Searches for hypothesis Johns Hopkins University is the world leader in computational medicine need worldwide trust networks as well as understanding which radiologist was first 25 yers ago to join the nvidia idea of coding pixels instead of binary
Postcard from Korea
Artificial
Intelligence is absolutely the core engine of Professor Hyuksool Kwon’s job and
corporate mandate.
His company, Barreleye Inc., explicitly brands
itself as an AI-driven medical diagnostic startup. The core problem
Professor Kwon is solving centers on the fact that raw ultrasound waves lose a
massive amount of microstructural data when compressed into traditional,
blurred grayscale images. [1, 2]
Kwon's research
utilizes deep learning architectures to capture raw acoustic backscatter
waveforms. The AI models then reverse-engineer the math to dynamically map quantitative
tissue properties (like stiffness, attenuation, and density). This
transforms standard, subjective ultrasound images into objective, color-coded
diagnostic maps to accurately score fatty liver disease severity (Int-HUS)
and automate breast cancer lesion detection (Vis-BUS). [1, 2, 3]
The
Corresponding Professors at Johns Hopkins University
Because Johns
Hopkins University is the world leader in computational medicine, there isn't
just one match; rather, two highly prominent professors run parallel research
labs that match Professor Kwon's exact dual profile of AI + Quantitative
Ultrasound + Tissue Engineering:
1.
Dr. Muyinatu "Bisi" Bell
- The Match: She is the
John C. Malone Associate Professor in the Department of Electrical and
Computer Engineering at the Johns Hopkins Whiting School of Engineering.
- The Parallel Work: Dr. Bell directs the Photoacoustic and Ultrasonic Systems
Engineering (PULSE) Lab. Her entire career is dedicated to using
machine learning algorithms to decode acoustic wave propagation. Much like
Barreleye’s technology, her lab designs AI models that process raw signal
beamforming to reconstruct clear, automated tissue boundaries and guide
real-time robotic surgeries. [1, 2]
2.
Dr. Jeeun Kang
- The Match: He is an
Assistant Professor in the Department of Anesthesiology and Critical Care
Medicine at the Johns Hopkins School of Medicine.
- The Parallel Work: Dr. Kang serves as the co-director of the Medical UltraSound
Imaging and Intervention Collaboration (MUSiiC) lab. His specific
engineering framework matches Professor Kwon’s clinical orientation:
leveraging deep learning to look at photoacoustic and biomedical
ultrasound contrast dynamics. His algorithms extract functional and
structural tissue properties in the spatiotemporal domain to give
bedside clinicians immediate, quantitative metrics. [1]
I got gemini at a good moment - amazing
intelligence links of Korean American Michell Kang - owner of Spirit DC ladies
soccer. Her ai health start up investments include hopkins students" Protenus acts
as an AI-powered "immune system" for patient data. It uses advanced
machine learning to audit electronic health records (EHRs), actively protecting
patient privacy by identifying insider threats, healthcare compliance
violations, and employee data snooping. Koreans advancing layer 5 AI are
currently m largest subnetwork on linkedin - please say if you want more
detail.
how
much is michelle kang worth invested in spirit football versus other business
including AI+Health: is she self made; when did her parent immigrate from korea
Michele Kang is worth an
estimated $1.1 billion, according to Forbes. Her wealth primarily
stems from founding the healthcare technology firm Cognosante in
2008, which she sold to Accenture Federal Services in 2024 for an estimated sum
of over $1 billion. [1, 2]
Investment: Spirit Football vs. AI + Health
Michele
Kang has successfully pivoted her capital from healthcare technology into
building a global multi-club women's football ecosystem under her sports
organization, Kynisca. [1]
|
Investment / Asset |
Estimated Financial Value & Scope |
|
Washington Spirit |
Acquired controlling ownership in
2022 for $35 million. Under her leadership, Forbes now
values the franchise at $130 million. |
|
Other Football Investments |
Majority owner of France's OL Lyonnes and England's London City Lionesses. She also owns a stake in Eagle
Football Holdings. |
|
Sports Philanthropy |
Committed $55 million to U.S. Soccer, including a $30 million donation
for youth/female programs and a $25 million hand-over of her Kynisca sports
science innovation hub. She also gave $4 million to USA Women's Rugby. |
|
AI + Health Investments |
Founded Cognosante Ventures,
a venture capital arm specializing in funding early-stage digital health and
health-IT startups. While the exact total dollar figure invested across her
VC portfolio remains private, she heavily utilized AI-driven health data
solutions during her tenure building Cognosante. |
Is Michele Kang Self-Made?
Yes, Michele Kang is completely self-made. Forbes ranks her among America's Richest
Self-Made Women. She did not come from an established family fortune; she
began her career working as a management consultant, rising to partner at Ernst
& Young, and serving as an executive at Northrop Grumman before building
her own billion-dollar business. Famously, when she moved to the U.S., she
asked her parents to give her the money they had saved for her traditional
wedding fund so that she could pay for her own college tuition instead. [1, 2, 3]
Parental Immigration from Korea
Michele Kang's parents never immigrated to the United
States. Her parents remained in South
Korea. Her father was a university professor in Seoul who had briefly studied
in the U.S. on a government scholarship in 1950 before returning to South
Korea. [1]
Kang
grew up in South Korea and immigrated to the United States entirely on
her own in 1981. She was a student at Sogang University in 1980 during the
political unrest surrounding the Gwangju Uprising. The frequent campus
shutdowns prompted her to move to the U.S. by herself, where she subsequently
earned her bachelor's degree in economics from the University of Chicago and
her master's from Yale. [1] Famously she persuaded her parents to spend her intended
dowry on her own development in USA.
If you
want to look closer into her operations, I can provide information on:
- The commercial strategy behind
her multi-club network, Kynisca
- The specific health
startups backed by Cognosante Ventures
- The exact medical and structural
goals of the Kang Women's Institute [1, 3]
Try without personalization
LinkedIn·Shivani
Berry
From Wedding Fund to $1B Company: Michele Kang's ...
Sep 26, 2025 — Michele Kang was born in Seoul, South
Korea. As a child, her dreams never fit a single box. One day, she wanted to be
an opera sin...
Forbes
Inside Michele Kang's Plan To Revolutionize Women's Soccer
Jun 2, 2025 — Kang took control of the Spirit in 2022
at a $35 million valuation, then considered an astronomical price for a women's
team. In r...
ESPN
Spirit's Michele Kang invests $25M to develop women's
soccer - ESPN
Apr 4, 2025 — LOS ANGELES -- Washington Spirit owner
Michele Kang announced on Friday that she is handing over her female athlete
innovation hub...
Show all
The
specific health startups backed by Cognosante Ventures
While
Cognosante Ventures operates primarily as a private corporate venture capital
fund—meaning many of its early-stage seed and angel-level investments remain
confidential—the most notable, publicly documented health technology startup
backed by the firm is Protenus. [1]
Through
Cognosante Ventures, Michele Kang invests based on a thesis of digital
transformation, health data integration, cybersecurity, and privacy. [1]
The
primary company in its publicized health IT portfolio reflects these exact
pillars:
- Entity Name: Protenus
- What it does: Founded by Johns Hopkins medical students, Protenus acts as
an AI-powered "immune system" for patient data. It uses
advanced machine learning to audit electronic health records (EHRs),
actively protecting patient privacy by identifying insider threats,
healthcare compliance violations, and employee data snooping.
