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Boston Medical Center’s Paul Drew Dies Remembered as “heart and soul” of BMC

Paul Drew “lived life well, not because he sought or acquired tangible things, but because he loved people and derived great satisfaction from helping others,” says MED Professor Kenneth Grundfast. “Knowing Paul was a delight and working with him was a privilege.”

Drew, whose natural warmth and gregarious personality helped BMC recruit many top physicians, played an important strategic role in the 1996 merger of Boston University Medical Center Hospital, Boston City Hospital, and Boston Specialty and Rehabilitation Hospital that resulted in the formation of Boston Medical Center. For more than two decades, he was a mentor to many health care professionals and served on several professional boards, including Boston HealthNet, the Greater Boston Chamber of Commerce, and Boston MedFlight. In his most recent role at BMC, he was responsible for all real estate development, strategic planning, and clinical affiliations, including with Quincy Medical Center, as well as marketing and communications. Drew, who left BMC in 2008, was also the liaison between Boston University and Boston Medical Center.

Kenneth Grundfast, a School of Medicine professor and chair of otolaryngology–head and neck surgery, says Drew played a key role in recruiting many of the physicians at BMC and on the MED faculty.

Domenic Ciraulo, a MED professor and chair of psychiatry, says that even in the face of financial losses at BMC, it was Drew who pushed to bring needed mental health services to Boston neighborhoods.

“Paul was the heart and soul of Boston Medical Center,” says Ciraulo. “He always did the right thing. Even though some services lost money, he realized the need for them. It was really his efforts, working with Mayor Menino, that built mental health programs in many neighborhood clinics.”

A graduate of Boston College and its Carroll School of Management, Drew held administrative and finance positions at the Massachusetts Department of Mental Health, rising to deputy assistant commissioner. In 1985, he joined the New England Medical Center leadership team as the vice president of clinical operations, managing the operations of the hospital’s largest departments. He was responsible for developing and managing the faculty practice plan, and he oversaw the expansion of the primary care and specialty networks. In 1994, he was recruited as Boston City Hospital’s chief operating officer, responsible for the strategic planning and management of all clinical and administrative operations. When BMC was formed, he assumed a new role, as vice president of network development, overseeing managed care contracting, new business development, and the creation of the faculty practice plans and management services organizations. In 2003, he was named executive vice president.

“Paul Drew was a great friend,” says Karen Antman, MED dean and Medical Campus provost. “He was an outstanding administrator with a very warm sense of humor. We will always miss him.”

Jonathan Olshaker, A MED professor and chair of emergency medicine, says Drew was a great man and a great friend. “Paul’s tremendous leadership, vision, and guidance made Boston Medical Center a much better place,” says Olshaker. “He was a huge part of the success of all the departments at BMC and BU, including mine. His efforts had a monumental impact on improving the medical care of all the citizens of Boston, but especially the underserved.”

Drew leaves his wife, Kathleen, of Boston, his daughters, Kelly McQuillan, of Boston, and Carissa Drew, of South Boston, and his son, William Drew, of New York City. A funeral Mass was held on November 29 in St. Ann’s Church, Quincy. The family asks that in lieu of flowers, memorial donations be made to Dana-Farber Cancer Institute, 10 Brookline Place West, Brookline, MA 02445, c/o Dr. Julia Hayes, Research Genitourinary Oncology.

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What Happens When A Tree Dies?

This article is republished from The Conversation.

Trees can die suddenly or quite slowly.

Fire, flood or wind can cause a quick death by severely damaging a tree’s ability to transport water and nutrients up and down its trunk.

Sometimes a serious insect attack or disease can kill a tree. This kind of death usually takes from a few months to a couple of years. Again, a tree loses its ability to move water and nutrients, but does so in stages, more slowly.

A tree can also die of what you might call old age.

Different trees, different life spans

Trees can live an incredibly long time, depending on what kind they are. Some bristlecone pines, for instance, are among the oldest known trees and are more than 4,000 years old. Others, like lodgepoles or poplars, will have much shorter life spans, from 20 to 200 years. The biggest trees in your neighborhood or town are probably somewhere in that range.

You’ve probably noticed that different living things have different life spans – a hamster is generally not going to live as long as a cat, which isn’t going to live as long as a person. Trees are no different. Their life spans are determined by their DNA, which you can think of as the operating system embedded in their genes. Trees that are programmed to grow very quickly will be less strong – and shorter lived – than ones that grow very slowly.

But even a tough old tree will eventually die. The years and years of damage done by insects and microscopic critters, combined with abuse from the weather, will slowly end its life. The death process may start with a single branch but will eventually spread to the entire tree. It may take a while for an observer to realize a tree has finally died.

You might think of death as a passive process. But, in the case of trees, it’s surprisingly active.

The underground network

Roots do more than anchor a tree to the ground. They are the place where microscopic fungi attach and act like a second root system for a tree.

You might have heard that fungi can also pass nutrients from one tree to another. This is a topic that scientists are still working out. Some trees are likely connected to other trees by a complex underground network of fungi, sometimes called the “wood wide web.”

How the wood wide web functions in a forest is still not well understood, but scientists do know that the fungi forming these networks are important for keeping trees healthy.

Afterlife of a tree

Before it topples over, a dead tree can stand for many years, providing a safe home for bees, squirrels, owls and many more animals. Once it falls and becomes a log, it can host other living things, like badgers, moles and reptiles.

Logs also host a different kind of fungi and bacteria, called decomposers. These tiny organisms help break down big dead trees to the point where you would never know they had existed. Depending on the conditions, this process can take from a few years to a century or more. As wood breaks down, its nutrients return to the soil and become available for other living things, including nearby trees and fungal networks.

