we have, exactly because of all these tools. These professionals are Sofrim. They are ritual scribes in Jewish communities. They are responsible for hand-writing Torah scrolls, holy books, and small mezuzah scrolls for doorways.

The contrast between their craft and the constant typing we are used to is striking. Just think of it. If a student or even a professional is pressed for time, they just go online and look for a writing service to help them out. A digital platform like PaperWriter can write and format an entire paper in just a few hours. But this same speed is the enemy of a holy Torah scribe. To write a sacred scroll, they must be deeply concentrated and slow about their process. Rush can’t be part of it. In fact, this special care begins before the pen touches the page. First, they gather the ingredients and mix the writing ink.

The Strict Rules of Sacred Ink

Why can’t a scribe just buy a bottle of high-quality black ink at a local art supply store? It all comes down to traditional Jewish law, which is called Halakha. A Torah scroll is a highly holy object with very strict manufacturing standards. A single scroll contains exactly 304,805 letters and takes a full year of daily manual labor to finish. If even a single letter fades, cracks, or peels off the page over time, the entire scroll becomes invalid. It cannot be used in a synagogue service until it is carefully repaired.

There is also a common myth that the ink itself must be “kosher.” But Jewish law actually focuses on durability and natural purity. While the parchment page absolutely must come from a kosher animal species, the ink simply needs to be permanent, deeply black, and made from scratch.

To make sure the holy words last for hundreds of years, the ink must follow these specific standards:

  • Color. It must be a deep, solid jet-black color that is easy to read.
  • Durability. The ink must bond with the skin page so it never flakes off.
  • Texture. It must remain smooth enough to avoid cracking over the centuries.

Modern writers often focus on how much digital tools have changed our daily habits. As a blog writer for the paper writing service PaperWriter, Jacky M. points out, “modern text has become instant, temporary, and easily erasable.” Ritual scribes, however, take the opposite path. They preserve a slow, physical process that has remained unchanged for thousands of years. They make sure ancient texts endure for future generations.

The 2,000-Year-Old Ink Recipe

To get the perfect black color and long-lasting quality, scribes use a formula that dates back to ancient times. This traditional mixture is a special kind of iron gall ink. It creates a permanent chemical bond directly on the page.

The Raw Ingredients

Before beginning the brewing process, a scribe must gather a small collection of organic materials:

  • Oak Galls. Round, woody bumps from oak trees that contain a natural acid.
  • Iron Sulfate. A natural mineral salt that turns the liquid dark black.
  • Gum Arabic. A sticky tree sap that acts as a natural glue.
  • Pure Water. The liquid base for boiling the ingredients together.

The Preparation Steps

The process of turning these raw elements into smooth writing fluid requires a lot of patience and precision:

  1. The hard oak galls are crushed into a fine powder.
  2. The powder is boiled in water for several hours until it creates a dark, strong tea.
  3. Tea is strained to remove solid pieces of wood.
  4. The iron sulfate is then added to the warm liquid.
  5. The gum arabic is added last to give the liquid a thick, glossy texture.

The moment the iron touches the oak gall tea, a chemical reaction happens. The pale brown liquid instantly turns into a deep, pitch-black ink. The added gum arabic keeps the ink from dripping too fast off the tip of the scribe’s traditional quill or reed pen.

Why This Ancient Ink Lasts Longer

This handmade chemical compound is perfectly suited for parchment, which is made from processed animal skins. Modern factory inks are full of harsh chemicals and alcohols designed to dry instantly on wood-based paper. If you use factory ink on animal parchment, it will eventually ruin the surface. The letters will turn brittle, dry out, and fall off the page like old house paint.

Handmade iron gall ink works completely differently. It actually bites into the organic fibers of the animal skin. As the years go by, the iron in the ink reacts with the oxygen in the air. This chemical reaction causes the ink to get darker over time instead of fading away.

Conclusion

Some traditions are just too important to be simply replaced by automation. Yes, mixing the ink and writing a sacred text by hand takes time and focus. But the result is outstanding. The tradition is preserved, and these holy texts look and feel the same as they did a thousand years ago. It’s a way for people to touch and be closer to history, so to speak.

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