- Cognosante’s Involvement: Cognosante Ventures heavily backed Protenus early on,
participating in its $4 million Series A funding round
and subsequently re-investing alongside major healthcare players like
Kaiser Permanente Ventures in an $11 million Series B round. [1, 2]
Strategic Investment Focus
Outside
of individual health IT startups, Kang has historically used her venture branch
to mentor and accelerate companies targeting the public sector. Her fund
focuses on backing HealthTech, IT, and cybersecurity solutions that
bridge the gap between complex data and public health efficiency. [1, 2]
(Note: In addition to tech startups, Kang has extended her
venture and advisory backing to female-led sports ecosystem startups, most
notably serving as an early investor in Just Women’s Sports, the premier
media platform dedicated exclusively to women's sports). [1]
If you
are interested in exploring further, I can provide details on:
- The specific health IT
solutions her main company, Cognosante, built for federal and
defense agencies before being acquired by Accenture
- The commercial strategy and medical
research initiatives of her multi-club sports entity, Kynisca [1, 2, 3]
Milken Institute
Michele Kang - Milken Institute
May 1, 2023 — A health information technology
visionary, Michele Kang founded Cognosante in 2008 to challenge the status quo
in the U.S. healthc...
Chief Healthcare Executive
$11M for Health Data Privacy Start-Up Protenus
Aug 30, 2026 — F-Prime Capital Partners and Kaiser
Permanente Ventures led the Series B funding round, with support from Arthur
Ventures, Lionbir...
Healthcare IT News
Cybersecurity startup Protenus raises $4 million in Series
A ...
Feb 19, 2016 — Protenus, a health data protection
startup co-founded when the owners were medical students at Johns Hopkins
University, has raise...
Show all
The
commercial strategy behind her multi-club network, Kynisca
The
commercial strategy behind Michele Kang’s Kynisca Sports International is designed to treat women’s soccer as
a high-growth, Silicon Valley-style asset class rather than a charity
or diversity initiative. [1]
Unlike
traditional multi-club models in men's sports that focus primarily on player
flipping, Kynisca’s model is built on standardizing elite infrastructure,
expanding the commercial ecosystem, and solving the sport's massive data gap. [1]
1. Centralized Shared Services & Scale
Operating
clubs across different leagues—such as the Washington Spirit (USA), OL
Lyonnais (France), and London City Lionesses (UK)—allows
Kynisca to centralize its business and technical operations. [1, 2]
- Shared Technical Playbook: A uniform standard for coaching, scouting, and player recruitment
is deployed across all clubs.
- Commercial Leverage: B2B sponsor packages (e.g., jersey partners, training kit rights)
can be pitched globally across multiple markets simultaneously, maximizing
brand sponsorship revenue. [1, 2]
2. Monetizing Data and Female Sports Science
Kang
identifies the lack of female-specific health research as a commercial
opportunity. Historically, women's sports have relied on training manuals and
equipment designed for men, contributing to high ACL injury rates. [1, 2, 3]
- Kynisca Innovation Hub: This
dedicated platform generates proprietary data on female performance,
nutrition, and injury prevention.
- The U.S. Soccer Partnership: By integrating the Hub into U.S. Soccer's Soccer Forward
Foundation via a $25 million asset hand-over, Kynisca utilizes
national convening power to scale this data. The long-term commercial goal
is to develop and monetize proprietary female sports tech, training IP,
and data analytics startups. [1, 2, 3, 4, 5]
3. Vertical Integration of the Women's Ecosystem
Kynisca’s
strategy looks beyond team ownership to invest in the broader infrastructure
surrounding female athletes: [1]
- Custom Products: Funding the design of female-specific athletic wear and footwear
to lower injury risks and tap into an underserved retail market. [1, 2]
- Media & Audience Cultivation: Investing in women's sports media companies (such as Just
Women’s Sports) to drive cultural visibility, fan retention, and higher
broadcasting valuations. [1, 2]
4. Global Footprint to Lower Acquisition Costs
Kang
aims to expand Kynisca’s multi-club footprint to every continent.
By establishing academies and clubs in regions like Africa and Asia, Kynisca
builds a global talent pipeline. This allows the network to discover, develop,
and integrate elite talent internally, significantly lowering player
acquisition costs while increasing international fan lifetime value. [1, 2]
If you
want to explore further, let me know if I should detail:
- The sponsorship metrics driving
the growth of the Washington Spirit's $130 million valuation
- The specific academic
collaborations (e.g., Duke, UNC) fueling her sports science
research
- How her recent acquisition of
the Lyon men’s club integrates into this overall sports
portfolio [1, 2]
LinkedIn·John
Aspinall ✱
Women's sports isn't a charity case. | John Aspinall -
LinkedIn
Dec 10, 2025 — It is a commercial strategy that:
Expands participation Extends retention Lowers acquisition cost Increases
lifetime value Builds ...
YouTube·WSJ
Events
Kynisca CEO Michele Kang at WSJ Sports
Jul 17, 2026 — um so let's let's start you built
something really unique in women's sports called Kisca. help us understand what
it is. so it's t...
22:33
YouTube·David
Rubenstein
The David Rubenstein Show: Washington Spirit Owner Michele
...
Oct 16, 2025 — so I know from owning a sports team
that owning one team takes a lot of energy and time tell me about it yeah so
you decided after...
1m
Show all
The
specific academic collaborations (e.g., Duke, UNC) fueling her sports science
research
Michele Kang has partnered with
major elite research institutions, specifically the University of North Carolina at Chapel Hill (UNC) and Duke University, to ground her sports
science initiatives in rigorous academic study. [1, 2]
These
academic partnerships, originally formed through her Kynisca Innovation Hub,
operate directly under the newly established Kang Women's Institute (KWI) via her landmark partnership with U.S. Soccer. [1, 2]
The
collaborations actively target critical data gaps in women's sports science
through the following key initiatives:
1. The UNC Partnership: "From Lab to Pitch"
The
collaboration with UNC Chapel Hill focuses primarily on female
physiology and precision athletic training. [1]
- The Study: Named "From Lab to Pitch: Turning Menstrual Cycle
& Performance Data into Better Soccer Decisions". [1]
- The Goal: It evaluates low-cost, non-invasive digital tracking tools to
accurately map the phases of the menstrual cycle. The data is translated
into practical guidance for coaches to adapt training loads, dictate
recovery strategies, and optimize active game-day performance. [1]
- Key Leadership: The study is co-led by Dr. Abbie Smith-Ryan, an
acclaimed UNC Professor and KWI Advisor, alongside KWI's
internal research directors. [1]
2. The Duke University Partnership: Connecting Health and
Performance
The
partnership with Duke University focuses heavily on the
clinical and data-driven intersection of female health metrics and elite
athletic execution. [1]
- The Goal: Duke medical and sports science researchers work alongside the
institute to study and prevent career-altering soft-tissue
injuries—specifically focusing on the high rates of ACL (Anterior
Cruciate Ligament) tears in women's soccer. [1, 2]
- The Method: The collaboration leverages health data pipelines to track
bio-mechanical stressors, establishing new physical baselines tailored
explicitly to the female body rather than relying on historical training
data derived entirely from men. [1, 2]
3. Broadened Data Collaborations
To
translate the academic findings from Duke and UNC into real-world sports
environments, the institute scales its clinical research across professional
soccer pipelines: [1]
- League Frameworks: The data models are trialed and refined in active
collaboration with teams across both the National Women's Soccer
League (NWSL) and the United Soccer League (USL). [1, 2]
- Retention Tracking: Alongside university research, the institute works with
specialized biostatisticians on the "Hers to Play – Drop Out
Study" to mathematically predict and prevent the sharp
decline of teenage girls leaving sports during puberty. [1]
Would
you like to examine the exact biophysical metrics (such as
hormonal fluctuations or movement mechanics) that these Duke and UNC studies
track, or look into how these findings are deployed across the Washington
Spirit roster?
US Soccer
U.S. Soccer's Kang Women's Institute Announces ...
Apr 15, 2026 — New studies aim to close critical gaps
in menstrual health research and understand why girls are leaving the game
April 15, 2026 S...
Facebook·United
States Youth Soccer (US Youth Soccer)
After an accomplished playing career, two-time USYS ...