A tree leaves a legacy. While alive, it provides shade, home for many animals and a lifeline to fungi and other trees. When it dies, it continues to play an important role. It gives a boost to new trees ready to take its place, shelter to a different set of animals and, eventually, nourishment for the next generation of living things.

It’s almost as if a tree never truly dies but just passes its life on to others.

Editor’s note: This story has been updated to emphasize that much remains unknown about the relationship between trees and fungi.

This article is republished from The Conversation under a Creative Commons license. Read the original article.

How Does Ai Medical Diagnosis Work?

In medicine, artificial intelligence (AI) is being used more and more regularly, particularly in diagnosis and treatment planning. AI and machine learning have become effective diagnostic tools in recent years. By offering more accurate diagnoses, this technology can potentially change healthcare. Artificial intelligence facilitates healthcare management, automation, administration, and workflows in medical diagnostics. AI in medical diagnostics has demonstrated tremendous potential over the past several years in altering healthcare standards while easing medical services’ intense pressures.

Source: Knowledge At Wharton

What is AI Medical Diagnosis?

AI medical diagnosis refers to the application of artificial intelligence (AI) and machine learning techniques in the field of medicine to aid in diagnosing diseases and medical conditions. It involves using algorithms to analyze patient data, such as medical images, lab results, electronic health records, and other clinical data, to assist healthcare professionals in making accurate and timely diagnoses.

AI Algorithms in Medical Diagnosis

Here are some areas where AI in helping in medical diagnosis:

AI Algorithms Can Analyze Medical Data And Aid In The Diagnosis

Electronic health records (EHRs), imaging technology, genetic data, and portable sensor data are just a few of the types of medical data being collected at a new level today. These numerous data may be processed and analyzed by AI algorithms, which can yield insightful information to help with medical diagnosis. AI algorithms can produce estimates and concepts by reviewing a patient’s medical history, symptoms, testing results, and other relevant data.

Source: ScientificAmercian

The Use Of Machine Learning And Deep Learning Techniques

AI algorithms for medical diagnosis rely extensively on machine learning (ML) approaches. Large datasets with labeled samples can be used to train ML systems to discover relationships and trends. Deep Learning (DL) algorithms have transformed medical imaging analysis by improving tumor identification, categorization, and classification efficiency.

DL algorithms can also combine other data types, including textual data, genetic information, and medical imaging, to provide a more thorough analysis. The accuracy of the diagnosis is improved, and this comprehensive approach makes a more profound comprehension of complicated conditions possible.

The Ability Of AI To Detect Patterns And Make Predictions

AI algorithms can analyze a vast amount of data to find hidden associations, biomarkers, and disease-associated risks that practitioners might not be able to see. The AI algorithms may offer a comprehensive view of an individual’s health by considering multiple factors simultaneously. Hence, resulting in more precise diagnoses and individualized treatment strategies.

AI Applications in Medical Imaging

Source: TowardsAI

The Use Of AI In Analyzing Medical Images Such As X-Rays, MRIs, And CT Scans

AI algorithms have shown remarkable skills in processing medical images. It allows healthcare workers to acquire accurate and in-depth findings based on these diagnostic scans. AI can process X-ray images, MRIs, and CT scans in a fraction of the time, which helps human specialists, who can more quickly spot patterns, analyze vast volumes of data, and retrieve relevant data.

The Role Of AI In Identifying Abnormalities, Tumors, And Other Medical Conditions

AI has demonstrated outstanding proficiency in identifying and locating tumors, anomalies, and other medical problems using medical images. The AI algorithms can effectively analyze extensive collections of medical images to identify and classify tumors in the case of cancer. AI medical diagnosis systems can offer oncologists insightful information about the tumor’s stage, rate of growth, and potential for metastasis by comparing these outcomes with prior data, enabling personalized treatment plans.

The Potential For AI To Improve Diagnostic Accuracy And Efficiency

The application of AI to medical imaging has enormous potential to improve the efficiency and accuracy of diagnosis. AI medical diagnosis systems can help radiologists by offering different viewpoints, decreasing the possibility of misinterpretation, and boosting overall diagnostic accuracy. It can also speed up image analysis, enabling faster responses and more effective medical care.

AI for Early Disease Detection and Prevention

The Use Of AI In Early Disease Detection And Risk Assessment

AI plays a crucial role in early disease recognition by analyzing vast patient records and finding minute patterns and abnormalities that may indicate a disease’s presence. AI tools can use machine learning algorithms to learn from various datasets. It includes medical records, imaging studies, and smart device data to identify hazardous factors and early warning indications.

The Application Of AI In Analyzing Patient Data, Genetic Information, And Biomarkers

AI can evaluate genetic data and find genetic variants linked to a higher risk of developing a given ailment. AI medical diagnosis systems could generate personalized risk assessment scores by integrating genetic data with factors affecting lifestyles, environmental effects, and medical history. This allows patients to make informed choices about their well-being and take preventive measures. Additionally, AI can assess biomarkers, including blood tests and imaging results, to find disease-related early warning symptoms that could still not be clinically evident.

Also Read: AI Tool Developed to Detect Parkinson’s Disease Years Before Symptoms

Source: Arrow

The Potential For AI To Assist In Personalized Medicine And Preventive Care AI-assisted Diagnosis Support Systems

The Development Of AI-Assisted Diagnosis Support Systems For Healthcare Professionals

Source: Capestart

AI Can Assist In Differential Diagnosis And Treatment Decision-Making

Differential diagnosis can be difficult and time-consuming because it involves finding the most probable cause for a patient’s symptoms. AI medical diagnosis assistance systems use machine learning algorithms to assess patient records and provide suggested diagnoses according to identified trends and scientific facts. AI can reduce the number of possible diagnoses and direct medical personnel toward the most likely reasons by providing ordered lists of prospective diagnoses, together with supportive data and probability estimates. This may result in faster and more precise diagnoses.

