News

Relying on GPS can weaken your brain's spatial awareness and hurt your distance sense. We explain why ANSR dropped GPS and chose a digital–analog hybrid as the shortest path to improvement, with brain science and growth curves.

When using DMDs or your phone for course information, crossing the R&A/USGA Rule 4.3a(1) line can mean penalty or disqualification. Prior notes OK, real-time data NG. We explain in detail in LAB.

Exam season. "Are dumb people bad at golf?" We analyzed the link between golf performance and intelligence from socioeconomic and cognitive angles. Bottom line: no truly skilled golfer is a dumb person who doesn't think.

A comparison matrix of ANSWER vs. paper yardage books, popular domestic apps, and global tech apps. Explains our focus on lowering your score with EV/SG, environmental data, and PDF export.

Global amateur score distribution, tech vs. strategy at each skill wall, and a rank simulator. Why many golfers can't break 100 or 90—and how average golfers can break through with the right approach.

What biomechanics and statistics reveal: textbook-perfect form and actual scoring show no significant correlation. Why do 'ugly swing' pros win and 'pretty swing' amateurs struggle? We break down the mechanism.

Angle of Attack (AoA) is the angle at which the clubhead approaches the ball at impact. We explain ideal impact angles for driver vs. irons with an interactive simulator and data.

Research in neuroscience and sports psychology suggests that whether a putt goes in is partly determined seconds before the stroke, by the brain’s preparatory state.

Beginners often spend 90% of practice on swing form, but about 70% of score comes from within 100 yards and decision-making. We released a tool that explains the fastest path to breaking 100.

We released a tool that tests how putter head shape (blade vs. mallet) relates to green speed and surface (smooth vs. bumpy), using a statistical model built on thousands of strokes.

Where does your golf fee go? Course maintenance, facility operations, debt repayment… We've added an interactive report to LAB that models typical golf course revenue structure and visualizes how your round fee is distributed.

We released a tool that generates dispersion parameters for a golf physics engine, based on Mark Broadie's Strokes Gained and related statistical models.

We surveyed research on distance and built an AI diagnostic tool. It analyzes your current numbers and target, then suggests the best route based on science.

We visualize the real risk of going short-side in the short game. Analysis of recovery rate by distance and side.

We analyze dispersion patterns of draw and fade with modern golf balls. Data on lateral vs. vertical miss and carry consistency.

'Straighten your elbow,' 'Turn your hips'—common advice that can interfere with how the brain automates movement. Why you should focus on outcome, not body. We released a tool that explains the science.

Golf is a dialogue with the environment. We built a web tool that shows how temperature, altitude, and wind affect distance.

While adding golf courses to the ANSWER app, we got curious: how many courses exist worldwide? We looked it up. Note: this is the number of courses (18-hole equivalent), not facilities. Here's what we found.

We added an interactive dashboard to LAB that visualizes four areas: distance definitions, dispersion and putting, attack/defense thresholds, and an amateur-focused SG model.

Enter distance left, lie, and pin position to see expected score and recommended strategy for your next shot.

We are pleased to announce the official launch of the ANSWER project. We're starting as a tool that pursues the essence of golf.