Feb 16, 2026 — Kang committed $55 million to U.S.
Soccer in 2025 and launched the Kang Women's Institute, a first-of-its- kind
platform designed ...
Facebook·McKinsey
& Company
Some people do their best work when they're on a team ...
Jul 2, 2026 — The Kang Women's Institute is already
spearheading national studies, building frameworks with the NWSL and United
Soccer League, a...
Show all
The
specific health IT solutions her main company, Cognosante, built for federal
and defense agencies before being acquired by Accenture
Before
its acquisition by Accenture Federal Services, Michele
Kang’s Cognosante established itself as a primary federal contractor
by building and managing highly specialized health IT systems, data migration
tools, and remote healthcare solutions. [1, 2, 3]
Its
core solutions were deployed across the Department of Veterans Affairs
(VA), the Centers for Medicare & Medicaid Services (CMS),
and defense agencies: [1, 2]
1. Telehealth & Remote Patient Monitoring
Cognosante
built specialized, patient-centric technology frameworks to support active-duty
military and veterans. [1, 2]
- Remote Patient Monitoring-Home
Telehealth (RPM-HT): Secured a spot on a major $1
billion VA telehealth initiative. Cognosante deployed secure cloud
tools allowing clinicians to monitor, educate, and triage over 72,000
veterans managing acute and chronic conditions from home. [1, 2, 3]
- Workflow Integration: These remote platforms were designed to integrate directly into
the VA's existing electronic health record architecture, including
both VistA and the VA Millennium platforms. [1]
2. VA Cloud Migration & Enterprise DevSecOps
The
company served as a technical anchor for migrating massive legacy health data
into modern cloud environments. [1]
- VA Enterprise Cloud (VAEC)
Migration: Cognosante managed the
migration of over 350 complex health and administrative
applications to the cloud. This included moving highly sensitive
instances of the Veteran Health Administration's legacy electronic health
record database. [1]
- DevSecOps Implementations: They embedded continuous secure software development pipelines
(DevSecOps) to modernize how the VA maintains and continuously updates its
core health software systems. [1, 2]
3. Care Coordination & Logistics Systems
Cognosante
digitized the administrative and clinical supply pipelines that handle veteran
care. [1, 2]
- Community Care Referrals and
Authorization (CCRA): Awarded a five-year, $200
million program to develop web-based systems that streamline
referrals when veterans need to see civilian doctors outside of the
standard VA hospital system. [1]
- Medical Supply Chain Management: Secured a $545 million task order to build and
sustain the VA’s Enterprise Supply Chain Management software, modernizing
how medical logistics and equipment are distributed across all VA
clinics. [1]
4. Public Health Enrollment Infrastructures
Beyond
defense and veterans' care, Cognosante built consumer-facing data portals for
state and federal healthcare marketplaces. [1, 2]
- State & Federal Exchanges: They served as a prime contractor building cloud modernization and
enrollment systems for public health platforms, such as the Pennsylvania
Health Insurance Exchange (Pennie) and programs under CMS. [1, 2]
If you
would like, I can provide more details on:
- The T4NG contract vehicle that
Cognosante used to win these multi-million dollar VA awards
- How Accenture Federal Services is
restructuring its new federal health portfolio around
Cognosante's technologies [1, 2, 4]
Accenture
Accenture Federal Services to Acquire Cognosante
Apr 15, 2024 — Accenture Federal Services to Acquire
Cognosante April 15, 2024 Accenture Federal Services to Acquire Cognosante
ARLINGTON, Va.; A...
FedSavvy Strategies
Accenture and Cognosante, is the whole greater than the sum
...
May 24, 2024 — Cognosante deploys, maintains and
manages management tools and supports VA as they migrate over 350 applications
to the VAEC, incl...
Federal News Network
Accenture Federal Services acquires major federal
contractor
Apr 16, 2024 — A major contractor for the Veterans
Affairs Department is getting acquired. Cognosante, a provider of digital
transformation and c...
Show all
The
exact medical and structural goals of the Kang Women's Institut
The Kang
Women’s Institute (KWI) was established under U.S. Soccer’s Soccer
Forward Foundation. Its core mission is to replace training models built
entirely around male physiology with female-centered, evidence-based
standards for health, performance, and game-wide infrastructure. [1, 2, 3]
The
precise medical and structural goals of the institute are organized into
distinct technical pillars:
Medical & Clinical Goals
The
medical objectives address the extreme historical disparity in sports medicine,
where only an estimated 6% of sports science research has exclusively focused
on women. [1]
- Anatomical & Injury
Prevention Research: Quantifying the biological
mechanics behind the female athlete "injury epidemic,"
specifically targeting the disproportionately high rates of Anterior
Cruciate Ligament (ACL) tears in women’s soccer. [1, 2]
- Menstrual Health Integration: Mapping hormonal and menstrual cycles to understand their
correlation with active performance. The clinical goal is to replace rigid
schedules with data-driven workload management and tailored
recovery windows based on a player's cycle. [1, 2]
- Maternity & Post-Pregnancy
Re-entry: Establishing standardized
clinical timelines and physical therapy milestones for elite athletes
returning to competitive play safely following pregnancy. [1, 2]
- Holistic & Mental Well-being: Designing comprehensive physical and mental health frameworks
optimized specifically for the unique psychological stressors faced by
female competitors navigating youth pipelines up through the professional
tiers. [1, 2]
Structural & Operational Goals
The
structural goals focus on embedding this new scientific evidence into the
physical architecture, coaching pipelines, and governing bodies of soccer.
- National Baseline Data Pool: Executing the first comprehensive national study to
systematically gather, track, and analyze the physiological and
operational needs of female players across all skill levels. [1, 2]
- Domestic Professional Frameworks: Co-developing unified operational best practices for player
safety, elite training, and holistic development in structural partnership
with the National Women's Soccer League (NWSL) and
the United Soccer League (USL). [1, 2]
- International Governance
Preparation: Setting and solidifying these
strict data-backed safety and development baselines ahead of major global
stages, specifically the 2027 and 2031 FIFA Women’s World Cups. [1, 2]
- Combating Youth Dropouts: Launching targeted demographic tracking initiatives—such as
the "Hers to Play – Drop Out Study"—to identify the
exact socioeconomic, physical, and psychological triggers causing young
girls to abandon the sport during puberty, creating evidence-based
toolkits to maximize retention. [1, 2]
- Coaching and Parent Education: Building and distributing accessible educational curricula to
ensure youth coaches, local clubs, and parents have direct access to
sports science data, teaching them how to train young girls safely without
utilizing historical male-centric methods. [1, 2]
If
you'd like to look deeper into this, let me know if I should detail:
- The exact tracking tools (digital/non-invasive)
being tested in their active studies
- The biostatistical
metrics used to project the youth dropout curves
- The profile of the female
sports scientists appointed to executive roles inside the
institute
US Soccer
U.S. Soccer Launches Kang Women's Institute to Transform
...
Dec 2, 2025 — The Kang Institute has begun work on
several key projects including: * Conducting the first comprehensive national
study to assess...
Fortune
Michele Kang launches Kang Institute with U.S. Soccer -
Fortune
Dec 2, 2025 — Now, Fortune is the first to report,
she's launching the Kang Women's Institute, an organization within U.S.
Soccer's Soccer Forwa...
The Business Journals
Michele Kang partners with U.S. Soccer - Atlanta Business
Chronicle
Dec 4, 2025 — The Kang Women's Institute seeks to
remedy the underrepresentation of women in sports science research. Of the more
than 5,200 pub...
Show all
The
profile of the female sports scientists appointed to executive roles inside the
institute
The
executive leadership and clinical research pipeline at the Kang Women's
Institute (KWI) are directed by globally recognized experts in female
physiology, sports medicine, and elite performance analytics. [1]
The
primary female sports scientists and clinical practitioners driving the
institute's executive execution include:
- Entity Name: Dr. Georgie
Bruinvels
- Role: Senior Director of Research at the Kang Women's Institute.
