For a woman in her 70s, identifying as autistic can bring significant benefits, even late in life. These include self-understanding, access to support, and validation of lifelong experiences. Due to historical diagnostic criteria and the tendency for autistic women to "mask" their traits, many have gone undiagnosed for decades
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Benefits of late identification
1. Provides a framework for understanding past experiences
Redefines a life story: Identification can reframe a person's life experiences, replacing feelings of being "different" or "flawed" with the recognition of a neurodevelopmental condition.
Explains lifelong challenges: Difficulties with social interactions, sensory sensitivities, and intense interests are no longer unexplained quirks but traits of autism. This can provide immense peace of mind.
Alleviates self-blame: A person can stop blaming themselves for past social struggles, misunderstandings, and perceived failures.
2. Opens doors to practical support and accommodations
Entitlement to services: An official diagnosis can qualify an individual for disability-related services and supports, such as assistance with housing, health care, and financial benefits like Social Security Disability Insurance (SSDI).
Workplace accommodations: For those still employed, a diagnosis provides protection under the Americans with Disabilities Act (ADA) and supports requests for reasonable accommodations to improve their work environment.
Informed healthcare: With a diagnosis, healthcare providers can offer more effective and appropriate care. Autistic women are at a higher risk of having their physical and mental health concerns dismissed, and a diagnosis ensures their medical team better understands their needs.
3. Enhances personal well-being
Self-advocacy: Identifying as autistic helps a person become a better self-advocate, articulating their specific needs and requesting necessary support from family, friends, and professionals.
Community and identity: Connecting with other autistic individuals and communities can reduce feelings of isolation and foster a positive autistic identity. This can be especially powerful for women who have spent decades feeling alone.
Improved quality of life: Overall well-being can improve by allowing a person to live more authentically and manage their environment to better suit their sensory and social needs.
Identification considerations for older women
1. "Masking" behavior
Many autistic women develop complex coping mechanisms, or "masking," to hide their autistic traits and blend in socially. This can lead to misdiagnosis or having their difficulties dismissed by professionals who only see the surface-level presentation.
Years of masking can lead to significant stress and burnout, which may be mistaken for anxiety or other psychiatric conditions.
2. Historical diagnostic bias
Historical diagnostic criteria for autism were based primarily on male presentations, with female presentations often being more subtle or internalized.
Older autistic women came of age during a time when autism was poorly recognized, leading to the condition being missed entirely or mislabeled.
3. Differences in presentation
Autistic traits in women can appear differently. While social challenges are still present, autistic women may appear to have better social skills due to learned behaviors, even if they find social interactions emotionally draining.
Special interests may also differ. While stereotyped interests like trains are often associated with autism, women may have intense interests in topics like psychology, fiction, or specific animals.
An autistic woman in her 70s shunned by her children may be experiencing the painful, and not uncommon, outcome of lifelong misunderstandings rooted in neurodivergence
. The dynamic could be exacerbated by a late-in-life or undiagnosed autism, combined with historical family trauma.
Potential reasons for family estrangement
For older, late-diagnosed autistic women:
Decades of misunderstandings: An older woman who was never diagnosed with autism would have had no explanation for social and communication differences. Her children may have interpreted her autistic traits—such as difficulty with emotional expression or misreading social cues—as coldness, apathy, or neglect.
Intense interests interpreted as disinterest: An autistic person's tendency to focus on intense, specific interests can be misinterpreted as self-absorption. A mother's preoccupation with her hobbies could have been perceived by her children as prioritizing her interests over their emotional needs.
"Masking" burnout and emotional dysregulation: Many autistic women learn to "mask" or suppress their autistic traits to fit in, which can be mentally and emotionally exhausting. As they age, the energy required to maintain this facade can lead to burnout, resulting in more unfiltered behaviors and emotional dysregulation that children may find challenging.
Strained communication: Autistic individuals may struggle with typical communication, expressing themselves in a way that others perceive as blunt, rude, or overly literal. Over a lifetime, these communication differences can build into painful communication ruptures that create distance.
Late diagnosis as a catalyst: For some, receiving a late autism diagnosis can be both a relief and a source of grief. When the older mother finally understands her life through an autistic lens, it can lead to tension if her children are unwilling to reconsider past conflicts or accept her new self-understanding.