The Importance Of Combining AI With Human Expertise For Optimal Results

AI must be integrated with human expertise and clinical knowledge to get the best results when making decisions about diagnosis and therapy. Professionals in the healthcare industry provide important contextual insight, creative thinking abilities, and the capacity to consider complicated patient factors that AI systems may not entirely understand. With the assistance of human experience, we can test and improve AI-generated solutions. Thus, ensuring that choices are made after carefully considering each patient’s specific circumstances.

Ethical and Legal Considerations The Ethical Implications Of Using AI Medical Diagnosis

It is important to thoroughly explore the ethical implications of using AI for medical diagnosis. Healthcare practitioners and AI system developers must ensure that AI systems operate transparently, clearly explaining the process behind diagnoses and the rationale for their suggestions. It is important to provide patients with accurate information about the use of AI in their healthcare so that they can make well-informed decisions.

Issues Related To Patient Privacy, Data Security, And Algorithm Bias

Medical professionals and developers must prioritize implementing strong data protection measures, including anonymization, encryption, and private storage to safeguard patient data. Additionally, patients should be informed about data usage and allowed to participate through open consent practices. Addressing the potential biases in historical data that AI programs learn from is crucial, as they can impact their performance.

Healthcare results for different demographics can vary due to biases in medical diagnosis algorithms. Efforts must be made to curate and diversify training datasets to eliminate discrimination thoroughly, and AI medical diagnosis systems should be evaluated for equity and impartiality regularly.

The Need For Regulations And Guidelines In The Use Of AI In Healthcare

It is crucial to set rules and guidelines to control the usage of AI medical diagnosis, given its potential impact on healthcare. These should cover matters like transparency, accountability, confidentiality, data security, algorithm verification, and ongoing performance assessment of AI systems.

Developing rules that encourage responsible and ethical AI implementation and ensure patient safety and high-quality care is a joint effort between regulatory bodies and professional organizations.

Challenges and Limitations

The Challenges And Limitations Of AI Medical Diagnosis

Despite the promising potential, limited practical AI-enabled solutions are used in clinical practice. In addition to privacy issues, AI technology has additional analytical and technical flaws. AI medical diagnosis must overcome several challenges and limitations to optimize its efficacy and dependability. These challenges encompass concerns about data quality, the comprehensibility of AI systems, and their interaction with the healthcare systems currently in use.

Source: Stanford

Issues Such As Data Quality, Interpretability, And Integration With Existing Healthcare Systems

The reliability and accuracy of AI medical diagnosis depend significantly on the data quality. Healthcare data can be inconsistent, insufficient, and varied, impacting how well AI systems work. More specifically, biases in the data can result in discrepancies in diagnoses among marginalized groups.

Several AI algorithms, including deep learning models, function like black boxes, making comprehending their predictions’ logic impossible. To accept and validate the suggestions, healthcare professionals need arguments and justifications for AI-generated diagnostics.

Embedding AI medical diagnosis into conventional healthcare structures might be challenging due to interoperability issues and the varied nature of healthcare procedures. Different data formats, privacy laws, and systems might make integration difficult.

The Ongoing Research And Development Efforts To Overcome These Challenges

Researchers and developers are concentrating on creating compatible approaches, standard data formats, and reliable data transfer channels to seamlessly integrate AI into existing healthcare systems. To solve these integration problems, collaboration between IT experts, medical professionals, and AI developers is essential. We must address the issues and constraints to create more precise, effective, and reliable AI medical diagnosis systems. Therefore, ongoing study, innovation, and collaboration will be essential.

Future Directions and Impact

The Potential Future Impact Of AI Medical Diagnosis

AI medical diagnosis can completely change healthcare in several ways. AI systems might help medical personnel make more precise diagnoses, identify hidden patterns in imaging studies, and predict how patients may react to particular therapies. This could improve treatment plans, reduce clinical errors, and improve the accuracy of diagnosis.

Emerging Technologies And Advancements In The Field The Importance Of Continued Research And Collaboration In AI And Healthcare

Research should concentrate on overcoming AI’s current drawbacks, such as problems with data quality, understanding, and integration. This entails creating reliable techniques for gathering, curating, and validating data and improving the readability and transparency of AI models. Sharing knowledge, resources, and information requires close cooperation between researchers, healthcare practitioners, data scientists, and technological specialists. Such collaboration can make creating standardized protocols, regulations, and moral frameworks easier to ensure AI’s ethical and moral application in healthcare.


AI has revolutionized many different fields of study and is innovating every day. AI medical diagnosis is an innovative approach to simplify and enhance conventional healthcare practices for excellent medical care for the human race. Medical science utilizes AI in various ways. We will experience more revolutionized AI techniques and therapies in the coming years.

If you belong to the medical field, and want to know more about data science and AI, now is the best time to take the first step. Gone are the days when it was mandatory to know coding to indulge in these fields. We offer an exclusive No Code AI program that helps professionals across industries to learn and implement AI and Data Science in their day-to-day work life. Explore the course to know more.

Frequently Asked Questions

Q1. What is the role of AI in medical laboratories?

A. AI helps improve diagnostic accuracy and decreases the result time for lab tests. It reduces human error in laboratories and provides cost-effective healthcare solutions. It also enables better tracking of patients’ records.

Q2. When was AI first used in healthcare?

