S&P 500 Remote Viewing Teaching Protocol Course

Week 1 sets the rules and the baseline: students agree to the ethical limits of the practice and begin a daily habit of quieting internal dialogue.

Objectives

• Understand how the course, the session journal and the feedback loop work.
• Learn the ethics, boundaries and operational limits of remote viewing.
• Begin daily practice to quiet internal dialogue (“mental noise”).
• Start sharpening basic sensory decoding: noticing and naming raw sensations.

Topics

• Course orientation. How sessions, journals, targets and feedback fit together. Why protocol comes before talent.
• Ethics and boundaries. Consent and privacy when targets involve people or places. Never using sessions to intrude on, harm or manipulate others. Not presenting session results as fact. Not making medical, legal, financial or safety decisions on session data alone. Knowing when to stop a session for personal wellbeing.
• Honest framing. Remote viewing is not accepted by mainstream science, and published results are contested. Students record misses as carefully as hits.
• Quieting internal dialogue. What mental noise is, how to notice it, and a 10-minute daily quiet-mind practice.
• Basic sensory decoding. Describing sensations with simple words (rough, cold, bright, humming) instead of labels (“a building”, “a car”).

Student tasks

• Read and sign the ethics and boundaries agreement.
• Set up a session journal with dated, numbered pages.
• Complete at least 5 quiet-mind practices and log each one (time, duration, noise level 1–10).
• Complete 3 sensory decoding drills: describe a hidden object by touch or sound only, using no nouns.

Instructor tasks

• Deliver the orientation and ethics lecture.
• Collect signed ethics agreements.
• Demonstrate the quiet-mind practice live in class.
• Prepare a pool of training targets for Weeks 2–3, sealed and numbered.

Week 2 teaches students to reach and hold a calm, focused state on demand, and to start logging the conditions around each session.

Objectives

• Use Vipassana body scanning to lower analytical noise.
• Use the HeartMath-style Time-Lock (heart-coherence breathing) as a pre-session routine.
• Practise emotional regulation so that excitement or anxiety does not colour impressions.
• Find each student’s “sweet spot”: the balance of alertness and calm with the least interference.
• Begin space weather calibration by logging conditions next to every session.

Topics

• Vipassana body scanning. A 10–15 minute head-to-toe scan that moves attention out of verbal thinking and into sensation.
• Heart-coherence breathing (Time-Lock). Slow, even breathing (about 5 seconds in, 5 seconds out) with attention on the chest, used to settle the body just before a session.
• Emotional regulation. Noticing emotional spikes, naming them in the journal, and letting them pass before continuing.
• Clearing interference and finding the sweet spot. Testing different times of day, energy levels and pre-session routines; rating each for clarity.
• Space weather calibration. Recording geomagnetic activity (for example, the daily Kp index) along with sleep, mood and time of day. This is a personal record-keeping exercise, not an established finding.

Student tasks

• Practise body scanning daily; log duration and noise level before and after.
• Use the Time-Lock breathing routine before every practice.
• Start a calibration log with columns for date, time, sleep hours, mood, Kp index and clarity rating (1–10).
• Complete 3 short training sessions on sealed targets using only raw sensory words.
• Write a half-page note describing your sweet spot so far.

Instructor tasks

• Lead a guided body scan and Time-Lock session in class.
• Provide the calibration log template and show where to find daily space weather data.
• Give written feedback on each student’s 3 training sessions.

Week 3 turns loose impressions into a fixed, step-by-step session that students repeat identically every time, and prepares them for the live Time-Gate Week.

Objectives

• Prioritise raw sensory data above all else.
• Separate accurate perception from analytical noise and imagination.
• Avoid foreknowledge so that no expectations form before the session begins.
• Heighten awareness of subtle internal and external cues.
• Learn to identify and use the correct target coordinates (reference numbers).
• Run the full course protocol from start to finish.
• Understand the course’s Time-Gate model and the Past Time-Gate Week format.