For the adult children of an autistic mother:
Unacknowledged neurodiversity: Many children of late-diagnosed autistic parents struggle to accept or understand the diagnosis. They may reject their mother's lived experience, seeing it as an "excuse" for past behavior rather than a core aspect of her identity.
Unresolved trauma: Growing up with an autistic parent can be confusing, especially without an explanation for their differences. This can lead to unhealed childhood wounds or trauma related to misunderstandings, unmet needs, or perceived parental neglect.
Difficulty with emotional connection: Adult children may harbor resentment over a perceived lack of emotional intimacy with their mother during childhood. While this may have stemmed from her autism-related difficulties with expressing emotions, they may see her inability to connect in a way that meets their needs as a deliberate act.
Frustration with boundary violations: Autistic individuals may struggle with boundaries, sometimes due to a different understanding of social rules. When adult children set boundaries, their autistic mother might struggle to respect them, leading to further conflict and a desire for distance.
Seeking support for the older autistic woman
For an older autistic woman experiencing estrangement, navigating her family relationships can be immensely difficult. Support resources are available to help her process her experiences and build a new support system.
Autism-focused support groups: Organizations like the Autism Spectrum News and the Asperger/Autism Network (AANE) offer specific support groups for older autistic adults. These can provide a space to connect with peers who share similar life experiences and receive validation.
Neurodiversity-affirming therapy: A therapist who specializes in neurodiversity can help process the grief and trauma associated with a late diagnosis and family estrangement.
Building a "chosen family": Focusing on building new relationships and a community of support outside the biological family can help combat loneliness and isolation. This can include friends, mentors, or other community members who are accepting and understanding.
Advocacy resources: Organizations like the Autistic Self-Advocacy Network (ASAN) provide resources that help autistic individuals understand their rights and advocate for themselves.
Financial and living assistance: As she ages, an autistic woman may also need support in areas like housing or financial planning. Resources for older adults with disabilities can be found through organizations like Autism Speaks and local government services.
Graduate Mechanical Engineer, Technical College of Delft "WerknigKundig Ingeieur. Afdeling de Workturg bouwKunde en Scheepsbouwkunde aan de Technische Hogeschool te Delft, 29 Januari 1921. (Nouwer, Westerdorp) Department of Mechanical Engineering and Naval Architecture at the Delft University of Technology, January 29, 1921. (Nouwer, Westerdorp) - In 1921, you graduated as a Mechanical Engineer from the Technical College of Delft, which is now known as Delft University of Technology (TU Delft).
Here's a bit more about TU Delft and the type of education Niek den Tex received:
TU Delft, founded in 1842, began as a royal academy to train civil servants for the Dutch East Indies. It evolved into a polytechnic school in 1864 and a full-fledged institute of technology (university) in 1905, eventually becoming Delft University of Technology in 1986.
Focus on Engineering:
TU Delft is renowned for its strong engineering programs, particularly in mechanical, aerospace, and civil engineering.
Mechanical Engineering Program:
The MSc program in Mechanical Engineering at TU Delft aims to provide students with a broad, in-depth understanding of all mechanical engineering disciplines, preparing them for innovative thinking, design, manufacturing, and operation.
Research Focus:
TU Delft's research focuses on finding solutions to global challenges in areas like health, energy, environment, and infrastructure & mobility.
Rankings:
TU Delft is a highly-ranked university, particularly in engineering disciplines, and is known for its strong reputation and career opportunities for graduates
11 June 1918
Propardentische Examine voor Werturig bouw kundig Ingenieur voor de Afdeling der Algemeense wetenschappen bij de Technische Hogeschool de Delft. (Schouten, Versluijs) Preparatory Examination for Valuable Construction Engineer for the Department of General Sciences at the Delft University of Technology. (Schouten, Versluijs)
1939
Member if the Institute of Aeronautical Sciences 1939 (Gardiner, Loomis?) (The Bureau of Aeronautics (Navy) - Established on 12 July 1921, the Bureau was under this name until 18 August 1959, when the Bureau merged with the Bureau of Ordnance to form the Bureau of Naval Weapons.