A. In the 1980s, researchers first utilized Bayesian networks, artificial neural networks, and hybrid intelligence in clinical settings, employing AI.

Q3. What algorithms are used in medical devices?

A. Medical devices use AI and machine learning algorithms.

Q4. What diseases can AI diagnose?

A. AI has shown promising capabilities in diagnosing a range of diseases. It has been applied to identify conditions such as cancer, heart disease, diabetes, Alzheimer’s, and various infections. However, the effectiveness and accuracy of AI-based diagnostic systems vary across different diseases, and human expertise remains essential for final diagnosis and treatment decisions.


Four Junior Faculty Awarded Peter Paul Professorships

Four Junior Faculty Awarded Peter Paul Professorships Cited for exceptional accomplishments in their areas of study

Four young BU scholars have earned this year’s Peter Paul Professorships: Jennifer Talbot (top left), biology, Sam Ling (top right), psychological and brain sciences, Elizabeth Rouse (bottom left), organizational behavior, and Angela Robertson Bazzi (bottom right), community health sciences. Photos by Cydney Scott

Junior faculty at Boston University engage in a constant juggling act, balancing the demands of teaching with research and grant and publishing deadlines. That juggling act just got a bit easier for four young faculty who each have published important research and won strong reviews for their teaching. They have received the 2024 Peter Paul Career Development Professorships, awarded annually to promising junior educators emerging as leaders in their fields. The professorships provide a three-year, nonrenewable stipend to support scholarly or creative work, as well as pay a portion of recipients’ salaries.

The 2024 Peter Paul Professorships have been awarded to Angela Robertson Bazzi, a BU School of Public Health assistant professor of community health sciences, Sam Ling, a College of Arts & Sciences (CAS) assistant professor of psychological and brain sciences, Elizabeth Rouse, a Questrom School of Business assistant professor of organizational behavior, and Jennifer Talbot (CAS’04), a CAS assistant professor of biology. The professorships are made possible by a gift from BU trustee Peter Paul (Questrom’71) and are given to junior faculty across the University.

“Professors Bazzi, Ling, Rouse, and Talbot showcase the diversity, caliber, and depth of rising talent we have on faculty at Boston University,” says Jean Morrison, University provost and chief academic officer. “From HIV prevention and the mechanics of ecosystems to the creative process and our understanding of the brain, all are making tangible, substantive impacts in their fields and brilliantly demonstrating the promise we saw in them when we welcomed them to our academic community. We are excited for what their futures hold, and pleased to support them as they pursue their research and scholarly careers here at BU.”

As a group, the honorees showcase a diverse range of academic and research pursuits.

Delving into the ground beneath our feet

For Talbot, a microbial biologist, the ground beneath our feet presents a world of opportunity to understand the future of our planet.

Her research focuses on how climate change and other factors, such as pollution and drought, affect the interactions among millions of species of fungi, and in turn affect the structure and health of the ecosystem. Talbot’s ultimate goal is to include findings about these underground interactions into predictive models about the Earth’s ecosystem that may produce insights about the Earth’s future.

She says the land surface portion of land-climate models varies greatly when projected into the future. “If you project all the models we have now out for 100 years and 500 years, they go in all different directions,” says Talbot, a chemistry major at BU who went on to earn a doctorate in biological sciences from the University of California at Irvine and do postdoctoral research at Stanford. “We want to put microorganisms into those models.”

Supported by a National Science Foundation grant, she has been studying the interactions between microorganisms. She says the Peter Paul Professorship will provide an important boost to her research by enabling her lab to create simulations of changing environmental conditions—for example, by dumping fertilizer on fungi.

Observing the decomposition of these fungi—which look like beautiful mushrooms in her lab website photos—can help us to understand what our environment will look like many years from now, Talbot says, and at the same time, it’s “opening up a new universe of organisms in the Earth’s microbiome. We’re discovering a new species every day, mapping them on the Earth, where they live, why they are there, and what it means for us.”

What we see and how we give it meaning

Computational neuroscientist Ling is working to understand how we see. And to hear him talk about his research into vision and attention is to understand that there is a lot going on in the moments between our seeing an object and assigning importance to it.

Say you are walking on a sidewalk. On the periphery, you notice that a bicyclist may collide with you. As a result, you step aside.

The workings of our brain “boost the strength of the representation of that object,” says Ling, who joined BU in 2014. “Our lab is trying to understand the mechanistic underpinnings that give rise to this enhancement.” That includes research into how the brain transforms light into interpretable meaning and how we can assign relative importance to many objects that enter our field of vision.

“The beautiful thing about visual perception is that we have decades of research in visual neuroscience, and they have done a great job of mapping out some of the core properties in vision,” Ling says. “But that is not to say we have vision cracked.”

That leaves room for inquiry. A paper he coauthored in March 2024 in Nature Neuroscience questions an established model of the primary visual cortex developed in the late 1950s. Using MRI studies, he and his colleagues found evidence that certain key processes in visual perception occur earlier than previously thought, in a part of the brain called the lateral geniculate nucleus.

The Peter Paul Professorship means that Ling, who earned a bachelor’s at Pennsylvania State University and a doctorate at New York University and did postdoctoral work at Vanderbilt University, can pursue more ideas. “There are some topics that would be interesting to explore, that are anchored in what our lab does, and that without some sort of extra resource would not be possible,” he says.

The creative process

Elizabeth Rouse brings her experiences as an artist, a manager, and a scientific researcher to her examination of the ways creative people develop ideas and share feedback—and what organizations can learn from them.

