AtlasBar-Ilan Research Atlas

Routes, conditions and next steps

Build the funding case
around the science.

Separate basic research, doctoral training, network formation and technology transfer. Thematic fit is the start of an eligibility assessment, not an award forecast.

No funding total or win probability is estimated. Current scheme descriptions do not guarantee calls, budgets or Israeli eligibility through 2031. The private Bar-Ilan call directory was not accessed.[151][152][153][154]

US–Israeli scientific collaboration

NSF–BSF joint research

Form a genuinely complementary US–Bar-Ilan team around a supported NSF programme.

Funding scale
Programme-specific; verify the Israeli and US budgets separately.
Timing / status
Route identified; no particular open call or deadline qualified.
Conditions
US partner, participating NSF programme, both submission processes and current award restrictions must be checked.
Next step
Ask the Research Authority to map a two-page concept to the exact NSF–BSF programme.

Programme evidence [139]

Proposed concepts: Research AI whose evidence can be challenged · Genomics within an energy budget · Hospital capacity without hidden tradeoffs · Optical diagnostics that survive messy samples · Reliable edge computation under real faults · Connectivity that degrades predictably · Long-lived environmental sensor interfaces · From quantum materials to a usable photonic interface

Inspect source claim and review

NSF–BSF provides a documented route for joint US–Israeli research with separate national funding flows. [139]

Moderate confidenceReview: reviewed

No award probability, researcher-specific eligibility or future call continuity has been established.

Review record
  • profiles_b: supports. The opened BSF programme page states that NSF–BSF joint programmes use agency MOUs and that US investigators receive NSF support while Israeli investigators receive BSF support.

Ambitious basic research requiring complementary PIs

ERC Synergy

A stretch route once two to four PIs can explain why the research cannot be done by one lab.

Funding scale
Published maximum €10m over six years for the whole team, not a forecast or Bar-Ilan share.
Timing / status
Annual scheme; exact call, submission rules and future availability require verification.
Conditions
Scientific excellence, institutional support, PI commitment and current country/call rules. One PI may be hosted outside the EU/associated countries under scheme rules.
Next step
Hold a scientific-dependency workshop before committing proposal resources.

Programme evidence [140][154]

Proposed concepts: What makes an ageing tissue lose coordination? · Link neural organization to measurable function · From quantum materials to a usable photonic interface

Inspect source claim and review

ERC Synergy is designed for two to four complementary principal investigators tackling a problem beyond a single PI. [140]

Moderate confidenceReview: reviewed

No award probability, researcher-specific eligibility or future call continuity has been established.

Review record
  • profiles_b: supports. The opened ERC page says Synergy Grants fund groups of two to four principal investigators with complementary skills for problems whose scope and complexity go beyond one PI.

German–Israeli collaboration

GIF: AI in Science and Society

AI methods connected to engineering, biology and the social consequences of deployment.

Funding scale
2026 collaborative-track ceiling €300,000 / three years, whole project.
Timing / status
Page lists 15 October 2026 pre-proposal deadline; later-stage year inconsistency requires direct confirmation. Do not rely on the schedule without checking.
Conditions
German and Israeli collaboration, fit to the published topic and current institutional rules. Solo-track career limits cannot be inferred from faculty titles.
Next step
Confirm the 2026 schedule and identify a German collaborator with a necessary complementary method.

Programme evidence [141]

Proposed concepts: Research AI whose evidence can be challenged

Inspect source claim and review

GIF's 2026 AI call describes a German–Israeli collaborative track, but its displayed schedule contains an inconsistent year. [141]

Moderate confidenceReview: reviewed

No award probability, researcher-specific eligibility or future call continuity has been established.

Review record
  • profiles_b: supports. The opened GIF page describes a German–Israeli AI collaboration call and displays a pre-proposal deadline in October 2026 followed by a February 2026 full-proposal date and March 2027 decisions, confirming the stated schedule inconsistency.

International basic biology

Human Frontier Science Program

Engineering, physics or AI used to answer a fundamental biological mechanism question.

Funding scale
Team/call-specific; no award amount estimated here.
Timing / status
Route identified; check the next official cycle.
Conditions
Israel is a member country; international team composition and novelty rules apply. Applied diagnostics, therapy development and methods without a basic biological question are excluded.
Next step
Write the biological question first; remove product-development objectives from this funding case.

Programme evidence [142][143]

Proposed concepts: What makes an ageing tissue lose coordination? · Link neural organization to measurable function

Inspect source claim and review

HFSP supports international interdisciplinary basic biology, includes Israel among member countries, and excludes applied diagnostic development. [142][143]

Moderate confidenceReview: reviewed

No award probability, researcher-specific eligibility or future call continuity has been established.

Review record
  • profiles_b: supports. The opened HFSP pages require international and interdisciplinary basic life-science collaboration, list Israel as a member country, and explicitly exclude applied projects such as diagnostic or treatment development without a fundamental biological question.

International doctoral training

MSCA Doctoral Networks

Build a common training programme around measurement, computation and real-world validation.

Funding scale
Recruitment and training support under unit-cost rules; not an unrestricted PI award.
Timing / status
Current scheme; no 2028–2031 continuity assumed.
Conditions
At least three independent entities across three eligible countries including one EU member; doctoral recruitment, mobility and host rules require checks.
Next step
Develop a supervision/secondment plan with partner institutions and the university EU desk.