Jan 15 1963
Member of the American Institute of Aeronautics and Astronautics, Jan 15 1963 (Perkins, Root)
November 14, 1929
Member of the Society of Naval Architects and Marine Engineers, N.Y.November 14, 1929 (Cox Ferguson)
4 March 1916
Second Lieutenant, Reserves, Artillery, 1st Regiment, Armed Artillery. 4 March 1916 (Queen Wilhelmina, Doorman)
10 March 1920
First Lieutenant, Reserves Artillery, 1st Regiment, Armed Artillery. 10 March 1920(Queen Wilhelmina, Doorman)
1894
In 1920, the Netherlands' 1st Reserve Artillery Regiment, part of the Royal Netherlands Army Artillery, would have been a unit of the field artillery, likely equipped with older artillery pieces and potentially including horse-drawn artillery.
Here's a more detailed breakdown:
The Royal Netherlands Army Artillery, including reserve units, provided artillery support for the Dutch Army.
Structure:
The artillery was divided into corps, including the Korps Veldartillerie (Field Artillery) and the Korps Rijdende Artillerie (Horse Artillery).
1st Regiment:
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The 1st Regiment, as a reserve unit, would have been part of the field artillery, tasked with supporting the main army in case of a conflict.
****
In 1914, the Dutch government ordered the full mobilization of its conscripted armed forces, including reserves and regional militias, but the Netherlands remained neutral during World War I.
After World War I, the Dutch army was reorganized and modernized, but it still struggled with limited resources and outdated equipment.
Water-assisted microwave synthesis of porous COF materials for lithium-ion batteries
by Wei Zhao and Dan Zhao
Fig. 1. The COFs synthesized by water-assisted microwave method. Credit: Dr. Wei Zhao and Prof. Dan Zhao
In our recent study published in the Journal of the American Chemical Society, our team from the National University of Singapore has developed a rapid and eco-friendly method for synthesizing imide-linked covalent organic frameworks (COFs) using a water-assisted microwave approach.
This innovative technique significantly reduces the synthesis time and eliminates the need for toxic organic solvents, marking a major advancement in the field of materials science.
Rapid and green synthesis
Traditional solvothermal synthesis methods for COFs require high temperatures, toxic organic solvents, sealed pressurized reactors, and long reaction times, often extending from days to weeks. In contrast, our new microwave-assisted method can synthesize high-quality imide-linked COFs in just minutes. This method not only speeds up the synthesis process but also enhances the crystallinity and porosity of the resulting materials.
We successfully synthesized four previously reported COFs and three new ones using this method (fig. 1). The crystallinity and porosity of these COFs are comparable to or better than those produced by traditional methods. Our study demonstrates that water plays a crucial role in achieving highly crystalline and porous products by moderating the reaction rate and enhancing the self-healing of defects.
High performance in energy applications
One of the most promising applications of these COFs is in energy storage, particularly as cathode materials for lithium-ion batteries. We prepared a composite of one of the synthesized COFs, NUS-63, with carboxylic acid functionalized carbon nanotubes (CNTs).
This composite exhibited exceptional electrochemical performance, achieving a specific capacity of 154.0 mAh g-1 at an ultrahigh current density of 10 A g-1 (equivalent to 26 C). The material maintained a specific capacity of 128.6 mAh g-1 after 10,000 cycles, demonstrating remarkable stability and durability under extreme operational conditions (fig. 2).
Fig. 2. The performance of NUS-63 and NUS-63/CNT as cathode materials for lithium-ion batteries. Credit: Dr. Wei Zhao and Prof. Dan Zhao
Future implications
Our water-assisted microwave synthesis method offers several advantages, including reduced costs, enhanced efficiency, and improved material properties. This method eliminates the need for solvent screening and significantly shortens the reaction time, making it a more sustainable and practical approach for the synthesis of COFs.
Our study highlights the potential of microwave synthesis for the rapid discovery and development of functional imide-linked COFs. The findings suggest that this method could be applied to the synthesis of other types of COFs, unveiling new possibilities for the development of advanced materials for various applications, including gas adsorption, catalysis, and energy storage.
This story is part of Science X Dialog, where researchers can report findings from their published research articles. Visit this page for information about Science X Dialog and how to participate.
More information: Wei Zhao et al, Water-Assisted Microwave Synthesis of Imide-Linked Covalent Organic Frameworks in Minutes, Journal of the American Chemical Society (2025). DOI: 10.1021/jacs.5c01990
Bios:
Dr. Wei Zhao obtained his Bachelor's degree in 2015 from Hunan University. Then, he earned his MS degree in 2018 from Sichuan University under the guidance of Prof. Xikui Liu. He then moved to the University of Liverpool, where he successfully obtained his PhD in 2022 under the supervision of Prof. Andrew I. Cooper. Wei is currently furthering his research and expertise as a research fellow in Prof. Dan Zhao's group at the National University of Singapore. His research interests focus on the synthesis and applications of covalent organic frameworks, such as photocatalysis, battery, and gas sorption.