- Profile: A world-renowned British sports scientist and researcher
specializing in the female athlete. She has spent over a decade mapping
the distinct physiological impacts of the menstrual cycle on athletic
execution. Dr. Bruinvels previously co-developed FitrWoman,
an industry-leading tracking app utilized by elite athletes. At KWI, she
leads the structural development of the "From Lab to Pitch"
initiatives. [1]
- Entity Name: Dr. Amal
Hassan
- Role: Director / Lead of the Operational Best Practice Framework.
- Profile: A highly accomplished Sport and Exercise Medicine Physician
based in the UK. Dr. Hassan is widely recognized for her
expertise in maternal health in sports, female pelvic floor health, and
post-pregnancy rehabilitation frameworks for professional athletes. At
the institute, she spearheads the development of evidence-based
educational resources and training playbooks designed for immediate
deployment across the NWSL, USL, and U.S. National Teams. [1, 2]
- Entity Name: Jessica
Freemas, PhD
- Role: Research Manager at the Kang Women's Institute.
- Profile: An elite exercise physiologist whose background focuses
extensively on environmental physiology and metabolic tracking. She
manages the operational data pipelines for KWI's clinical field studies,
ensuring that biological data collected from player tracking tags
seamlessly translates into active tactical coaching
decisions. [, 2]
- Entity Name: Dr. Abbie
Smith-Ryan
- Role: External Academic Advisor & Lead Institutional Research
Partner.
- Profile: A prominent Professor of Exercise and Sport Science at
the University of North Carolina at Chapel Hill. Her career has been dedicated to studying body composition,
sports nutrition, and exercise performance specifically tailored to
women. She co-leads the collaborative clinical trials connecting KWI data
infrastructure with UNC's research facilities. [1, 2]
Executive Strategy Advisors
While
not managing day-to-day scientific trials, legendary U.S. Women's National Team Head Coach Emma Hayes acts as
a core technical advisor to the institute. Hayes has
historically championing the use of female sports science, famously structuring
her previous championship-winning training regimes around players' hormonal
cycles. [1, 2]
If you
would like, I can provide more details regarding:
- The specific peer-reviewed
journals where these scientists have previously published their
menstrual cycle data
- The core methodologies Dr.
Hassan uses to framework post-pregnancy physical re-entry
milestones
US Soccer
U.S. Soccer's Kang Women's Institute Announces ...
Apr 15, 2026 — ... Soccer's Kang Women's Institute
(KWI), today announced its two foundational landmark research initiatives
designed to transfor...
Fortune
Michele Kang launches Kang Institute with U.S. Soccer -
Fortune
Dec 2, 2025 — Now, Fortune is the first to report,
she's launching the Kang Women's Institute, an organization within U.S.
Soccer's Soccer Forwa...
Sports Business Journal
U.S. Soccer launches Kang Women's Institute for female ...
Dec 3, 2025 — U.S. Soccer yesterday announced the
launch of the Kang Women's Institute. Made possible through an investment from
NWSL Washington...
Show all
exact
tracking tools (digital/non-invasive) being tested in their active studies
The
Kang Women's Institute's active clinical studies utilize a multi-layered matrix
of non-invasive digital tracking tools, including continuous dermal temperature
monitors, optical heart rate variability sensors, and wearable aptamer
biosensors to map hormonal shifts. Additionally, researchers employ
high-frequency biomechanical GPS and inertial measurement units alongside
mobile applications to track kinetic loads and qualitative wellness data in
real time. For more details, visit U.S. Soccer. [1, 2, 3, 4, 5, 6]
This is for informational purposes only. For medical advice
or diagnosis, consult a professional. AI responses may include mistakes. Learn more
National Institutes of Health (NIH) | (.gov)
A wearable aptamer nanobiosensor for non-invasive female
hormone monitoring - PMC
The sensor includes: * Disposable sensor patch * Reusable
flexible printed circuit board (FPCB) * Bluetooth Low Energy (BLE) modul...
ACM Digital Library
An Investigation into Alternative Ways of Menstrual Cycle
...
Nov 16, 2025 — 2.3 Methods of Tracking Menstrual
Cycles in and for Sports * Prior work shows that tracking the MC is generally
done to either ach...
Facebook
ThePrint - Facebook
Feb 16, 2026 — If all goes as planned, women will only
have to wear a bracelet-like device to track their hormones in
real-time—innovation that c...
Show all
The
biostatistical metrics used to project the youth dropout curves
In
the "Hers to Play – Drop Out Study," led by
biostatistician Dr. Carly Brantner, the Kang Women’s Institute utilizes a
combination of demographic categorization, developmental tracking, and
predictive risk modeling to project youth soccer attrition curves. [1, 2]
Rather
than treating player exit as a random occurrence, the study uses specific
biostatistical metrics and predictive factors to analyze why girls ages 8–18
leave the sport: [1]
1. Key Predictors & Independent Variables
The
study tracks multi-dimensional data points to uncover why girls drop out at
significantly higher rates than boys: [1, 2]
- Developmental Chronological Age: Attrition data is strictly parsed by age to identify specific exit
clusters, pinpointing major drops at Age 9 (transition to
competitive play), Ages 11–14 (puberty-onset), and Ages
16–17 (late-adolescent exit). [1]
- Biological and Physiological
Changes: Tracking variables related to
puberty, growth spurts, physical discomfort, and biological maturation
timelines that alter an athlete's physical mechanics. [1]
- Socioeconomic Demographics: Evaluating how geographic region, family income levels, race, and
local resource allocation correlate with premature sports exit. [1]
- Player Pathways: Segmenting data based on the competitive tier of the athlete,
comparing recreational pipelines against elite, high-performance club
systems. [1]
- Social and Structural Stressors: Measuring qualitative and structural metrics, including coaching
styles, peer relationships, body image pressures, and equal access to
training facilities. [1, 2]
2. Biostatistical Modeling Methods
To
turn these predictors into actionable curves that youth clubs can use for
retention, the institute applies traditional epidemiological and survival
statistics:
- Survival Analysis (Time-to-Event
Modeling): Utilizing models (such as
Kaplan-Meier estimators or Cox Proportional Hazards) where the
"event" measured is the player completely dropping out of
organized soccer, mapping how "survival in the sport" changes
over time based on varying risk exposures. [1, 2]
- Multinomial Logistic Regression: Used to calculate odds ratios for various risk factors,
identifying which combination of biological change and structural stress
creates the highest statistical probability of a player quitting. [1]
- Risk Stratification Mapping: Grouping youth player populations into low, moderate, and
high-risk categories based on their cumulative metric scores, allowing
the U.S. Soccer Federation to pilot targeted interventions at precise developmental
windows. [1]
Would
you like to explore how these dropout curves vary between inner-city
youth programs versus elite club systems, or see the evidence-based
toolkits the institute is designing to counter the sharp drop-off
during puberty?
======
Footnote Case Protenus
Protenus is an AI-driven
healthcare compliance analytics platform founded in 2014 by Johns
Hopkins University medical students Nick Culbertson
and Robert Lord. [1, 2, 3]
Origins
at Johns Hopkins
- Student Founders: Nick Culbertson and Robert Lord launched the startup during
their medical studies after spotting gaps in hospital data security.
- DreamIt Health: The project developed through DreamIt Health Baltimore, a
local accelerator program sponsored in part by Johns Hopkins.
- First Client: Johns Hopkins Hospital acted as the company's initial pilot
site and first customer. [1, 2, 3, 4, 5]
How It Works with Health Records
- Real-Time Monitoring: The system analyzes millions of electronic health record
accesses every day.