Her creative and business experiences inform her academic choices. Trained in ballet, she performed modern dance in college. She studied brain and cognitive sciences as an MIT undergrad, worked as a researcher at McLean Hospital’s brain imaging center, and was managing director of Anna Myer and Dancers in Cambridge. “I still had this craving for research,” Rouse says, “and I wanted to combine that interest in the creative process and some of the issues I saw in nonprofit organizations and arts organizations.”

Rouse, who holds a doctorate in management and organization from Boston College, joined the BU faculty in 2013. She studies artists as well as software engineers, designers, and entrepreneurs—an extreme form of creative worker, she says. In one study, Rouse and a coauthor found repeated back-and-forth feedback is more effective in the creative process than traditional top-down performance reviews.

Kenneth Freeman, professor and dean of the Questrom School of Business, says Rouse’s research publications are “beyond outstanding” and that the popular and business media are starting to pay attention to her work as well. He says that she has also received strong ratings for her teaching of the undergrad organizational behavior course.

The Peter Paul Professorship is a welcome validation of her efforts, Rouse says, and she hopes to use it to support her field research into the workings of organizations. “You never know how your work is having an impact. It feels really nice to have some assurance that it is,” she says.

Love, trust, and their relation to infectious disease

In her research into infectious diseases, Angela Robertson Bazzi often uses words like “love” and “trust.” It is these feelings that drive human behavior and that bring Bazzi to neighborhoods where the populations are more likely to contract diseases such as HIV and hepatitis C.

“We have great health promotion programs and interventions, but oftentimes there are segments of the population that are difficult to reach and don’t experience the benefits,” says Bazzi. “My work is interested in how social relationships and social marginalization impact health outcomes and access to public health services.”

Her research focuses on groups such as sex workers and their partners and other populations with substance use problems that are often underrepresented in the scientific literature. She is working to fill in such gaps. She and colleagues published a study in August 2024 in the American Journal of Public Health that focuses on female sex workers and their noncommercial intimate male partners in Tijuana and Ciudad Juárez, Mexico. “We found that emotions seem to play importantly in sex workers’ decisions to use condoms and other health services, so their emotional connections in their intimate relationships featured very prominently,” says Bazzi, who earned a bachelor’s at the University of Southern California, a master’s in public health at Johns Hopkins University, and a doctorate in global health at the University of California at San Diego.

Typical of her research, the Tijuana study reflects an interdisciplinary approach that combines both qualitative and quantitative techniques. For example, she worked with a medical anthropologist to test the usefulness of survey instruments that were originally designed for middle-class couples in the United States.

Like the other 2024 Peter Paul Professors, Bazzi was surprised by the award. “This will open up really important opportunities and possibilities that maybe I had been thinking about,” she says, “but this helps me think about them more concretely.”

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Jean Paul Gaultier Couture By Haider Ackermann

Haider Ackermann, a Colombian designer known for his modern and edgy approach to fashion, was appointed as the Creative Director of Jean Paul Gaultier Couture in 2023. Ackermann’s debut collection for Gaultier Couture was showcased in January 2023, blending his signature style with the brand’s avant-garde heritage.

Bio And Personal Life

Haider Ackermann was born in Colombia in 1971 to a colombian mother and a French father. He spent most of his childhood in Ethiopia, Chad, Algeria, and France before moving to Belgium to study fashion design at the Royal Academy of Fine Arts in Antwerp.

After graduating in 1994, Ackermann worked as an intern for designer John Galliano in Paris. He then moved to Belgium to work for several fashion companies, including Bernhard Willhelm, before launching his eponymous label in 2001.

Ackermann’s designs are known for their edgy and modern aesthetic, blending traditional tailoring techniques with unconventional materials and asymmetrical cuts. He has been praised for his use of color and his ability to create fluid silhouettes that flatter the body.

Ackermann has been awarded several accolades for his work in fashion, including the ANDAM Fashion Award in 2005 and the Swiss Textiles Award in 2008. He has also collaborated with several high-profile brands, including Berluti, Maison Margiela, and Dior Homme.

Ackermann’s Debut Collection for Gaultier Couture: Key Features and Themes

Haider Ackermann’s debut collection for Jean Paul Gaultier Couture, showcased in January 2023, was highly anticipated by the fashion industry. The collection blended Ackermann’s signature style with the brand’s avant-garde heritage, featuring bold colors, intricate details, and unconventional materials.

Many of the garments featured uneven hemlines, unexpected cutouts, and unconventional draping techniques. 

The collection showcased a range of textures, including metallics, leather, and silk.  Ackermann played with contrast, pairing bold colors with muted tones and incorporating unexpected materials such as PVC und Plastic.

Overall, Ackermann’s debut collection for Gaultier Couture was praised for its boldness, creativity, and modernity while staying true to the brand’s avant-garde roots. It showcased Ackermann’s talent for creating fluid and striking silhouettes while paying homage to Gaultier’s legacy.

Haute Couture Techniques and Craftsmanship Used in Gaultier Couture

Haute couture techniques and craftsmanship were key features of Haider Ackermann’s debut collection for Jean Paul Gaultier Couture. The collection showcased a high level of craftsmanship and attention to detail, which are hallmarks of the haute couture tradition. One of the most striking aspects of Ackermann’s designs was his use of unexpected materials, such as PVC and plastic. These materials were manipulated using traditional couture techniques to create garments that were both innovative and highly detailed.  For example, in one design, Ackermann used laser-cut PVC to create intricate lace-like patterns.

The collection also featured a variety of other traditional couture techniques, including embroidery, beading, and appliqué. These techniques were used to add texture and depth to the garments, as well as to create highly detailed embellishments. The level of craftsmanship in Ackermann’s designs was also evident in the construction of the garments themselves. Many of the pieces featured asymmetrical cuts, unexpected angles, and unconventional silhouettes, which required a high degree of skill to execute.