Prof. Dan Zhao obtained his Ph.D. degree in Inorganic Chemistry under the supervision of Prof. Hong-Cai Joe Zhou from Texas A&M University in 2010. After finishing his post-doctoral training at Argonne National Laboratory, he joined the Department of Chemical & Biomolecular Engineering at National University of Singapore in July 2012 as an Assistant Professor and was promoted to Professor in January 2025. His research interests include advanced porous materials and hybrid membranes with applications in clean energy and environmental sustainability.
Congratulations. Amazing effort, seems super big, like the Sun…
FILE - In this Thursday, Jan. 29, 2015 file photo, a pediatrician holds a dose of the measles-mumps-rubella (MMR) vaccine at his practice in Northridge, Calif. (AP Photo/Damian Dovarganes, File)
Damian Dovarganes/AP
With a new school year around the corner, Connecticut's kindergarteners are leading the nation in at least one category: immunization.
An estimated 98.3% of kindergarteners in Connecticut received the measles, mumps and rubella (MMR) vaccine in the 2024-2025 school year, a 0.5% increase from the previous year. Students are required to have the vaccine in Connecticut, although some exemptions are allowed.
The state Department of Public Health said that, as a result, the Nutmeg State is one of 10 states to achieve the clinical threshold to create herd immunity for the upcoming school year and during an ongoing measles outbreak.
So far in 2025, the CDC has confirmed 1,356 measles cases across 41 states, including those that border Connecticut, like New York City, Rhode Island and New Jersey.
"Staying up to date on routine vaccines, particularly as we head into back-to-school season, is crucial for protecting children from preventable diseases and maintaining community-level immunity," Juthani said in a press release. "The proximity of students and highly touched surfaces contribute to the rapid spread of germs and increased risk of illness among students, staff, and their families."
The rest of the country is seeing a continued decline in all childhood vaccine rates. The new CDC data shows that the rates for diphtheria, tetanus, and acellular pertussis dropped to 92.1% while MMR and polio vaccine rates saw a similar drop, now hovering around 92.5%
Non-medical exemptions from one or more vaccines, at the same time, increased from 3.3% to 3.6% across the U.S. The CDC did find that Connecticut's non-medical exemptions slightly decreased during the same time frame.
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"It's encouraging that so many parents in Connecticut are listening to medical advice from their doctors and getting their children vaccinated for measles, mumps, and rubella," said Gov. Ned Lamont in a press release. "These vaccinations have been proven to be safe for many decades and are responsible for preventing the spread of life-threatening illnesses. Let's keep Connecticut healthy by getting vaccinated and stopping the spread of these diseases."
"I 've known Adrienne since 1979 when I worked as lecturer at Delft University of Technology and we stayed in contact ever since. It was a privilege to have her as my right hand in 2000 when I was guest professor at Buckinghamshire Chilterns University College (UK), Faculty of Design. Adrienne is a dedicated design professional with an independent and clear mind, she is a flexible and very quick thinker and comes with creative and functional solutions. Lots of intelligent humor with a twist that makes you think and is a great personality to work with."
Determining exactly how many Smart cars equal one Lamborghini depends heavily on the specific models and their respective prices
.
The approximate comparison can be calculated by looking at typical price ranges:
Lamborghini: The cost of a Lamborghini varies based on the model. For example, a 2018 Lamborghini Huracán's Canadian pricing ranged from $223,500 to $359,895, while the Urus can start around $218,000. Special editions or discontinued models can be significantly more expensive.
Smart Car: Smart cars are known for being more affordable, particularly used models. For instance, a 2018 Smart Fortwo electric drive coupe had a starting MSRP of $24,650 when new, but its current pricing starts at $10,193.
To equate the cost of one Lamborghini to the cost of Smart cars, a considerable number of Smart cars would be needed. For example, considering a Lamborghini starting at $223,500 and a used Smart Fortwo costing around $10,193, it would take approximately 22 Smart cars to equal the price of one Lamborghini (223,500 / 10,193 ≈ 21.9).
The exact number can change drastically depending on the specific model years, condition, and optional features of the vehicles being compared.