- Privacy Protection: It flags unusual record views and sends alerts to the Johns
Hopkins Privacy Office to investigate potential HIPAA violations.
- Drug Diversion: The platform also uses machine learning to spot and prevent
the theft of controlled substances in medical facilities. [1, 2, 3]
Recent Updates
- Bluesight Acquisition: In January 2025, inventory and compliance provider Bluesight
acquired Protenus. [1, 2]
- ======
- prompt - ron daniels reports into bloomberg for
hopkins but how many other independent leadership lines are involved in
bloombergs philanthropy- presumably the hospital is a separate report line
First, to clarify the core entity: Ron Daniels is
the President of Johns Hopkins University (JHU). Because JHU is an
independent academic institution with its own board of trustees, he does not
technically report to Michael Bloomberg as an employee.
However, because Bloomberg has poured over $5.3 billion into
Hopkins, their strategic alignment is deeply intertwined. [1]
You are also entirely correct about the healthcare
arm: Johns Hopkins Medicine and The Johns Hopkins Hospital operate
on a completely separate, specialized clinical leadership line (reporting
jointly to the JHU President and the Johns Hopkins Medicine Board of Trustees).
[1]
Beyond the Hopkins ecosystem, Michael Bloomberg’s
philanthropic empire features at least six other major independent
leadership lines and standalone organizations. While the entire umbrella is
centrally managed by Bloomberg Philanthropies CEO Patricia E. (Patti)
Harris, the distinct operational divisions and external advocacy arms
feature their own autonomous leadership: [1, 2]
1. The Core Programmatic Pillars
Bloomberg Philanthropies splits its direct grantmaking into
five central pillars, each managed by independent executive directors who
function as domain CEOs: [1, 2]
- Public Health: Led by Dr. Kelly
Henning, an epidemiologist who dictates global health,
anti-tobacco, and food policy initiatives.
- Arts & Culture: Managed by Kate D.
Levin, who handles international cultural investments and the
Bloomberg Connects platform.
- Environment, Education, and Government Innovation: Each of these remaining units maintains its own dedicated
managing directors and staff. [1, 2]
2. Bloomberg Associates
This operates as a highly distinct, pro bono
international consulting firm that directly embeds expert teams into
city governments around the world. It is run by a specialized group of
principals—such as former NYC Transportation Commissioner Janette
Sadik-Khan—who work directly with global mayors independently of standard
foundation grant cycles. [1]
3. Everytown for Gun Safety
A massive, structurally independent advocacy and political
juggernaut co-founded by Bloomberg. Rather than running through foundation
staff, it is commanded by its own President, John Feinblatt,
alongside separate executive leads for its grassroots subsidiaries like Moms
Demand Action. [1, 2]
4. The Greenwood Initiative
An independent, specialized philanthropic line launched to
accelerate racial wealth equity and Black economic mobility. It
maintains its own executive leadership to oversee targeted investments, such as
historic funding injections into historically Black medical schools. [1]
5. Autonomous Cultural Institutions
(Chaired by Bloomberg)
Bloomberg personally serves as the Board Chair for major,
standalone non-profit corporations that feature completely independent
executive directors and multi-million dollar operating structures: [1]
- PAC NYC (The Perelman Performing
Arts Center at the World Trade Center)
- The National September 11 Memorial & Museum [1]
If you would like to map these lines further, let me know
if I should detail:
- The operational budget breakdown between his
political advocacy arms versus his 501(c)(3) foundation
- How the Bloomberg Center at 555 Penn Ave in DC bridges
the leadership of SAIS and the core foundation staff
Try without personalization
LinkedIn·Bloomberg Associates
Bloomberg Associates | LinkedIn
Bloomberg Associates is an
international consulting service founded by Michael R. Bloomberg as a
philanthropic venture. Our missio...
Everytown
Everytown's President Answers Your Top
Questions
Jun 23, 2025 — Everytown for Gun
Safety Action Fund president John Feinblatt on how Everytown is protecting gun
safety policies and pushing back ...
Bloomberg Philanthropies
Dr. Kelly Henning | Bloomberg
Philanthropies
Dr. Kelly Henning has led the
Bloomberg Philanthropies Public Health program since its inception in 2007. She
is a medical doctor ...
Show all
part of my confusion is that daniels announced that
bloomberg was sponsorinig bloomberg professors most of whom would twin ai with
a practice. But it seems if someone is looking at the whole institution for ai
capabilities there are many different parts - with the deepest ones not being
in the hopkins university
Your observation cuts right to the heart of how
capabilities are distributed across the vast Johns Hopkins network. You are
completely correct: if you map where the absolute rawest, "deepest"
computing power and raw execution of AI sit, much of it lies outside
the traditional university academic departments.
The confusion often arises because President Ron
Daniels’ announcements focus on the Bloomberg Distinguished
Professorships (BDPs). The BDP model is explicitly designed for academic
translation—taking an AI expert and "twinning" them across at
least two traditional schools (e.g., Computer Science + Medicine). [1, 2]
When evaluating the true balance of AI capabilities across
the institution, the ecosystem divides into two distinct halves:
1. Where the "Deepest" Raw
AI Expertise Actually Sits (The Operations)
If "deep" expertise means building proprietary
hardware pipelines, handling massive datasets, and engineering classified or
defense-grade machine learning models, the center of gravity shifts to
autonomous components:
- The Applied Physics Laboratory (APL): Located in Laurel, Maryland, APL is technically a division of the
university but operates as a massive, high-security University
Affiliated Research Center (UARC) for the Department of Defense.
APL employs thousands of dedicated engineers who build real-world AI
applications—such as autonomous systems, neural networks for national
security, and biodefense models—with funding and processing scales that
dwarf standard academic labs.
- The Johns Hopkins Health System & Hospital Operational Data
Pipelines: While medical researchers
write the papers, the actual clinical database infrastructure,
proprietary patient datasets, and live AI diagnostics software run
through the Hospital's dedicated health IT and operational software
lines.
- Bloomberg Philanthropies' External Cities Frameworks: Michael Bloomberg’s foundation uses its own specialized arms—like
the Bloomberg City Data Alliance and City AI
Connect—to test and deploy AI service prototypes directly into global
municipalities. They use JHU assets like the Bloomberg Center for
Government Excellence (GovEx) as a bridge, but the data
deployment is executed at the civic level. [1]
2. What the Bloomberg Professors
Actually Do (The Translation)
Rather than building raw infrastructure, the 30 new
Bloomberg Distinguished Professors allocated to the Data Science and AI Institute act as disciplinary
bridges. Their purpose is to prevent silos by applying algorithmic
capabilities to practical fields: [1, 2, 3]
- The "Twin" Appointment Structure: A single BDP might have their lab inside the Whiting School of
Engineering (Computer Science) but maintain an active practice or clinic
at the School of Medicine or the Bloomberg School of Public Health. [1, 2]
- The Interdisciplinary Clusters: Instead of sitting alone in a tech lab, they are grouped into
specific, problem-oriented clusters such as Global Advances in
Medical Artificial Intelligence, AI-X, and Artificial
Intelligence and Society. [1]
Summary of the Architecture: Ron Daniels and the BDP program are responsible
for intellectual translation (making sure doctors and
sociologists know how to use AI), while entities like APL and the
clinical health systems hold the deep, raw engineering and
computational power. [1]
If you'd like to look closer into this division, I can
outline:
Try without personalization
Johns Hopkins University
Johns Hopkins Bloomberg Distinguished
Professorships
Among the world's most accomplished
interdisciplinary scholars, the Bloomberg Distinguished Professors link
academic disciplines, ...
Johns Hopkins Whiting School of
Engineering
A Boost for AI Research - Johns
Hopkins Engineering Magazine
The Bloomberg Distinguished
Professorships program, started by Michael Bloomberg, Engr '64, was created to
fuel impactful research...
