How the Iraqi Regime Gifted Me My Life Partner
In 2001, I did not know that an invitation to attend a scientific conference in Damascus would prove to be the most important conference in shaping my personal future. I arrived at Damascus Airport and was transferred to the historic Cham Palace Hotel. I was at a stage in life seeking a new beginning after my divorce, hoping to find a partner who shared my passion for science and life abroad.
As a distinguished guest, the Syrian Presidency placed a private car with a driver at my disposal. One evening, amidst a gathering of Iraqi and Arab colleagues, I floated an idea that seemed simple: "Tomorrow I am visiting the Shrine of Sayyida Zaynab; whoever wishes to join me is most welcome."
I received a warm response, particularly from Iraqi women who showed great enthusiasm. I agreed on the time with them and went to sleep assuming the car would be packed with companions in the morning.
Early the next morning, I stood outside the hotel entrance waiting for the Iraqi "crowd," but silence prevailed. Everyone had vanished suddenly, as if the earth had opened up and swallowed them! No one came... except for one person: a young Moroccan researcher (Dr. Mariam). She stood there with her usual calm, ready for the trip.
We set off together, and along the way, I began explaining to her the stature of Sayyida Zaynab (Granddaughter of the Prophet) and her high standing that transcends sects to rest in the heart of Islamic history.
We arrived at the shrine, and she was loaned an Iraqi abaya to enter. Mariam disappeared inside the women's sanctuary, and when she emerged, astonishment covered her face. She asked me in her surprised Moroccan accent: "What a scene! The women are weeping with incredible intensity... Is it possible that all this wailing is for a lady who passed away nearly 1,400 years ago?"
When Mariam asked the shrine custodian with a researcher's curiosity about the secret behind these tears, he replied with bitter philosophical irony: "My daughter, they are not weeping merely for history; they are weeping for their own misfortunes and marital and living conditions that are far from pleasing!" We laughed at destiny's paradoxes, spending a day that became the cornerstone of a relationship that grew quietly under the shade of Damascene jasmine.
I did not understand the mystery of the Iraqi delegation's disappearance until after 2003, when I met the head of the delegation in Iraq. He told me, laughter mixing with his sadness: "Do you remember that morning in Damascus? You were classified as an opponent of the regime, and when you announced your trip, I issued strict orders and terrifying warnings to everyone: Anyone who gets into that man's car, I will write a report on him that will end his life upon returning to Baghdad!"
Everyone feared the "party report," but fate had drafted a report of a different kind. Those fleeing the "regime's tyranny" left the field clear for me to know Mariam away from the crowd.
That visit was not merely a sightseeing tour; it was the "first interview." Mariam later received a fellowship to my laboratory at the University of Birmingham, where, between test tubes and research corridors, the story that began with an Iraqi abaya and Damascene tears reached its completion.
Transit of the Heart: The Cuban Deception in Birmingham
In the corridors of the University of Birmingham, where research is forged and science is celebrated, I witnessed one of the strangest immigration stories—one that aimed not merely to obtain a PhD degree, but was a masterfully executed emotional "infiltration operation."
The story began with a letter from a Cuban researcher whose ambition far outpaced her nonexistent financial means. Because I believe in breaking scientific barriers, I fought a "bone-crushing" battle on her behalf with the British Council. I confronted their outright rejection with sharp language, accusing them of political bias and discrimination against Cuba, until they relented and granted her a "special exception" that had never occurred before.
(Note: I thought I was opening a door for science; little did I know I was introducing a "Trojan Horse" into my laboratory!)
The researcher arrived, appearing to operate on two engines: a scientific research engine and a "charismatic charm" engine. In a quiet corner of the lab sat a fellow researcher, immersed in his work and equally head-over-heels in love with her. The laboratory transformed from a space for chemical reactions into a stage for a seemingly legendary love story: marriage, remarkable harmony, and an impending completion of her studies.