Programme evidence [144][150]

Proposed concepts: What makes an ageing tissue lose coordination? · From quantum materials to a usable photonic interface

Inspect source claim and review

MSCA Doctoral Networks provide a consortium-based doctoral training route, with minimum entity and country rules. [144]

Moderate confidenceReview: reviewed

No award probability, researcher-specific eligibility or future call continuity has been established.

Review record
  • profiles_b: supports. The opened MSCA page describes doctoral training networks and requires at least three independent legal entities in three eligible countries, including one EU Member State.

Israeli–German basic science and humanities

ISF–DFG joint basic research

A focused scientific question with complementary Israeli and German investigators.

Funding scale
Budgets depend on the applicable national schemes.
Timing / status
Programme route inspected; current deadline and personal grant eligibility not verified.
Conditions
Both foundations’ rules apply. Existing grants, institution and investigator eligibility require Research Authority review. The inspected route excludes commercial companies as research/cooperation partners, requires Israeli pre-registration, and supports at most 36 months.
Next step
Check each PI against both rule sets before developing a full joint submission.

Programme evidence [145]

Proposed concepts: Research AI whose evidence can be challenged · Genomics within an energy budget · Hospital capacity without hidden tradeoffs · What makes an ageing tissue lose coordination? · Reliable edge computation under real faults · Connectivity that degrades predictably · Link neural organization to measurable function · Long-lived environmental sensor interfaces · From quantum materials to a usable photonic interface

Inspect source claim and review

DFG documents a joint Israeli–German basic-research route with ISF, subject to both foundations' rules. [145]

Moderate confidenceReview: reviewed

No award probability, researcher-specific eligibility or future call continuity has been established.

Review record
  • profiles_b: supports. The opened DFG page describes a joint DFG–ISF route for German–Israeli basic research and says proposals must satisfy both organizations' rules.

Academic technology toward Israeli industry adoption

Applied Research in Academia

Bench-validated sensing, computing or diagnostic technology with a specific industrial adoption problem.

Funding scale
Track-specific and subject to technology-transfer terms; no revenue estimate.
Timing / status
Programme route inspected; exact submission window and conditions require confirmation.
Conditions
Academic applicant/TTO, eligible applied research stage, commercialization route and programme terms must be checked.
Next step
With BIRAD, separate scientific validation from a company’s product plan and identify IP dependencies.

Programme evidence [146][148]

Proposed concepts: Genomics within an energy budget · Optical diagnostics that survive messy samples

Inspect source claim and review

The Israel Innovation Authority's academic applied-research programme targets technology progression toward industry adoption. [146]

Moderate confidenceReview: reviewed

No award probability, researcher-specific eligibility or future call continuity has been established.

Review record
  • profiles_b: supports. The opened Israel Innovation Authority programme page describes academic applied research intended to advance validated technology toward adoption by Israeli industry; its current submission details still require live rechecking before use.

Partner formation and exchange

COST research networks

Create relationships and common methods before a large consortium bid.

Funding scale
Networking support, not the primary budget for experiments or equipment.
Timing / status
Existing Actions can be explored; no specific Action or open-call eligibility qualified.
Conditions
Check national participation rules, Action scope and activity reimbursement requirements.
Next step
Find an existing Action with a specific missing capability the proposed team can contribute.

Programme evidence [147]

Proposed concepts: Connectivity that degrades predictably

Inspect source claim and review

COST Actions are interdisciplinary research networks centered on networking activities. [147]

Moderate confidenceReview: reviewed

No award probability, researcher-specific eligibility or future call continuity has been established.

Review record
  • profiles_b: supports. The opened COST page describes Actions as four-year interdisciplinary research networks and emphasizes networking activities rather than funding the research itself.

Negotiated partnership, not a public grant call

Industry-sponsored research through BIRAD

A company or public-service operator helps define and validate a real problem; research autonomy and publication terms remain explicit.

Funding scale
Negotiated after scope, IP and resources are reviewed. No sponsor commitment exists.
Timing / status
Proposed development route; no interested sponsor established.
Conditions
Institutional agreements, background IP, conflicts and publication rights require university review.
Next step
Prepare a non-confidential validation brief and ask BIRAD to assess the partnership route.

Programme evidence [148]

Proposed concepts: Research AI whose evidence can be challenged · Genomics within an energy budget · Hospital capacity without hidden tradeoffs · Optical diagnostics that survive messy samples · Reliable edge computation under real faults · Connectivity that degrades predictably · Long-lived environmental sensor interfaces

Inspect source claim and review

BIRAD describes industry partnerships, licensing and spin-outs as technology-transfer routes. [148]

Moderate confidenceReview: reviewed

No award probability, researcher-specific eligibility or future call continuity has been established.

Review record
  • profiles_b: supports. The opened BIRAD page explicitly presents industry partnerships, licensing and spinout companies as technology-transfer routes.

Philanthropy and institutional development

Proposal: package student fellowships, shared measurement equipment or a public-benefit demonstrator as a separately costed development case. University development staff would need to verify donor fit, restrictions, matching requirements and ethical terms. No donor interest or committed funding was established in this report.