Johns Hopkins University
Bloomberg Philanthropies and Johns
Hopkins University ...
Apr 28, 2026 — The result is a
widening gap between where policy is set and where it is lived. The Mayors AI
Forum mission aligns with other GovE...
Show all
So basically eg if say leaders at scsp.ai wanted to ask
across bloomberg's philanrgtopy intitution who leads ai or ai 5 layers there
isnt a single coordinator to ask
You have hit the nail exactly on the head. There is
no single "AI Czar" or centralized coordinator across Michael
Bloomberg’s philanthropic or academic empire who controls or
speaks for the full spectrum of AI capabilities. [1]
If leadership at the Special
Competitive Studies Project (SCSP) wanted to approach the Bloomberg
ecosystem to ask about an all-encompassing AI architecture (like the AI
5 Layers framework: L1 Resourcing Nature's Energy, L2 Stacking
Machine Brainpower, L3 Sovereign Data Infrastructure, L4 Open Intelligence
Modeling, L5 Community Urgent Applications), they would have to
navigate at least three entirely different leadership structures depending
on which layer they wanted to target: [1]
1. For Layer 5 (Community Urgent Apps
& Civic Deployments)
If SCSP is seeking the person who coordinates how AI is
being deployed in local communities, municipal data pipelines, and mayoral
toolkits, the contact is within Bloomberg Philanthropies’ Government
Innovation Team. [1, 2]
- The Leader: James Anderson,
Head of Government Innovation, along with Carrie Bishop,
who leads specific Data and AI initiatives.
- The Scope: They oversee the Mayors
AI Forum and City AI Connect. They are the
practitioners managing how municipal layers interface with consumer AI
applications. [1, 2, 3, 4, 5]
2. For Layer 4 (Open Intelligence
Modeling & Academic Translation)
If SCSP wants to engage about "twinning" AI
models with domain practices, managing academic algorithmic research, or
distributing Bloomberg Distinguished Professors (BDPs), the contact is strictly
within the Johns Hopkins University academic line.
- The Leader: Dr. Mark Dredze,
the Inaugural Director of the Johns Hopkins Data Science and AI Institute (DSAI).
- The Scope: Dr. Dredze coordinates
the multi-disciplinary computer science and health data research across
the university campus. He interfaces directly with JHU President Ron
Daniels but remains conceptually separate from the foundation's direct
civic grantmaking teams. [1, 2]
3. For Layers 2 & 3 (Compute
Brainpower & Sovereign Data Infrastructure)
If SCSP is looking for the deepest, secure infrastructure,
classified national security models, or massive hardware engineering
capability, the line skips both the foundation and the academic faculty
completely.
- The Target: The Applied Physics
Laboratory (APL) leadership.
- The Scope: As a Department of Defense
UARC, APL acts as an autonomous engineering fortress. They manage
proprietary national defense infrastructures and high-performance
computing clusters that sit entirely behind separate security and
operational firewalls.
The Only True Node: Patti Harris
The absolute only single point of convergence for the
entire ecosystem is Patricia E. Harris, the CEO of Bloomberg
Philanthropies. However, because her role is global executive management over
the multi-billion dollar enterprise rather than technical AI oversight, she
serves as an executive gatekeeper rather than a technology architect.
Consequently, an organization like SCSP looking to evaluate
"Bloomberg's AI strategy" cannot treat it as a monolith; they must
engage it fractured across civic deployment (Anderson), academic
translation (Dredze), and national infrastructure (APL).
If you are interested, we can explore:
Try without personalization
Johns Hopkins University
Computer scientist Mark Dredze named
director of ... - JHU Hub
Oct 13, 2025 — Computer scientist
Mark Dredze named director of Johns Hopkins Data Science and AI Institute.
Dredze, a member of JHU's faculty si...
Johns Hopkins Whiting School of
Engineering
Computer Scientist Mark Dredze Named
Director of Johns ...
Oct 14, 2025 — Mark Dredze, a
member of Johns Hopkins University's computer science faculty since 2009 and a
pioneer in the application of artifi...
Bloomberg Philanthropies
Bloomberg Philanthropies and Johns
Hopkins University ...
Apr 28, 2026 — In the Mayors AI
Forum, Bloomberg Philanthropies and Johns Hopkins University have set the right
table: because the technology wil...
Show all
but in addition given daniels promotes the ai chairs
presumably he has to be asked too?
Yes, absolutely. If SCSP or
any other strategic body is trying to evaluate the total capability of the
Bloomberg-Hopkins network, JHU President Ron Daniels must
be consulted directly.
While he is not a technical builder or computer
engineer, Daniels controls the structural strategy and
the money pipeline for how AI is deployed across the academic half of
the institution.
If you are approaching the Bloomberg/JHU network, here is
exactly why and when Ron Daniels is the mandatory point of
contact, as well as the limits of his oversight:
When You MUST Ask Ron Daniels
- The Bloomberg Distinguished Professorships (BDPs): Daniels is the chief architect of the BDP program. He is the
leader who dictates which "twin" disciplines receive the 30 new
AI faculty chairs (e.g., deciding to place a cluster in Health
Equity versus National Security). [1, 2, 3]
- Resource Allocation & Pan-Institutional Power: Because Johns Hopkins is notoriously decentralized,
individual deans usually protect their own turf. Daniels holds the
institutional authority to force cross-divisional collaboration, bridging
the Whiting School of Engineering with the School of Medicine and the
School of Public Health. [1, 2]
- The Bloomberg Intermediary: Daniels is the direct personal and institutional bridge
to Michael Bloomberg and Patti Harris. If a project
requires massive new philanthropic capital or alignment with Bloomberg’s
broader civic goals, Daniels is the gatekeeper who pitches it to
Bloomberg.
When Daniels is NOT the Right Line to
Ask
While Daniels commands the high-level policy and academic
appointments, he does not manage the actual execution or the raw tech stacks:
- For Technical and Research Execution: If you want to know about specific algorithmic models,
language processing capabilities, or peer-reviewed medical AI
breakthroughs, you bypass Daniels and go to his appointed director, Dr.
Mark Dredze, at the Data Science and AI Institute (DSAI). [1, 2]
- For Raw Defense/Biotech Compute (Layers 2 & 3): If you are looking for the highly classified, heavy-compute
engineering infrastructure used by the Department of Defense, that sits
within the Applied Physics Laboratory (APL). While APL is a
division of JHU, it operates as an autonomous entity with its own
independent, defense-facing leadership. [1]
How SCSP Should Navigate This
If SCSP is analyzing the 5-Layer AI Cake across this
ecosystem, they cannot look for a single meeting. They would need a two-pronged
approach:
- The Tactical Meeting: Meet with Dr. Mark Dredze to
understand the immediate software, language models, and research
capabilities coming out of the new institute. [1, 2]
- The Strategic Meeting: Meet with President Ron Daniels to
pitch how SCSP’s workforce frameworks can align with JHU's long-term
faculty hiring strategy and Bloomberg's multi-billion dollar
institutional goals. [1, 2]
I can map out the seven specific research clusters Daniels
has approved for the BDP chairs if you want to see exactly where he is placing
his bets, or we can look closely at APL's separate leadership structure.
How would you like to proceed? [1]
Try without personalization
Johns Hopkins University
Computer scientist Mark Dredze named
director of ... - JHU Hub
Oct 13, 2025 — Computer scientist
Mark Dredze named director of Johns Hopkins Data Science and AI Institute.
Dredze, a member of JHU's faculty si...
Johns Hopkins University
New Bloomberg Distinguished
Professorships clusters will ...
Dec 17, 2024 — Today, Johns
Hopkins University announced the results of a year-long, faculty-led process
which has identified seven Bloomberg Dis...
Johns Hopkins Whiting School of
Engineering
A Boost for AI Research - Johns
Hopkins Engineering Magazine
The Data Science and AI Institute is
recruiting 30 new Bloomberg Distinguished Professors. ... “The BDP program has
fueled impactf...