Overall, Ackermann’s use of traditional haute couture techniques and craftsmanship helped to elevate his designs and create garments that were both beautiful and technically impressive. These elements are sure to continue to be a hallmark of Jean Paul Gaultier Couture under Ackermann’s leadership, as the brand continues to push the boundaries of what is possible in the world of high fashion.

Influences and Inspirations of His Gaultier Couture

Haider Ackermann’s debut collection for Jean Paul Gaultier Couture was influenced by a variety of sources, including his own background in fashion and his appreciation for the brand’s avant-garde heritage.

One of Ackermann’s key inspirations was Jean Paul Gaultier himself. In an interview with Vogue, Ackermann spoke about his admiration for Gaultier’s ability to challenge traditional gender norms and create designs that pushed the boundaries of what was considered acceptable in fashion.

He has said that he wanted to bring a fresh perspective to the brand while still honoring its rich history and legacy.

The collection was also inspired by the idea of movement and transformation. Ackermann incorporated elements of asymmetry, unexpected cutouts, and deconstruction to create garments that felt fluid and dynamic.

The collection featured bold colors and unexpected materials, such as PVC and plastic, which added texture and depth to the designs.

Overall, Ackermann’s debut collection for Jean Paul Gaultier Couture was influenced by a wide range of sources, reflecting his eclectic and innovative approach to fashion.

Reception and Reviews of Ackermann’s Collection

The reception to Haider Ackermann’s debut collection for Jean Paul Gaultier Couture was generally positive. Critics praised Ackermann’s ability to blend his own signature style with the brand’s avant-garde heritage, creating a collection that felt both fresh and respectful of the brand’s legacy.

Many reviewers highlighted Ackermann’s use of asymmetry, unexpected cutouts, and deconstruction as some of the collection’s key features.  

However, some reviewers noted that the collection felt somewhat disconnected from the world outside of fashion, with its emphasis on extravagance and glamour. Others criticized the lack of diversity among the models in the runway show.

Overall, Ackermann’s debut collection for Jean Paul Gaultier Couture received positive reviews, with many critics applauding his ability to infuse the brand with new energy while staying true to its avant-garde roots.

Ackermann’s Appointment as Creative Director of Jean Paul Gaultier Couture

Haider Ackermann’s appointment as Creative Director of Jean Paul Gaultier Couture was announced in September 2023, following the brand’s decision to stop producing ready-to-wear collections and focus exclusively on couture.

Ackermann’s appointment was widely praised by the fashion industry, with many noting that his modern and edgy approach to fashion was a good fit for the brand’s avant-garde heritage.

In an interview with Vogue, Ackermann expressed his excitement about the opportunity to lead a couture brand, saying that he had always been drawn to the artistry and craftsmanship of haute couture. He also acknowledged the challenges of creating couture in a time when the fashion industry is facing significant economic and environmental pressures.

Since taking on the role, Ackermann has been working to reimagine the brand’s approach to couture, experimenting with new techniques and materials while staying true to the brand’s DNA. 

Future Directions for Jean Paul Gaultier Couture Under Ackermann’s Leadership

Under Haider Ackermann’s leadership, Jean Paul Gaultier Couture is expected to continue to explore new techniques and materials while staying true to its avant-garde heritage. Ackermann has expressed his commitment to sustainability and has said that he wants to incorporate more eco-friendly practices into the brand’s couture production process.

In addition to his focus on sustainability, Ackermann has also expressed a desire to make the brand more inclusive and diverse. He has said that he wants to create couture that feels relevant and accessible to a wider range of people, while still maintaining its sense of luxury and exclusivity.

As the fashion industry continues to grapple with the effects of the COVID-19 pandemic, Ackermann has also acknowledged the need for the brand to be adaptable and flexible in the face of changing circumstances. He has said that he is open to exploring new formats for presenting couture, such as digital shows or presentations, and that he wants to create collections that can speak to people in a variety of contexts and settings.

Overall, Ackermann’s leadership is expected to bring a fresh perspective to the brand, while still honoring its rich history and legacy.


Haider Ackermann’s debut collection for Jean Paul Gaultier Couture was a highly anticipated event in the fashion world. The collection was praised for its innovative approach to couture, which blended traditional techniques with modern materials and designs. Ackermann’s use of gender fluidity, deconstruction, and unexpected materials created a collection that felt both fresh and timeless, while still honoring the brand’s avant-garde heritage. His commitment to sustainability and inclusivity also signaled a new direction for the brand, which has long been known for its bold and daring designs.

Overall, Ackermann’s leadership is expected to bring a new energy to Jean Paul Gaultier Couture, while still maintaining the brand’s reputation for luxury and exclusivity.   As the fashion industry continues to evolve, Ackermann’s innovative and forward-thinking approach is sure to make a significant impact on the brand and the wider world of haute couture.

Presidents’ Day Weekend In Boston

Presidents’ Day Weekend in Boston Plays, museums, and more on campus and off

This weekend marks the last three-day weekend until Patriots’ Day in mid-April. It’s a chance to get outdoors for some skating or cross-country skiing or hiking or to catch up on movies, try out a new museum, or take in a play. Whatever your interests, we’ve put together a list of some of the best goings-on around town to make your holiday fun. Know of other events taking place this weekend? Post them in the Comment section below.

