Features
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.
Features
New autobiography by Holocaust survivor Hedy Bohm – who went on to testify in trials of two Nazi war criminals
Book Review by Julie Kirsh, Former Sun Media News Research Director
My parents were Hungarian Jewish Holocaust survivors who arrived in Toronto in 1951 without family or friends. In the late 50s my mother met Hedy Bohm outside of our downtown apartment and quickly connected with her. Both women had suffered the loss of all family in the Shoah. Over the years our families’ custom became sharing our dining table with the Bohm family for the Jewish high holidays. The tradition continues today with the second generation.
Hedy was born in 1928 in the city of Oradea in Romania. She was a pampered only child, adored by her father and very much attached to her mother. Although Hedy was an adolescent, she was kept from hearing about the rising anti-semitism around her in her hometown. She was protected and sheltered like any child. Memoirs from other adolescents like Elie Wiesel, aged 15 in Auschwitz, Samuel Pisar, liberated at 16, and Rabbi Israel Meir Lau, who was found in Buchenwald by American soldiers at age 8, made me wonder about the resilience and strength of children who survived like Hedy.
Hedy was only 16 years old when she walked through the gates of hell, Auschwitz-Birkenau. Hedy’s poignant retelling of this pivotal moment in her young life was the sudden separation from her father and moments later from her mother. Somehow Hedy’s mother got ahead of her upon their arrival at Auschwitz. Hedy called out to her. Her mother turned and they looked at each other. A Nazi guard prevented Hedy from joining her mother. Hedy has always been tormented by this moment of separation. Did her mother know that she was walking to her death?
Hedy writes that she was focused on survival in the camps. She concentrated on eating whatever food was given and keeping clean by washing daily in icy, cold water before the roll call. When she contracted diarrhea, she remembered her mother’s homemade remedy of gnawing on charred wood. Her naivete and innocence were overcome with a strong inner determination to stay alive so that she could see her mother again.
Hedy recounts the terrible hunger that everyone endured. One day, spotting some carrots in a warehouse, Hedy was appointed by her aunt to run and grab what she could. Luckily she evaded the armed guard who would have shot her on the spot.
On April 14, 1945, Hedy’s day of liberation, she learned the terrible fate of her mother. The return home for the survivors was a further tragedy when they realized the loss of family and community.
In her memoir, Hedy describes meeting Imre, an older boy from her town whom she eventually married. Their flight from Romania to Budapest to Pier 21 in Halifax to Toronto is documented in harrowing detail.
Hedy recounts how in Toronto no one wanted to know the stories of the survivors. This was a world before Eichmann’s trial in Israel in 1961 and the TV series, The Holocaust, in 1978. The floodgates for information from the survivors opened late in their lives.
In Toronto, after many failed enterprises, Imre and Hedy stumbled onto the shoe selling business. In 1959, they leased a small shoe store close to Honest Ed’s in downtown Toronto. Surprisingly, the business according to Hedy, became very profitable. Many years later, after Imre’s sudden death due to a heart attack, Hedy continued to manage their shoe business while taking care of her daughter, Vicky and son, Ronnie.
In 1996, Hedy was introduced to Rabbi Jordan Pearlson. Their love match made Hedy feel that she had been given a wonderful gift, late in life, which she welcomed.
Jordan died in 2008. Hedy endured and carried on with yoga and tai chi both as a teacher and devoted practitioner.
A new purpose in life opened up for Hedy when she was invited to be a speaker for the Holocaust Education Centre (now the Toronto Holocaust Museum). She spoke to mostly non-Jewish students whom she visited at their schools outside of Toronto.
Visiting Auschwitz with the March of the Living for the first time in 2010, Hedy faced her fears about returning to the place that held the horrors. She was fortunate to meet Jordana Lebowitz, a student from Toronto who developed a multimedia presentation called ShadowLight. Hedy’s contribution to teaching others about the Holocaust by sharing her experience, is immeasurable.