Topics

• Raw data first. Sensory words only in the first stage of a session. Nouns and guesses are held back.
• Analytical noise vs perception. When the mind jumps to “it’s a bridge”, write it in a separate column marked as analysis, then return to raw data. This is the single most important habit in the course (watch video below for a simple demonstration).
• Avoiding foreknowledge. Why guessing the result in advance is a normal biological reaction, and how blind targeting (sealed, numbered targets chosen by someone else) prevents it.
• Heightened awareness. Noticing small shifts in body sensation, mood and imagery without chasing them.
• Target coordinates. How targets are assigned random reference numbers, how to read them, and why the viewer must never know what they stand for.
• The Time-Gate model and Past Time-Gate Week. The instructor presents the course’s working model of how sessions relate to feedback given in the future, and walks through a previous Time-Gate Week as a worked example. Students should treat this as the course’s working model, not settled science.

The session protocol

Every step is done in order, every time, even when a session feels “obvious”.

Student tasks

• Complete 3 full practice sessions using all 7 protocol steps.
• Use a two-column page layout: raw data on the left, analytical noise on the right.
• After feedback, circle each raw-data item that matched and each analysis item that was wrong.
• Write a short reflection: where did analysis take over, and at which step?

Instructor tasks

• Demonstrate a full protocol session live in class.
• Assign sealed training targets with random coordinates; keep the key separate.
• Present the Past Time-Gate Week walkthrough.
• Confirm each student is ready for the live week.

In Week 4 the whole class, including the instructor, works a real live target using full protocol. Every result is submitted before feedback is released. The syllabus model uses a live target related to S&P 500 activity approximately 12 hours ahead of market open as the verification task.

Objectives

• Apply the full protocol under real conditions, with no coaching during the session.
• Submit results on time and unaltered.
• Experience the difference between practice and a live, verified session.

How the week runs

• Target set. An independent person (not the instructor) selects the live target and assigns its coordinates. The target stays sealed.
• Session window. Students receive the coordinates and complete one full protocol session within the stated window.
• Submission. Each student submits a scan or photo of every journal page from the session, including crossed-out notes. The instructor submits his own session at the same time.
• Lock. All submissions are time-stamped and locked. No edits after submission.
• Reveal. The actual target is released to the class only after all submissions are in.
• Comparison. Each student compares their session with the actual target and records matches and misses. This comparison carries into Week 5.

Student tasks

• Run your pre-session routine and fill in the calibration log.
• Complete one full protocol session on the live coordinates.
• Submit all pages before the deadline.
• After the reveal, record your first comparison notes without rewriting the session.

Instructor tasks

• Arrange independent target selection and keep the key sealed.
• Publish the session window and submission deadline.
• Submit your own session alongside the class.
• Release the target only after every submission is locked.

Week 5 scores every live session, traces each error back to the protocol step where it began, and sets each student up for long-term practice before the 72-hour final exam.

Objectives

• Score session accuracy against the actual target using a consistent method.
• Find errors in the feedback loop: what went right, and where the analytical mind took over.
• Build confidence through honest, structured review.
• Commit to techniques for long-term adherence to protocol.
• Complete the 72-hour final exam verification project.

Topics

• Scoring session accuracy. Each raw-data item is marked as a match, partial match, miss or unverifiable. Analysis items are scored separately so students can see how often guesses were wrong.
• Immediate comparison. Students lay their raw notes and sketches beside the actual target and discuss them in pairs, then with the instructor.
• Errors in the feedback loop. Common patterns: naming the target too early, letting one strong image drive the rest, skipping steps, or peeking at feedback.
• Long-term adherence. A fixed practice schedule, the same pre-session routine every time, a monthly calibration review, and a practice partner who handles blind targets.
• Protocol over intuition. Why disciplined, repeatable method produces more reliable records than relying on “feeling right”.

72-hour final exam verification project

• The student receives one sealed set of coordinates and has 72 hours to complete and submit a full protocol session.
• The submission includes the calibration log entry, all raw pages, the separated analysis column and a written summary.
• After the target is revealed, the student submits a self-scored comparison and a one-page reflection on where protocol held and where it slipped.
• The instructor grades on protocol adherence and honest scoring, not only on the number of hits.

Student tasks

• Score your Time-Gate Week session using the four-category method.
• Write an error analysis naming the step where analysis first took over.
• Draft a personal long-term practice plan (days, times, routine, partner).
• Complete and submit the 72-hour final exam project.

Instructor tasks

• Run the group scoring and review session.
• Meet each student one-to-one to review their error analysis and practice plan.
• Issue the final exam coordinates and grade submissions.