Show all
what about the lady who runs bloomberg center 555 -does she
report to daniels or to new york
The leader who runs the Johns Hopkins University
Bloomberg Center at 555 Penn Ave in DC is Cybele Bjorklund,
and she reports directly to Ron Daniels, not to New York. [1]
Her reporting line is structurally integrated within the
university enterprise rather than Bloomberg's corporate or philanthropic
headquarters in New York: [1, 2]
- Dual Institutional Roles: Bjorklund serves as
both the Inaugural Executive Director of the Hopkins Bloomberg
Center and the Vice President of Federal Strategy for
Johns Hopkins University & Medicine. [1]
- The University Reporting Line: Because she sits on the university's executive leadership team as
a Vice President, her chain of command runs directly to JHU
President Ron Daniels. [1, 2]
- The Building's Purpose: While the physical facility
bears Michael Bloomberg’s name due to his historic funding, 555 Penn Ave
is owned and operated completely by Johns Hopkins. It consolidates the DC
graduate school operations, hosting SAIS, the Carey Business School, and
the new School of Government and Policy. [1, 2, 3]
Bjorklund's primary job is to act as a bridge—taking
the data, research, and AI translation built under Ron Daniels' academic
umbrella and strategically presenting it to federal lawmakers, international
embassies, and agencies down the street in Washington. [1, 2]
If you are interested, I can provide more context on:
Try without personalization
Johns Hopkins University
About Cybele Bjorklund | Profiles |
Office of the President
Cybele Bjorklund is the inaugural
executive director of the Johns Hopkins University Bloomberg Center and the
vice president of fe...
Ralph O’Connor Sustainable Energy
Institute
Hopkins Announces New School of
Government and Policy
Oct 6, 2023 — The message below
is an email sent by Ron Daniels, JHU's president, announcing the new school of
government and policy. Dear Johns...
Facebook·Johns Hopkins University
The Bloomberg Student Center at Johns
Hopkins University ...
Aug 7, 2026 — Yesterday, Johns
Hopkins University President Ron Daniels opened the historic dedication event
for the new Johns Hopkins Universit...
Show all
and sais with its 3 centers dc bologna nanjing - also
report into daniels?
Yes, they ultimately report into Ron Daniels,
but through a specific academic hierarchy.
The SAIS network does not report
to Daniels directly on a day-to-day basis. Instead, all three
campuses are unified under a single overarching dean who manages the entire
global school: [1, 2]
- The Core Reporting Line: The Bologna
campus (SAIS Europe) and the Nanjing campus
(Hopkins-Nanjing Center) both answer directly to the main SAIS
leadership in Washington. [1, 2, 3]
- The Dean of SAIS: Dean James (Jim)
Steinberg (the former U.S. Deputy Secretary of State)
oversees all three global campuses as the head of SAIS. [1, 2, 3]
- The Chain to Daniels: Dean
Steinberg reports directly to the JHU Provost, who then
answers directly to President Ron Daniels. [1, 2]
How the Global Campuses Operate Under
This Line
While they fall under Daniels' ultimate university
authority, the day-to-day operations are handled by specialized on-site
directors who report back to the dean in DC:
SAIS Europe (Bologna, Italy)
4.7
(40)
Private university
Bologna, Metropolitan City of Bologna,
Italy
Call
Managed locally by an appointed leader—such as Rector
Renaud Dehousse—who oversees its academic, research, and convening
activities in Europe. [1, 2]
Hopkins-Nanjing Center (Nanjing, China)
International Studies Center
Governed via a unique joint partnership between Johns
Hopkins University and Nanjing University, managed under the oversight of
the Hopkins-Nanjing Council and an on-site American
co-director who syncs back with the DC dean. [1, 2]
The Contrast with 555 Penn Ave
This creates an interesting distinction in how the
Washington ecosystem functions:
- Cybele Bjorklund (555 Penn Ave) runs the physical facility and federal strategy,
reporting directly to Daniels as a university Vice
President.
- Dean Jim Steinberg (SAIS) runs the actual academic
programs, faculty, and global hubs (DC, Bologna, Nanjing),
reporting up through the provost to Daniels. [1, 2]
If you are interested, we can look into:
- How SAIS Europe's autonomous funding (like its
historic $100 million gift) impacts its operational independence from the
main DC campus
- The curriculum integration across the three
campuses regarding international tech-diplomacy or science policy [1]
Try without personalization
Johns Hopkins School of Advanced
International Studies
Announcing SAIS Interim Leadership
Team
Provost Kumar has appointed Kent
Calder, Director of the Edwin O. Reischauer Center for East Asian Studies, as
interim Dean of Joh...
Johns Hopkins University
$100M gift from James and Morag
Anderson will expand ...
Dec 9, 2022 — SAIS Europe was
founded in 1955 with a focus on international affairs and the frameworks for
transnational cooperation and peace a...
Johns Hopkins University
Renaud Dehousse named inaugural rector
of Johns Hopkins ...
Aug 29, 2023 — Today, SAIS
Europe's campus location in Bologna offers a unique bridge to different parts
of the world, not only in direct partner...
Show all
Something confusing is that the nexus awards seem in some
cases presented events led by people with hospital labs so how overall was
nexus managed
The confusion surrounding the management of the Nexus
Awards highlights exactly how Johns Hopkins utilizes its sprawling,
decentralized ecosystem to influence federal policy. [1]
The Nexus Awards are not a corporate or
clinical branch; rather, they are a university-wide internal grant
competition launched in 2023. Their main objective is to fund
faculty-led research, teaching, and policy-focused conferences that can animate
and "bring purpose to" the Hopkins Bloomberg Center at 555
Penn Ave in Washington, D.C.. [1, 2, 4]
Because it is a grant program open to full-time faculty
from all JHU divisions, any principal investigator—including clinicians who run
deep, clinical hospital labs or departments within Johns
Hopkins Medicine—can win a grant and host an event. [1, 2, 3, 4]
The awards are managed overall through a structured,
multi-tier system rather than a single clinical coordinator:
1. High-Level Executive Oversight (The
Office of the Provost)
The supreme authority over the Nexus Awards program sits
directly within the Johns Hopkins University Office of the Provost.
[]
2. Operational & Physical
Management (The Bloomberg Center Team)
Once a grant is awarded to a faculty member or hospital
clinician, the management of the physical event shifts to the leadership of the
building itself, directed by Cybele Bjorklund. []
- The Role: As the Executive Director
of the Bloomberg Center and Vice President of Federal Strategy,
Bjorklund’s team coordinates the operational logistics of the events.
They ensure the clinical or technical research presented by the faculty
seamlessly bridges with D.C. policymakers, advocacy groups, and federal
agencies. [, 2, 3, 4]
3. Track-Specific Collaborations
(e.g., Planetary Health Track)
For specialized priority areas, the management is
co-steered by dedicated institutional centers. For instance, proposals dealing
with environmental impacts on human health are co-managed and co-funded by
the Johns Hopkins Institute for Planetary Health. [, 2]
Summary of an Event's Lifecycle
If a director of a hospital lab wants to host a Nexus event
on AI-driven diagnostics, they must follow this path: [1]
- They apply through the Office
of the Provost for funding.
- If approved, they receive the
grant to run the research inside their own independent hospital
lab or department.
- When it is time to host the
public-facing policy convening, they coordinate with Cybele
Bjorklund’s team at 555 Penn Ave to run the event in
Washington. [, 2, 3, 4]
Would you like to see a list of the notable
healthcare or AI-focused projects that have won Nexus Awards, or see
how funding is split between clinical research and public
policy convenings?
Try without personalization
Hopkins Bloomberg Center
Nexus Awards | Johns Hopkins in
Washington, D.C.