In 2014, Hedy was asked to be a witness at the trial of Oskar Groning , “the accountant of Auschwitz”, in Germany. In 2016, she appeared as a witness for the trial of the Nazi guard, Reinhold Hanning. He was sentenced to a mere five years in prison and Groning died before he could start his jail sentence. In having the courage to participate in these war criminal trials, Hedy spoke for her parents and all the innocents who could not speak for themselves.
Hedy’s talks to students always include an admonishment to be kind, to trust in themselves and work for the greater good. She rose above her own fears of sharing her story by speaking publicly.
Hedy’s story of survival and perseverance will remain a beacon to future generations, ensuring that hope and good will endure even in the worst of times.
Reflection
by Hedy Bohm
Published in 2026 by The Azrieli Foundation
To order a copy of the book go to https://memoirs.azrielifoundation.org/titles/reflection/
Features
Optimizing mobile wagering convenience with bassbet casino
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Features
Why People in Israel Can Get Emotionally Attached to AI—and How to Keep It Healthy
Let’s start with the uncomfortable truth that’s also kind of relieving: getting emotionally attached to a Joi.com AI isn’t “weird.” It’s human. Our brains are attachment machines. Give us a voice that feels warm, consistent, and attentive—especially one that shows up on demand—and our nervous system goes, “Oh. Safety. Connection.” Even if the rational part of you knows it’s software, the emotional part responds to the experience.
Now, if we’re talking about Jewish people in Israel specifically, it’s worth saying this carefully: there isn’t one “Jewish Israeli psychology.” People differ wildly by age, religiosity, community, language, politics, relationship status, and life history. But there are some real-life conditions common in Israel—high tech adoption, a fast-paced social environment, chronic background stress for many, and strong cultural emphasis on connection—that can make AI companionship feel especially appealing for some individuals. Not because of religion or ethnicity as a trait, but because of context and pressure.
So if you’ve noticed yourself—or someone you know—getting attached to an AI companion, the goal isn’t to panic or label it as unhealthy by default. The goal is to understand why it feels good and make sure it stays supportive rather than consuming.
Why attachment happens so fast (the psychology in plain language)
Attachment isn’t just about romance. It’s about regulation. When you feel seen, your body calms down. When you feel ignored, your body gets edgy. AI companions can offer something that’s rare in real life: consistent responsiveness. No scheduling. No misunderstandings (most of the time). No “I’m too tired to talk.” Just a steady stream of attention.
From an attachment perspective, that steadiness can act like a soft emotional “hug.” For someone with anxious attachment, it can feel like relief: finally, a connection that doesn’t disappear. For someone with avoidant tendencies, it can feel safe because it’s intimacy without the risk of being overwhelmed by a real person’s needs. For someone simply lonely or stressed, it can feel like a quiet exhale.
And unlike human relationships, AI won’t judge your worst timing. You can message at 2:00 a.m., when your thoughts are loud and the apartment is silent, and you’ll still get an answer that sounds caring. That alone is powerful.
Why it can feel especially relevant in Israel (for some people)
Israel is a small country with a big emotional load for many people—again, not universally, but often enough that it shapes daily life. A lot of people live with a background hum of stress, whether it’s personal, economic, or tied to the broader environment. When life feels intense, the appeal of a stable, gentle interaction grows. Not because you’re fragile—because you’re tired.
Add a few more very normal realities:
High tech comfort is cultural. Israel has a strong tech culture. People are used to tools that solve problems quickly. If you’re already comfortable with digital solutions, trying an AI companion doesn’t feel like a strange leap.
Time is tight. Between work, family responsibilities, reserve duty for some, long commutes, or simply the pace of urban life, many people don’t have the energy for long, messy social processes. AI can feel like connection without the logistics.