Athletics Terrier Men’s and Women’s Ice Hockey, Men’s Basketball

West Campus will host a number of sports games this weekend. The men’s ice hockey team hosts the University of New Hampshire on Friday night in one of the regular season’s final games. The Hockey East matchup begins at 6 p.m. The same evening, the women’s ice hockey team takes on crosstown rival Northeastern at Walter Brown Arena at 7 p.m. The tilt will be the latest chapter in the Terriers-Huskies rivalry (the women fell to Northeastern 3-2 in the Beanpot semifinal January 31). The women celebrate Senior Day Sunday, February 19, before taking on the University of Maine, with puck drop at 3 p.m. Students should come ready to eat as the game is the program’s 10th annual Chili Fest. Hockey East playoff seeding is on the line, so expect some great games.

Also on Sunday is the men’s basketball team annual Senior Day celebration, when they host Bucknell University at noon. The team’s four seniors will be honored before tipoff. The Terriers look to lock up a top seed in the upcoming Patriot League Tournament.

It’s men’s ice hockey vs. UNH Friday, February 17, at 6 p.m. at Agganis Arena. The women’s ice hockey team hosts Northeastern that night at 7 p.m. and Maine on Sunday, February 19, at 3 p.m., at Walter Brown Arena. The men’s basketball team hosts Bucknell for Senior Day on Sunday, February 19, at noon at Case Gym. Find tickets and directions here.

Fenway Park Tour

The Boston Red Sox don’t start spring training in Florida until February 23, but fans who can’t wait can kick off the 2023 season this weekend with a tour of Fenway Park. Guided one-hour tours take fans of all ages through the inner workings of the iconic ballpark. You’ll learn about baseball’s oldest manual scoreboard, view the 10 most memorable moments in Red Sox history, and tour the Fenway Archive, which includes baseballs, bats, and uniforms worn by players over the decades. Be sure to take a selfie from atop the storied Green Monster.

Fenway Park tours are daily on the hour from 10 a.m. to 5 p.m. during the off-season. Tickets are $20 for adults and $12 for children 12 and under and are available at the ballpark, 4 Yawkey Way. Find tickets and directions here.

Outdoor Events Ice Skating in Boston

There are several ice skating venues around the city, but two are must-sees before the cold-weather season ends. Enjoy the picturesque scenes of the Boston Common, the nation’s oldest public park, while you pirouette around the Frog Pond. The classic winter setting is an ideal place to meet up with friends or have a romantic date, and is suitable for skaters of all skill levels. Don’t have your own skates? No worries. You can rent a pair for $12. New this year is the 11,000-square-foot ice skating path at City Hall Plaza, part of the city’s Boston Winter offerings. The rink offers skating lessons and other events and is open through the end of February.

The Frog Pond rink is in the Boston Common, 38 Beacon St. Weekend hours are Friday and Saturday, 10 a.m. to 10 p.m., and Sunday, 10 a.m. to 9 p.m. Skating is free for kids 58 inches tall and below, $6 for those 59 inches and taller. Skate rentals are $6 for children and $12 for adults. Take an MBTA Green Line trolley to Park Street.

The Boston Winter outdoor skating path is at City Hall Plaza, One City Hall Square, Boston. Skating is $10 for adults, $8 for kids 5 to 12, and free for children 5 and under. Skate rentals are $6. Find directions here.

Cross-Country Skiing and Snowshoeing

Despite rising temperatures around Boston, snow is expected to remain on the ground through Presidents’ Day weekend, which should make for some good cross-country skiing. Fortunately, you can get out and exercise at two nearby locales.

Weston’s Leo J. Martin Golf Course is transformed each winter into a cross-country ski and snowshoeing center and is a popular destination for stir-crazy Bostonians. There are just over nine miles of track with natural snow, with another 1.2 miles on a lighted loop with artificial snow. Visitors can rent skis, snowshoes, and pulks (child carriers) on site. Find information about rentals here and ski and snowshoe lessons are available for a fee. Private instruction is also offered.

Just south of Boston, the Blue Hills Ski Area, part of the 7,000-acre Blue Hills Reservation, which stretches from Quincy to Dedham and from Milton to Randolph, offers 12 trails for downhill and cross-country skiing, with a combination of natural and man-made snow. Skis, boots, snowboards, and helmets are available for rental. Find more information about rentals here. Lessons for children and adults of all ages are also available; find out more here.

The Weston Ski Track is at 190 Park Rd., Weston. Visitors can rent equipment on site, and lessons are available for a fee. Find a complete list of services, hours, prices, and directions here.

The Blue Hills Ski Area within the Blue Hills Reservation is at 4001 Washington St., Canton. Find a complete list of services, hours, prices, and directions here.


Looking for a family-friendly event this Presidents’ Day? Head over to the Isabella Stewart Gardner Museum in the Fenway for the museum’s weeklong annual Winter Party, which coincides with Boston schools’ winter vacation. This year’s events include interactive theater from actress Black Venus, dancing in the courtyard with Nadine Martinez, and gallery games throughout the historic Venetian palace, among other attractions. And for those anxious for a taste of spring, there’s no better respite than the museum’s stunning courtyard, filled with fragrant flowering plants.

The Winter Party at the Isabella Stewart Gardner Museum, 25 Evans Way, Boston, is Monday, February 20, through Friday, February 24, at 11 a.m. (closed Tuesday). Find ticket prices and information and get directions here.

In recognition of the 75th anniversary of the publication of Robert McCloskey’s classic children’s book Make Way for Ducklings, the MFA has mounted an exhibition of the author-illustrator’s work. Ducklings tells the story of a family of ducks who take up residence in the Boston Public Garden and has not been out of print since first published in 1941. The exhibition contains more than 50 works by the two-time Caldecott Medal recipient, studies from some of his other classic children’s books, such as Blueberries for Sal and Time of Wonder, as well from the classic favorite.