The Nexus Awards are a university-wide
initiative launched in 2023 to support convening, research, and teaching
anchored at the Jo...
Johns Hopkins University
Johns Hopkins announces funding for
Washington, D.C.-based projects and research
May 29, 2026 — The Nexus Awards
Program at Johns Hopkins University Bloomberg Center in Washington, D.C.
supports a variety of programming, resea...
Hopkins Bloomberg Center
Nexus Awards - Research | Johns
Hopkins in Washington, D.C.
The awards include: * Up to $300,000
in funding * An award term of up to two years * Support for salary, graduate
students, postdo...
Show all
yes both please - list of the notable healthcare or
AI-focused projects that have won Nexus Awards, or see how funding is split
between clinical research and public policy convenings?
1. Notable Healthcare & AI Nexus
Award Projects
The Nexus Awards program has funded several major
cross-disciplinary projects matching AI infrastructure with clinical medicine
and federal health policy:
- From Validation to Vigilance: Convening Framework for Lifecycle
Evaluation of Medical AI
- The Focus: Spearheaded by the Armstrong
Institute for Patient Safety and Quality, this project designs
real-world regulatory and clinical validation baselines to continuously
audit how medical AI models perform inside active patient care. [1]
- AI-Driven Human Digital Twins in Healthcare
- The Focus: Directed by Anton
Dahbura, this public lecture and research series at the Hopkins Bloomberg Center examines how real-time
physiological data and predictive machine learning twins reshape
clinical decisions, medical device validation, and cybersecurity
oversight. [1]
- AI-Powered Strategies to Address Inequities in Deaths of Despair
- The Focus: Run under the AI
for HOPE initiative, this project translates data science into
policy to leverage machine learning tools to combat rising rates of
suicides, substance use, and alcohol-related mortalities across
vulnerable populations. [1]
- National Care Without Borders: Cross-State Telehealth Pathways
- The Focus: Led by the School
of Medicine, this project utilizes digital health and remote
monitoring infrastructures to map out legislative and clinical
frameworks for seamless, multi-state virtual medicine. [1]
2. How the Nexus Funding is Split
The $15 million Nexus Award pool is
strictly divided into three functional categories. Rather than funding purely
theoretical academic exploration, the money is split based on how a project
integrates with Washington policy and student education: [1, 2]
|
Funding Category |
Maximum Financial Cap |
Strategic Purpose & Deliverable |
|
Research Awards |
Up to $300,000 (Up to 2 years) |
Funds fundamental, applied, or deep
clinical research labs. Requires cross-disciplinary cooperation and allows
for external, D.C.-based agency partners. |
|
Convening Awards |
Up to $100,000 (Up to 1 year) |
Dedicated exclusively to setting up
academic and federal policy conferences, public panels, and governance
symposia at the 555 Penn Ave facility. |
|
Teaching Awards |
Up to $25,000 (Renewable for 2 years) |
Funds the design of new graduate or
undergraduate courses that bridge multiple divisions to utilize D.C.'s
resource network. |
If you are interested, we can look further into:
- The specific federal agencies (such as the FDA or
HHS) targeted by the Medical AI Lifecycle framework
- The application cycles or upcoming public symposia
scheduled at 555 Penn Ave
what happens if we add in layer 3 national data sovereignty
- so eg if jensen huang wanted to know wgo of all bloombergs people might be
most interested in each of the layer 3 ai decision points he now markets to
where would he start - this seems to get more complex when jensens own
interests span ai, ai robots (autonomous by typology), matesmatics like quantum
or fusion as well as how this related to designing 6g or partnering with eg
musk in space
When you factor in Layer 3 (National Data
Sovereignty)—which centers on localized data infrastructure, sovereign
compute clusters, and strict cross-border regulatory boundaries—the complexity
of navigating the Bloomberg-Hopkins network escalates dramatically. [1]
If Nvidia CEO Jensen Huang wanted
to identify the precise internal leaders who align with the specific
"physimental" technology domains he markets—spanning AI, robotics,
heavy mathematics, 6G design, and space partnerships—there is no single point
of entry. Instead, he would have to map his target verticals directly to four
distinct, highly autonomous nodes across the ecosystem: [1]
1. The Space, 6G, and Deep Hardware
Node: The APL Line
If Huang’s focus is on extending Layer 3 compute
architecture into space (e.g., edge data-center networks partnering
with Elon Musk's SpaceX payload timelines) or designing secure 6G
network grids, he must completely bypass the humanities and standard
university departments.
- Where to start: The Applied Physics
Laboratory (APL).
- The Strategic Node: Dr. Bobby Braun,
Head of the Space Exploration Sector at APL.
- The Nexus Connection: APL anchors a major,
specialized initiative titled "Hopkins in Space":
Public-Private-University Partnership for American Space Leadership.
APL houses the raw engineering and classified military compute pipelines
capable of modeling deep-space networks, satellite constellation
architectures, and the severe mathematical physics required for
quantum-resistant data links and fusion research. [1]
2. The Autonomous Robotics and
Biophysical Node: The Engineering Line
For the "physimental" intersection of AI
and robotics (autonomous systems capable of interacting physically
with the world), the expertise splits between medical hardware and mechanical
engineering.
- Where to start: The Whiting School of
Engineering.
- The Strategic Node: Dr. Peter Kazanzides and Dr.
Mark Shelhamer.
- The Nexus Connection: They lead the heavily
funded "Humans in an Autonomous and Robotic World" initiative.
This project explicitly studies human-machine partnerships for sustained
deep-space presence (such as Lunar and Mars deployment). This is exactly
where Jensen Huang's vision of industrial robotics, digital twins, and
autonomous hardware topology intersects with academic research. [1, 2]
3. The National Data Sovereignty and
Geopolitical Node: The SAIS Line
When marketing Layer 3 Sovereign AI decision points to
foreign governments, the challenge is rarely just technological; it is
regulatory, legal, and deeply political.
- Where to start: The School of Advanced
International Studies (SAIS).
- The Strategic Node: Dean James Steinberg (along
with international security leads like Dr. Carla Freeman and Dr.
Svetla Ben-Itzhak).
- The Mapping: SAIS focuses heavily on
how technology shifts global governance. They evaluate how data
localization laws, transatlantic telecommunications standards (like 6G),
and national security firewalls impact cross-border alliances. If a
nation wants to use Nvidia hardware to process its own "natural
resource" (national data) without relying on American tech giants,
the strategic and diplomatic architecture is analyzed here. [1, 2]
4. The Institutional Coordinator for
DC Policy: Cybele Bjorklund
If Huang wants to consolidate these separate
threads—bringing APL’s deep-space engineering, the Whiting School's robotics
data, and SAIS’s geopolitics together to present a unified tech-policy
framework to federal lawmakers—he goes back to the physical gatekeeper of the
capital. [1]
- The Strategic Node: Cybele Bjorklund,
VP of Federal Strategy and Executive Director of the Bloomberg Center.
- The Role: Her team is the exact
logistical engine that hosts and connects these disparate Nexus projects,
converting raw academic compute theories into policy-ready insights for
Congress and the White House. [1, 2]
Summary Strategy for Jensen Huang
To systematically audit the Bloomberg network for Layer 3
capability, Nvidia would need to divide its outreach into three clear steps:
- The Infrastructure Pitch: Meet with Dr. Bobby Braun (APL) regarding
hardware, satellite edge-compute, and 6G security. [1]
- The Robotics Pitch: Meet with Dr. Peter Kazanzides to
align Nvidia’s Omniverse/robotics platform with JHU's autonomous space
initiatives. [1]
- The Policy Pitch: Coordinate with Cybele Bjorklund (555
Penn Ave) and Dean Steinberg (SAIS) to host a
global summit on Sovereign AI infrastructure. [1]
- part 2 available to fans - rsvp chris.macrae@yahoo.co.uk
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