Summary of "Das BESTE Lernsystem der Welt: Wie du 100% effektiver lernst!"

Core claim

A six-stage, neuroscience-informed learning system that — if followed — helps you learn more effectively, get better grades with less time, and keep a balanced life. The system combines conceptual learning, detailed knowledge, and exam-focused practice. (Creator: Henr, a medical student.)

Six-stage learning system

1) Priming (before class / before learning)

Purpose: make incoming material relevant so your brain is ready to absorb and transfer it to long-term memory.

Actions:

Quickly gather basic info on the upcoming topic (keywords, key concepts).
Ask guiding questions: Why do I need to know this? How does it relate to what I already know?
Look up unfamiliar terms beforehand.
Do a short self-test to discover what you already know vs. gaps.
Keep this short — it’s about relevance, not exhaustive prep.

2) Note-taking in class

Purpose: capture the lecture’s central problem and structure, not verbatim detail.

Principles:

Focus notes on the main problem the lecture is solving (relevance), not everything the teacher says.
Use structural/mapping formats (e.g., flowmaps) to show relationships and the lecture’s solution path.
Treat class notes as the foundation for later learning (not something to be heavily simplified later).

3) Immediate review (same day)

Purpose: counter the forgetting curve — you lose most learning in the first hours.

Actions:

Review and process lecture notes the same day (or within hours).
Translate lecture flowmaps and answers to your pre-class questions into clear conceptual statements.
Create or update two outputs:
- Concept structures (flowmaps / summaries) for deep understanding.
- Flashcards for factual/detailed knowledge.

Division of labor:

Conceptual knowledge ← flowmaps and active processing.
Detailed knowledge ← spaced-repetition flashcards (Anki, RemNote, etc.).

4) Planning (study schedule aligned to the forgetting curve)

Purpose: schedule repetitions and practice intelligently up to the exam.

Actions:

Define the exam date and back-schedule repetitions according to the forgetting curve (example: multiple spaced repetitions; a 4-repetition plan is shown by the creator).
Interleave practice:
- Vary topics within and between sessions (don’t study the same topic repeatedly in a row).
- Change methods/senses to increase desirable difficulty.
Prioritize topics: detect weak spots early and reallocate study time accordingly.
Use a “second brain” (learning dashboard) to store and organize notes, flashcards, templates, and schedules.

5) Consolidation (ongoing study sessions)

Purpose: deepen conceptual understanding and lock in details.

Recommended methods (rotate and combine):

Chunking — break complex info into manageable units.
SQ3R (Survey, Question, Read, Recite, Review) for texts.
Blurting / brain dump — write what you remember, then check gaps.
Feynman technique — explain concepts simply as a test of understanding.
Active recall — force retrieval, not passive rereading.
Memory techniques (mnemonics) for tricky facts.

Session design example:

Session 1 — brain dump.
Session 2 — reflex/reflection technique.
Session 3 — active recall.
Session 4 — memory techniques.

Use spaced repetition software for detailed facts continuously until the exam.
Automate your routine so you follow a processing algorithm (autopilot) rather than ad-hoc study.

6) Exam preparation (final concentrated phase)

Purpose: convert understanding into exam-ready answers.

Actions (last days/weeks before exam):

Shift focus to past exams and exam-style questions (practice under timed conditions).
Ask exam-oriented questions: What would the examiner likely ask? Which topics appear often? What are my weakest areas?
Be realistic and target high-yield topics and frequently-tested items.
Reduce repetition frequency per the plan and concentrate on past-paper practice and exam technique.

Overall rhythm: heavy input and structuring early; progressively more targeted practice; final phase almost exclusively exam practice.

Other important principles & tools

Two-track knowledge model:
- Conceptual (understanding) — taught via flowmaps, active methods, Feynman, etc.
- Detailed (facts) — handled by flashcards and spaced repetition.
Interleaving and desirable difficulty: vary topics/methods to maintain engagement and improve retention.
Prioritization and monitoring: detect and adapt to weaknesses early.
Use of tools: Anki, RemNote, and a custom “learning dashboard” / templates to systematize everything.
Non-linearity: learning isn’t linear — do more early, taper, then focus on exams.
Realistic timeline: creator reports ~3 years to build and optimize the full system and templates.

Outcomes, claims, and extra offer

Claim: following this system yields much better grades with less wasted time.
The presenter packaged his system into a basic and a pro study system (templates, dashboards, exam-planning tools) and built a community for shared study and Q&A.
The system is presented as neuroscience-backed and informed by memory professionals.

Caveats / practical notes

The system requires initial setup (dashboard, templates, card creation) and time to master.
Success requires consistent early review and proper scheduling; cramming late is not sufficient.
The speaker emphasizes automation (a routine/algorithm) so you don’t reinvent the process each time.

Speakers / sources featured

Henr — presenter, medical student (primary speaker and creator of the system).
Referenced contributors/sources: memory professionals and neuroscientists (cited as the scientific basis).
Tools mentioned (not speakers): Anki, RemNote (spaced-repetition software).