When the time came to return and repay the debt to her country, the alternative plan was already complete. The degree was not the grand prize; European citizenship was. On the day the official stamp's ink dried on the citizenship document, all feelings of love suddenly evaporated. The husband came to my office carrying no research results, but an unmendable heartbreak, weeping bitterly and lamenting: "She was acting! She never loved me for a single day; she was using my heart merely as a crossing bridge!" We discovered too late that this researcher was not studying for a PhD alone—she was studying the "system's loopholes" and human emotions. Her migration was an "emotional migration" par excellence, in which she weaponized science, politics, and marriage to reach her goal, leaving behind a broken husband and a professor (myself) asking in utter amazement: Was science the victim or merely the means?
The PhD Cooked on the Fire of Marriage
In my laboratory, where the language of numbers and experiments holds sway, a female student from the far reaches of Southeast Asia entered one day. She did not arrive in poverty like our Cuban acquaintance; rather, she came backed by a full financial scholarship, yet she brought something else with her besides scientific passion: a mysterious hesitation.
From the start, the scientific chemistry between her and research was missing. She seemed lost, incapable of navigating the ocean of independent research on her own. At that moment, I decided to give her "the benefit of the doubt," assuming that life abroad had weighed heavily on her shoulders. However, every time I pressed her to take a step forward, she would retreat two steps, returning to me with tears of discontent, complaining of her alleged "stupidity" in a manner that aroused suspicion far more than sympathy.
Whispers began to circulate through the lab corridors. She was not looking for "proteins" or "equations"; her eyes were scanning for a "life partner." In her eyes, the lab had transformed from a space for scientific research into a failed "dating platform." She tried with her peers from her home country, but it seemed her destiny did not reside in Birmingham. Suddenly, and without warning, she decided to withdraw and return home, packing her bags along with her "timid" research results.
Here the strangeness begins! News of her ceased entirely, as though the earth had opened up and swallowed her. Yet the winds of news eventually brought me an unimaginable surprise. That student who used to claim lack of understanding in front of me suddenly transformed into a "genius" back in her home country!
By some miracle, she presented her research results (which she had never completed with me) to her local university, convincing them that there was an "agreement" with me. In the blink of an eye, she killed two birds with one stone—or rather, with one boulder: she secured the title of "Doctor" and captured the long-awaited "husband," becoming a faculty member, a wife, and a mother all at once!
When I remember her now, I smile with irony. She possessed a "social intelligence" that far outpaced her scientific intelligence. For her, the doctorate was not an intellectual pursuit, but merely an academic "dowry" to kickstart the life she had meticulously planned from the moment she first stepped into the lab.
Congratulations to her... she earned her academic degree through "emotional tenure"!
Cells Don't Lie, but the Father Strikes!
In the world of laboratories, we are accustomed to confronting "bacteria" or "viruses," but I never expected that my greatest challenge would be the "punches" of an angry father who viewed science as a right to be taken by force rather than in the lab.
I had a student who possessed unmatched enthusiasm for obtaining the degree, but she also possessed a negligence that was "fatal" in the literal sense of the word. One example of this negligence was that her experiments relied on adding a dye to distinguish dead cells—a substance that is naturally toxic if left for extended periods. The tragedy repeated itself daily: she would add the substance, get distracted by any "side topic" or passing conversation, and leave her live cells swimming in the poison for a relatively long time. Upon returning, she would exclaim in awe: "Wow! The results are amazing, all the cells died!" Of course they died—her experimental conditions were not scientific research, but a chemical "guillotine" for those poor cells.
After strenuous attempts to teach her seriousness, my patience ran out, and I decided to put an end to this absurdity by terminating her studies. The student did not go to the library to review her research; instead, she went to her "fortified stronghold"... her father! Suddenly, my academic phone transformed into an arena of threats. Her father called me, threatening in an Irish accent: "I will be waiting for you at the university gates... I’ll show you what my muscles can do if you don't reverse your decision!" It was no longer about "chromosomes," but about breaking "bones."