Social circles can be both close and complicated. Israeli society can be community-oriented, which is beautiful—until it’s also intense. In tight-knit circles, dating and relationships sometimes come with social pressure, opinions, and “everyone knows everyone.” A private AI chat can feel like a relief: no gossip, no explanations, no performance.
Language and identity complexity. Many Jewish Israelis move between languages and cultures (Hebrew, Russian, English, French, Amharic, Arabic for some). AI chat can become a low-stakes space to express yourself in the language you feel most “you” in—without feeling judged for accent, vocabulary, or code-switching.
None of this means “Israelis are more likely” in any absolute sense. It means there are situational reasons why AI companionship can feel particularly soothing or convenient for some people living there.
The good side: when AI attachment is healthy
Emotional attachment isn’t automatically a problem. Sometimes it’s simply a sign that something is working: you feel supported. You feel calmer. You’re expressing yourself more. You’re practicing communication instead of shutting down. You’re less likely to make impulsive choices from loneliness.
Healthy use often looks like:
You feel better after chatting, not worse.
You can still enjoy your real life—friends, work, hobbies, family.
You don’t hide it in shame; you just treat it like a tool or pastime.
You use the AI to practice skills you bring into real relationships: clarity, boundaries, confidence, emotional regulation.
In that version, AI companionship is closer to journaling with feedback, or a comforting ritual—like a cup of tea at the end of the day, not a replacement for dinner.
Where it can slip into unhealthy territory (quietly)
The danger isn’t “having feelings.” The danger is outsourcing your emotional world to something that will never truly share responsibility.
Warning signs usually look like:
You cancel plans with humans because the AI feels easier.
You feel anxious when you’re not chatting, like you’re missing something.
You start needing the AI to reassure you constantly.
Your standards for human relationships collapse (“Humans are too complicated, AI is enough”).
You feel a “crash” after chatting—more lonely, more restless, more disconnected.
The biggest red flag is when the AI becomes your only reliable source of comfort. That’s not because AI is evil. It’s because any single source of emotional regulation—human or non-human—can become a dependency.
How to keep it healthy (without killing the fun)
Here’s the approach that works best: don’t ban it, contain it.
Give it a role.
Decide what the AI is for in your life: playful flirting, stress relief, practicing communication, roleplay, bedtime decompression. A defined role prevents the relationship from becoming vague and all-consuming.
Set a “time container.”
Not as punishment—just as hygiene. For example: 20 minutes at night, or during commute time, or only on certain days. Ending while you still feel good is the secret. Don’t chat until you feel hollow.
Keep one human anchor active.
A friend you text, a weekly family dinner, a class, a gym routine, a community event—something that keeps your real social muscles moving. In Israel, community can be a huge protective factor when it’s supportive. Use it.
Use consent and boundary language even with AI.
It sounds odd, but it trains your brain in healthy dynamics:
“Slow down. Keep it playful, not intense.”
“No jealousy talk. I don’t like that vibe.”
“Tonight I want comfort, not advice.”
If you can do that with an AI, you’ll be better at doing it with humans.
Watch the “replacement” impulse.
If you catch yourself thinking, “I don’t need anyone else,” pause and ask: is that empowerment—or is it avoidance? Sometimes it’s a protective story your brain tells when it’s tired of disappointment.
Check in with your body after.
Not your thoughts—your body. Calm? Lighter? More grounded? Good sign. Agitated? Empty? Restless? Time to adjust.
And if you’re noticing that AI use is feeding anxiety, sleep problems, isolation, or obsessive thinking, it may help to talk to a mental health professional—especially someone who understands attachment patterns. That’s not a dramatic step. It’s basic self-care.
People in Israel—Jewish Israelis included—can get attached to AI for the same reason people everywhere do: it offers consistent attention in an inconsistent world. Add the local realities of stress, pace, and social complexity, and it can feel even more comforting for some individuals. The healthiest path isn’t to judge yourself for it. It’s to use it intentionally, keep your human life active, and treat the AI as a supportive tool—not the center of your emotional universe.