Make Way for Ducklings is on display until June 18, 2023, at the Museum of Fine Arts, 465 Huntington Ave., Boston. The museum is open Friday, February 17, from 10 a.m. to 10 p.m., and Saturday, February 18, through Monday, February 20, from 9 a.m. to 5 p.m. Find regular hours and admission prices here (free to BU students with ID).

Valentine’s Day may be over, but this new exhibition at the Museum of Science is a must for all chocolate lovers. Visitors will learn the complete story behind the tasty treat. More than 200 objects are on display and will offer an overview of the culture of chocolate. Much of the exhibition is interactive.

Chocolate: The Exhibition is on display at the Museum of Science, One Science Park, Boston, through May 7. Admission is included with an Exhibit Hall ticket, $25 for adults, $21 for seniors, and $20 for children. Hours: Friday, February 17, 9 a.m. to 9 p.m.; Saturday, February 18, through Monday, February 20, 9 a.m. to 7 p.m. Find more information and tickets here.

In anticipation of the centennial anniversary of President John F. Kennedy’s birth this coming May, the National Park Service is opening the house where he was born to visitors on Presidents’ Day, Monday, February 20. (The house is usually closed during the winter months.) The Kennedy family lived in the house in Coolidge Corner from 1914 to 1920 and bought back the house in 1966, three years after Kennedy’s assassination. In 1969, after a restoration supervised by the late president’s mother, Rose Kennedy, the property was given to the National Park Service, which operates the National Historic Site. Visitors can see the upstairs master bedroom where Kennedy was born on May 29, 1917, as well as the small bedroom across the hall where the future president shared a room with his older brother, Joseph P. Kennedy, Jr. Note: all of the clocks in the house are set to 3 p.m., the time of JFK’s birth.

The John F. Kennedy National Historic Site, 83 Beals St., Brookline, Mass., is open from 9:30 a.m. to 5 p.m., Monday, February 20. Guided tours are available on the hour and half hour. Admission is free. More information is available here. Find directions here.


The Boston Playwrights’ Theatre, dedicated to the production of new plays, is currently mounting The Honey Trap, a new drama by Leo McGann (GRS’17), a student in BU’s MFA Playwriting Program. The play, set in Northern Ireland in the 1970s, begins with two British soldiers out on the town for a pint of beer, but soon turns tragic. The drama received the National Partners of the American Theatre Playwriting Award at the Kennedy Center American College Theater Festival in 2024. The production is part of the BU New Play Initiative and is produced by Boston Playwrights’ Theatre and the College of Fine Arts School of Theatre.

The Honey Trap is playing at the Boston Playwrights’ Theatre, 949 Commonwealth Ave., Boston, through Sunday, February 26. Tickets are $30 for adults, $25 for seniors, and $10 for students with a valid ID. Tickets can be purchased online here.

A stunning production of Irish playwright Martin McDonagh’s Tony Award–winning dark comedy The Beauty Queen of Leenane by Ireland’s Druid Theatre Company, directed by Tony-winner Garry Hynes, is being presented by ArtsEmerson. The story of a spinster and her homebound mother engaged in an emotionally wrenching tug-of-war stars Marie Mullen, who won a Tony 20 years ago as the daughter in the original Broadway run and here plays the mother (with Aisling O’Sullivan as the daughter). This subversive thriller is a must for theater lovers.

The Beauty Queen of Leenane is at ArtsEmerson’s Paramount Center, 120 Boylston St., Boston, through February 26. Find schedule, ticket prices, and directions here.


The Institute of Contemporary Art hosts the US debut of English director Steve McQueen’s Steve McQueen: Ashes, a standout from the 56th Venice Biennale in 2024. McQueen won an Oscar for his 2013 feature 12 Years a Slave. Ashes is a video installation by the filmmaker that presents footage on both sides of a freestanding screen. One side, shot on Super 8 film, tells the story of Ashes, a fisherman, who balances on a pitching boat against an expanse of sky and water. The other side shows a second projection, shot on 16 mm film, that chronicles the fisherman’s unexpected fate. The two films are united by a shared soundtrack.

Steve McQueen: Ashes is at the Institute of Contemporary Art/Boston 100 Northern Ave., Boston, through February 25, 2023. Admission to the museum is free on Monday, February 20, in honor of Presidents’ Day. Find hours, admission, and directions here and more information here.

In anticipation of the 89th Academy Awards on Sunday, February 26, the ICA is once again presenting Oscar-Nominated Shorts, featuring all of the live-action, documentary, and animated shorts nominated this year. Among the films are the family favorite Pixar short Piper, a deftly detailed piece of animation, and Joe’s Violin, a documentary about the passing down of a Polish Holocaust survivor’s violin to a young girl in the Bronx and the way it changes their lives.

Oscar-Nominated Shorts is at the Institute of Contemporary Art/Boston, 100 Northern Ave., Boston, through March 5. Tickets are $5 for members and students, $10 for nonmembers. Find film times and buy tickets here up to two hours before most screenings or call 617-478-3103. Walk-up sales begin two hours before the screenings. Find directions here.


The Boston University Ballroom Dance team hosts its annual daylong Dancesport competition Sunday, February 19, at the GSU. The event brings together nearly 400 accomplished ballroom dancers from across the East Coast for a dazzling competition that includes Latin, rhythm, smooth, and standard ballroom dance.

The 15th Annual Terrier Dancesport Competition is at the George Sherman Union Metcalf Ballroom, 775 Commonwealth Ave., on Sunday, February 19, . The event begins at 7 a.m. and is expected to wrap up about 9 p.m. Admission is free. Find more information here.

Connor Lenahan can be reached at [email protected].

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