I did not stand idly by, for science has shields to protect it as well. I escalated the matter to the department and university administration, which rallied for the dignity of its faculty and referred the case of "academic thuggery" to the police. As soon as news reached the "hero" and his daughter, the threats suddenly evaporated. They vanished from sight as if dissolving into thin air, exactly as her cells used to dissolve in the toxic substance.
The strangeness of this story does not end here. Despite this record laden with (cellular) blood and (human) threats, I learned later that she somehow managed to secure admission at another university to continue her research "massacre" there.
It seems some students believe the path to a "PhD" goes through "boxing" if "microscopes" fail!
The Human Machine: When the Student Becomes the Master to His Examiners
After waves of strangeness and deceit, an Asian student appeared in my laboratory who restored my faith that genius is not merely a myth, but an extraordinary blend of innate intelligence and iron discipline. He was not just a PhD student; he was a walking "phenomenon."
This young man possessed an internal system that made you feel the hours in his day were different from ours. He carried a small notebook that was not merely a notepad, but an "operating manual" for his life. Everything in it was calculated down to the minute and second: from breakfast time, to the exact timing of adding enzymes in an experiment, down to minutes for exercise and rest. His discipline was terrifying to his peers and inspiring to them at the same time. While others struggled with conventional research challenges and laboratory pressures, he moved like a harmonious "research machine," bending time to serve his experiments with astonishing, unerring focus.
Over time, his desk turned into a "mecca" for his fellow researchers. Whenever an equation baffled them or an experiment stalled, they went to him as if consulting the "oracle of science." With sharp critical intelligence and solemn calm, he would deconstruct the most complex biochemical problems in the blink of an eye, making him an object of positive envy and the center of everyone's attention.
We reached the day of the final defense, a moment etched in my memory. Customarily, the external examiner acts as the "judge" while the student is the "defender," but what happened that day was a departure from the script. The internal examiner later whispered to me in amazement: "For a few seconds, I felt the roles had reversed! The student presented his findings with such confidence and scientific precision that the external examiner looked like a pupil asking his professor to learn from him." It was not a PhD defense; it was a "master lecture" delivered by a young man who had not yet turned thirty.
I never needed to review his results with exaggerated scrutiny—not out of negligence on my part, but because I was confident his "mental engine" had checked every possibility before the paper reached my desk. He returned to his home country to assume his natural position as a distinguished bioengineer, leaving behind an indelible mark in Dublin and a lasting memory of a student who harnessed science to serve the mind—not immigration, nor muscle.
The Surgeon's Scalpel and the Engineer's Mind: A Journey from Birmingham to Harvard
In the world of tissue engineering, there are those who follow steps, and those who chart the path. A Spanish student of mine belonged to the second category. He spent four years in my lab—years that were not merely period of study, but a major workshop for reshaping scientific concepts.
This student possessed a calm that preceded the research storm. When he entered the lab, his movements turned into meticulous precision resembling "a neurosurgeon's scalpel"—no room for error, no place for randomness. He would bring me complex theoretical ideas; we would discuss them calmly, and then he would execute them with incredible practical precision, transforming hypotheses into striking results that shook the foundations of biological tissue engineering.
Birmingham was merely the first station for a train that never stopped. After earning his PhD, he headed to Harvard University to conduct postdoctoral research. There, he did not settle for merely fitting in; he sparked a revolution in the field of vascularized tissue—the major dilemma in organ engineering: How do we supply a transplanted organ with blood?
Juan succeeded spectacularly in securing massive funding for his projects, thanks to his exceptional ability to convince scientific institutions of his forward-looking vision. In record time, he broke all conventional rules of academic promotion. He did not only become a full professor, but a global authority pointed to as a reference. His research today on building functional blood vessels from stem cells stands as a cornerstone of this science.
When I reflect on his journey now, I realize that success in rigorous scientific research is no coincidence; rather, it is the product of that blend my student and colleague possessed: humility in discussion, and audacity in execution. Congratulations to science for such individuals, and congratulations to me that my lab was once the cradle of this genius.